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The official Journal of the<br />

South <strong>African</strong><br />

Society of Parenteral<br />

and Enteral Nutrition<br />

and the Association for<br />

Dietetics in South Africa<br />

The South <strong>African</strong> Journal<br />

of Clinical Nutrition<br />

SAJCN<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2<br />

(Supplement, S1 - S48)<br />

<strong>Pan</strong>-<strong>African</strong> <strong>Conference</strong><br />

<strong>21</strong> - <strong>24</strong> <strong>July</strong> <strong>2002</strong><br />

<strong>Inter</strong>-<strong>Continental</strong> <strong>Hotel</strong><br />

Nairobi, Kenya<br />

An SAMJ Publication<br />

Health and Medical Publishing Group


Abstracts 10/22/02 11:26 AM Page 1<br />

Editors<br />

DANIEL J NCAYIYANA<br />

D LABADARIOS<br />

Associate Editor<br />

A A HAFFEJEE<br />

Assistant Editor<br />

EMMA BUCHANAN<br />

Technical Editor<br />

JULIA CASCIOLA<br />

News Editor<br />

JANET HOWSE<br />

Senior News Journalist<br />

CHRIS BATEMAN<br />

Manuscript Tracking<br />

DENISE WHELEHAN<br />

Head of Publishing<br />

PETER G ROBERTS<br />

Projects Manager<br />

ERICA CONRADIE<br />

Production Manager<br />

ANNE COLLINS<br />

DTP & Layout<br />

SIOBHAN CAULFIELD<br />

Production Assistant<br />

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VANESSA SAMPSON<br />

Distribution Manager<br />

EDWARD MACDONALD<br />

Advertising Enquiries<br />

NIREEN NAIDOO<br />

PUMLA KOBUS<br />

REINA ROETS<br />

MOIPONE SIGASA<br />

Tel. (012) 481-2066<br />

E-mail: nireenn@samedical.org<br />

Publications Committee<br />

R E KIRSCH (Chair)<br />

T MOKOENA (Vice-Chair)<br />

M N MABASA<br />

B MAYOSI<br />

S MAZAZA<br />

J TERBLANCHE<br />

Editorial Board: Clinical Nutrition<br />

S P ALLISON (Nottingham, UK)<br />

R BLAAUW (Stellenbosch)<br />

M A DHANSAY (MRC)<br />

J DOWNS (Natal)<br />

G GERICKE (Pretoria)<br />

M HENDRICKS (Red Cross Children’s<br />

Hospital)<br />

M G HERSELMAN (Stellenbosch)<br />

E HOLM (Mannheim, FRG)<br />

J E IPUTO (Unitra)<br />

M MEGUID (New York)<br />

G A RICHARDS (Johannesburg)<br />

J L ROMBEAU (USA)<br />

A SIVE (Red Cross Children’s Hospital)<br />

N STEYN (University of the North)<br />

R SWART (W Cape)<br />

J M VAN SCHALKWYK<br />

(Johannesburg)<br />

H H VORSTER (Potchefstroom)<br />

A R P WALKER (SAIMR)<br />

T A WINTER (UCT)<br />

P WOLMARANS (MRC)<br />

ISSN 003-8-<strong>24</strong>69<br />

CONTENTS<br />

Volume 15 No. 2 <strong>July</strong> <strong>2002</strong> (Supplement)<br />

PLENARY LECTURES<br />

ORAL PRESENTATIONS<br />

POSTER PRESENTATIONS<br />

Advisory and Scientific Committee (ASC):<br />

Demetre Labadarios (<strong>Conference</strong> Chair, South Africa), Hanifa Bachou (<strong>Conference</strong> Vice-chair, Uganda),<br />

Leif Hambraeus (Sweden), Gibriel Ahmed (Egypt), Thorkild Tylleskar (Norway), Delana Adelekan (Nigeria),<br />

Chrisse Chawanje (Malawi), Moussa Ouedraogo (Burkina Faso) and Christopher Msoma (Tanzania).<br />

Local Organising Committee (LOC) Kenya:<br />

Judith Waudo (Chair, Kenya), Stellamaris Muthoka (Kenya), Wambui Kogi-Makau (Kenya), Prisca Tuitoek<br />

(Kenya), Thereza Muthui (Kenya) and Richard K'Okul (Kenya).<br />

Fund Raising Committee (FRC):<br />

Wambui Kogi-Makau (Chair, Kenya), Britta Ogle (Sweden), Jerida Nyatsanza (Zimbabwe), Fatima Quattara<br />

(Mali), Linley Chiwona-Karltun (Sweden), Thabisile Hlatshwayo-Molea (South Africa), Sobhy Mohsen<br />

(Egypt) and Ruth K Oniang'o (Kenya).<br />

The abstracts that have been published are those received<br />

up to and including 15 June <strong>2002</strong>; abstracts submitted after<br />

that date have not been included in the proceedings.<br />

The abstracts have been published as received from the<br />

authors.<br />

Published by Health and Medical Publishing Group, 14 Central Square, Pinelands, 7405.<br />

All letters and articles for publication should be addressed to the Editor, Private Bag X1,<br />

Pinelands, 7430. Tel. (0<strong>21</strong>) 530-6520. Fax (0<strong>21</strong>) 531-4126. E-mail: publishing@samedical.org.<br />

Website: www.samedical.org<br />

© Copyright 2000 by SA Medical Association. This work is copyright under the Berne Convention. It is also<br />

copyright in terms of the Copyright Act 98 of 1978. No part of this publication may be reproduced, stored in a<br />

retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording,<br />

or otherwise, without permission of the copyright holder.<br />

3<br />

14<br />

29


Abstracts 10/22/02 11:26 AM Page 3<br />

Plenary Lectures: Contents<br />

ABSTRACTS<br />

IT: The role of palm technology in nutrition / Technologie de paume<br />

J.H. Anderson, D. Belshawe, S.S. Mothapo, C. Phafane, E. Phokojoe, A. Govender, B. Nillson, A. Cajada, A. Trowbridge, M. Read, A. Michie,<br />

E. Wessels, H. Heymans, J. Niemand, E. Hartzenburg<br />

Wilgivinfo Networking (SA), c/o Institute of Development Research, Oxford, UK<br />

The role of E-learning in nutrition / Le rôle de e-Apprentissage<br />

Rolf Attström* and Kåre Larsson#<br />

*Professor, Department of Periodontology, Centre for Oral Health Sciences, Malmö University, Sweden<br />

#Professor Em. Food Technology, University of Lund, Sweden<br />

IT : A privileged tool for strategic planning and intersectorial coordination in the field of fighting malnutrition / IT : Instrument privilégié<br />

pour la planification stratégique et la coordination intersectorielle en matière de lutte contre la malnutrition<br />

D. Berardi (1), A.Ag Iknane (2), M. Diarra (3)<br />

(1) Dario Berardi, Director Data Analysis Support Center (DASC), Rome, Italy<br />

(2) Akory Ag Iknane, Public Health Specialist, researcher in nutrition for the National Research Institute in Public Health (INRSP), Mali<br />

(3) Modibo Diarra, Head of the Unit for the Follow-up of Food and Nutrition Situation (DSSAN), Mali<br />

IT in nutrition communication / La TI en communication nutritionnelle<br />

Suzanne Elbon<br />

Centers for Disease Control and Prevention, CDC, USA<br />

The role of IT in dietary assessment / La TI dans l’évaluation diététique<br />

J.G. Erhardt<br />

Hohenheim University, Stuttgart, Germany<br />

IDPAS: Networking global expertise to expand research and action on anaemia prevention and control/IDPAS: Le réseau global d’expertise<br />

pour l’extension de la recherche, du contrôle at de la prévention de l’anémie<br />

Gary Gleason<br />

<strong>Inter</strong>national Nutrition Foundation, USA<br />

IT and food security / La TI dans l’évaluation de la sécurité alimentaire<br />

Dr. Helen Hambly Odame<br />

Research Officer<br />

ISNAR (<strong>Inter</strong>national Service for National Agricultural Research), The Netherlands<br />

IT in nutritional status assessment / La TI dans l’évaluation nutritionnelle<br />

Leif Hambræus, MD PhD<br />

Professor emeritus, Unit for Preventive Nutrition, Dept of Bioscience, Karolinska Institutet at Novum, Sweden<br />

Communicating nutrition research: obstacles and opportunities through IT / Communication de la recherche nutritionnelle : obstacles et<br />

opportunités par la TI<br />

Nik Harvey<br />

<strong>Inter</strong>national Food Policy Research Institute (IFPRI), USA<br />

Communication and connectivity in Africa / Communication et connectivité en Afrique<br />

Michael Jensen, South Africa<br />

Nutrition networking in West Africa and the role of information technology / Le réseautage pour la nutrition en Afrique de l’ouest et le rôle<br />

des nouvelles technologies de l’information<br />

Dado Kagnassy Sy, Chef de la Division Nutrition, Ministère de la Santé Publique, Mali; Kabba T. Joiner, Directeur Général, Organisation Ouest<br />

Africaine de la Santé; Shawn K. Baker, Directeur Régional pour l’Afrique, Helen Keller <strong>Inter</strong>national; Serigne Mbaye Diène, Conseiller Régional<br />

Nutrition, BASICS II<br />

The role of IT in nutrition education / Le rôle de la TI en éducation nutritionnelle<br />

KM Kolasa.<br />

Nutrition Services and Patient Education, Brody School of Medicine at East Carolina University, Greenville, North Carolina, USA<br />

Producing web sites / Créer les sites Web<br />

Jean-Charles Le Vallée<br />

Food Security Guide for the Development Gateway, World Bank, USA<br />

The concept of knowledge networks in Africa — an enabling tool for knowledge management in the field of nutrition, with specific<br />

reference to SA HealthInfo / Le concept des connaissances des réseaux en Afrique<br />

Jacobus Adriaan Louwa , Benjamin Fouchéb , Demetre Labadariosc aExecutive Director: Informatics and Knowledge Management, South <strong>African</strong> Medical Research Council and Visiting Professor, Department of<br />

Information Science, University of Stellenbosch, South Africa<br />

bProfessor and Director of Information and Knowledge Management Programmes, Department of Information Science, University of<br />

Stellenbosch, South Africa<br />

S3


Abstracts 10/22/02 11:26 AM Page 4<br />

S4<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

c Professor, Department of Human Nutrition , University of Stellenbosch, South Africa<br />

ICT: New technologies, and their relevance, challenges and opportunities in the health sector / La technologie de l’information et de la<br />

communication<br />

Salah Mandil, Ph.D.<br />

Vice President eStrategies, WiseKey S.A, Geneva, Switzerland<br />

Capacity building for human rights using ICTs: lessons for nutrition programming / Développement de capacités en TIC: Leçons des<br />

programmes de nutrition<br />

Firoze Manji<br />

The Micronutrient Initiative, Canada<br />

PROFILES: A computer-based process for nutrition policy analysis and advocacy / Plaidoyer pour les décideurs politiques<br />

R Mwadime 1 , J Ross 2 and H Stiefel 2<br />

1 The Regional Centre for Quality of Health Care, Kampala, Uganda, 2 The Academy for Educational Development, Washington, DC, USA<br />

IT and nutrition training / Le rôle de la TI dans la formation en nutrition<br />

Britta Ogle, PhD<br />

Dept of Rural Development Studies, Swedish University of Agricultural Sciences, Uppsala, Sweden<br />

Information technology in nutrition research / La TI dans la recherche nutritionnelle<br />

Adelheid W. Onyango, PhD<br />

Department of Nutrition for Health and Development, World Health Organization, Geneva, Switzerland<br />

Food Composition Programme of AFROFOODS / Base de données sur la composition des aliments: AFROFOODS<br />

HC Schönfeldt and SM van Heerden*<br />

AFROFOODS coordinator, Centre for Nutrition, University of Pretoria, South Africa<br />

*Animal Nutrition and Animal Products Institute, Agricultural Research Council. Private Bag X2, Irene, South Africa<br />

IT an important tool in surveillance of food borne infections/intoxications and identification of contributing factors for outbreaks / La TI:<br />

un outil important dans la surveillance des infections et intoxications alimentaires et dans l’identification des facteurs contribuant aux<br />

épidémies<br />

Walter E.L. Spiess<br />

c/o Institut fuer Lebensmittelverfahrenstechnik, Universitaet Karlsruhe, Karlsruhe<br />

Hardware, software, people-ware in nutrition / Matériel, logiciel et ressources humaines en nutrition<br />

T Tylleskär<br />

Centre for <strong>Inter</strong>national Health, University of Bergen, Norway<br />

IT and nutrition in emergencies / La TI et la nutrition en situation précaire<br />

Saskia van der Kam<br />

Médecins Sans Frontières, Holland<br />

The international nutrition community and information technology: Opportunity and responsibilities / La communauté internationale de<br />

la nutrition en face de la TI: opportunités et responsabilités<br />

Mark L. Wahlqvist, AO, MD, FRACP<br />

President, <strong>Inter</strong>national Union of Nutritional Sciences<br />

IT as a tool for micronutrient nutrition program support in Africa / La TI comme un outil pour le soutien des programmes en nutrition de<br />

micronutriments en Afrique<br />

Kate Wild<br />

Micronutrient Initiative, Canada<br />

The role of FAO in information technology for the advancement of nutrition / Le rôle de la FAO en TI et le développement de la nutrition<br />

Tanja Wildemann, FAO, Rome, Italy; DG Gustafson, FAO, Nairobi, Kenya<br />

Computer-based tools for educating health professionals about nutrition / Produire du matériel pédagogique interactif<br />

Steven H. Zeisel, MD, PhD<br />

McGavran-Greenberg Building, University of North Carolina, Chapel Hill, NC, USA


Abstracts 10/22/02 11:26 AM Page 5<br />

IT: The role of palm technology in nutrition / Technologie de paume<br />

J.H. Anderson, D. Belshawe, S.S. Mothapo, C. Phafane, E. Phokojoe, A.<br />

Govender, B. Nillson, A. Cajada, A. Trowbridge, M. Read, A. Michie, E.<br />

Wessels, H. Heymans, J. Niemand, E. Hartzenburg<br />

Wilgivinfo Networking (SA), c/o Institute of Development Research, Oxford,<br />

UK<br />

Approximately 1-in-8 of Africa’s absolute poor (


Abstracts 10/22/02 11:26 AM Page 6<br />

S6<br />

IT: Instrument privilégié pour la planification stratégique et la coordination<br />

intersectorielle en matière de lutte contre la malnutrition<br />

D. Berardi (1), A.Ag Iknane (2), M. Diarra (3)<br />

(1) Dario Berardi, Director Data Analysis Support Center (DASC), Rome, Italy<br />

(2) Akory Ag Iknane, Public Health Specialist, researcher in nutrition for the<br />

National Research Institute in Public Health (INRSP), Mali<br />

(3) Modibo Diarra, Head of the Unit for the Follow-up of Food and Nutrition<br />

Situation (DSSAN), Mali<br />

Au Mali, comme dans la plus part des pays en voie de développement, les<br />

problèmes nutritionnels représentent un important défi: comment résoudre de<br />

façon durable les problèmes de malnutrition face à une situation permanente<br />

de pauvreté. En absence de solutions prouvées, un élément indispensable<br />

d’une stratégie efficace et durable de lutte contre la malnutrition est la<br />

coordination des intervenants et le partage de l’information entre tous les<br />

intervenants, aussi bien dans le domaine de la recherche que des statistiques<br />

et des interventions.<br />

Le Mali a relevé le défi de la coordination en séparant les fonctions de<br />

coordination intersectorielle et planification stratégique des fonctions<br />

d’intervention et d’appui aux structures déconcentrées. Une Division du Suivi<br />

de la Situation Alimentaire et Nutritionnelle (DSSAN) a été crée au sein de la<br />

Cellule de Planification et Statistique (CPS) du Ministère de la Santé pour<br />

s’occuper de la coordination intersectorielle et de la planification stratégique.<br />

Pour atteindre ces objectifs, la DSSAN a beaucoup investi dans la Technologie<br />

Informatique (IT) et ainsi a développé le Système d’Information pour le Suivi<br />

des <strong>Inter</strong>ventions Alimentaires et Nutritionnelles et des Statistiques<br />

(SISINAS), un Fond Documentaire sur l’alimentation, les pratiques<br />

alimentaires, la nutrition et un Journal trimestriel “Les Echos du SISINAS”.<br />

Le SISINAS et le Fond Documentaire utilisent un site web dynamique<br />

(utilisant une banque de données en ACCESS (® Microsoft) et les Cold Fusion<br />

Server Applications (® Macromedia) pour la mise à jour et la diffusion des<br />

informations sur les interventions et la documentation, tandis qu’une version<br />

en CD-ROM du SISINAS et le Journal sont les instruments de diffusion pour<br />

les zones non connectées à <strong>Inter</strong>net.<br />

Le développement du SISINAS et du Fond Documentaire a débuté en mai<br />

<strong>2002</strong> et sa mise en route est prévu pour octobre <strong>2002</strong>. Le choix de <strong>Inter</strong>net vise<br />

aussi le renforcement de la coordination et de l’échange d’informations au<br />

niveau sous-régional.<br />

IT in nutrition communication / La TI en communication nutritionnelle<br />

Suzanne Elbon<br />

Centers for Disease Control and Prevention, CDC, USA<br />

Instructional Technology (IT) provides an innovative approach to<br />

communicate nutrition concepts in a way that is interactive and engaging,<br />

compact, and economically reproducible.<br />

Health and nutrition communication is a complex field requiring study and<br />

practice, like epidemiology and laboratory science. Due to a lack of capacity,<br />

many international micronutrient efforts either neglect communications, or<br />

rely extensively on expensive consultants. IT products can play a role in<br />

increasing awareness and participation of communication experts in nutrition<br />

programs. These tools also enhance the understanding of nutrition program<br />

managers about the need for communication to be an integral part of the<br />

overall program.<br />

The US Centers for Disease Control and Prevention (CDC) developed<br />

CDCynergy for Micronutrients, a CD-Rom based tool designed to respond to<br />

this need. CDCynergy expands nutrition communication planning capacity,<br />

allowing international counterparts to plan and manage programs<br />

competently on their own.<br />

The CDC has also developed other instructional tools, such as MAPit<br />

(Micronutrient Action Plan instructional tool) to be used as part of<br />

epidemiology training programs. MAPit includes a component that teaches<br />

epidemiologists and other health professionals about the crucial role of<br />

nutrition communication within a micronutrient program.<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

The role of IT in dietary assessment / La TI dans l’évaluation diététique<br />

J.G. Erhardt<br />

Hohenheim University, Stuttgart, Germany<br />

In this lecture different procedures to assess the dietary intake will be<br />

presented. Since most of the procedures were developed in industrial<br />

countries a focus of the presentation will be the applicability of these dietary<br />

assessment methods for african countries. The methods can be differentiated<br />

in prospective and retrospective methods. The most important are protocol<br />

methods, <strong>24</strong> hour recalls, food frequencies and diet history methods. Each of<br />

these methods have advantages and disadvantages which will be addressed in<br />

detail during the presentation. To illustrate the methods a software will be<br />

used which was developed by the speaker. The software is public domain and<br />

can be downloaded at www.nutrisurvey.de.<br />

IDPAS: Networking global expertise to expand research and action on<br />

anaemia prevention and control/ IDPAS: Le Réseau Global d’expertise pour<br />

l’extension de la recherche, du contrôle et de la prévention de l’anémie<br />

Gary Gleason<br />

<strong>Inter</strong>national Nutrition Foundation, USA<br />

Iron Deficiency Anaemia (IDA) is Africa’s most widespread micronutrient<br />

problem. IDA threatens the lives, health, cognitive, physical and social<br />

performance and overall quality of life of infants, children, youth, adult<br />

women and men across the continent. In recent years, technical consensus was<br />

achieved in several areas needed to accelerate introduction and effective and<br />

sustainable integration of the key interventions for prevent and control iron<br />

deficiency anaemia. In May <strong>2002</strong>, the United Nations General Assemble<br />

ratified a document setting a target for all countries to reduce anaemia by 30%<br />

during the current decade at the Special Session on Children.<br />

Efforts to prevent iron deficiency are moving higher on the public health<br />

agenda of many <strong>African</strong> countries and more concretely into national planning<br />

strategies. This progress is causing a temporary but serious problem in many<br />

countries and for those international agencies and NGOs support efforts to<br />

prevent and control anaemia. Those with advocacy, organizational and<br />

operational responsibilities for the multiple intervention strategies needed to<br />

improve iron nutrition, often need detailed technical information, access to<br />

ongoing advice and pragmatic operational experiences. Further complicating<br />

overall efforts to prevent and control anaemia are the multiple, often poorly<br />

connected sectors and groups involved. These may include millers and bakers<br />

(cereal fortification), Government standards committees (regulatory and<br />

monitoring roles) and health staff and NGOs (iron supplements and<br />

improving diets through education). Successfully developing an overall<br />

strategy to successfully address anaemia requires a spectrum of technical<br />

information and experience that is most often beyond the expertise of any of<br />

the specialists and project personnel working in this field.<br />

Current information technologies, channels and access levels now available in<br />

most <strong>African</strong> countries and experience in areas such as “applied knowledge<br />

utilization” and “proactive networking” led to the development of the Iron<br />

Deficiency Project Advisory Service (IDPAS) and “Iron World” as a global<br />

network for technical information support and project level experience<br />

exchange. Beginning in 2000 with grant support from the Micronutrient<br />

Initiative, IDPAS Iron World focuses on iron nutrition and supports evidencebased<br />

advocacy to improve national policies related to amenia control,<br />

acceleration of pragmatic research and the strengthening and expansion of<br />

field projects aimed at reducing iron deficiency in children and women in<br />

developing countries.<br />

The major strategy employed by IDPAS is a multi-channel, proactive network<br />

that carries general and specifically requested technical information to<br />

national and project level users and promotes facilitates sharing of<br />

information among network users globally.<br />

IDPAS Iron World developed direct channels with users in 49 countries, 18 in<br />

Africa. Network channels for technical information and interaction on specific<br />

technical and operational issues includes the world wide web, a series of<br />

updated CD ROMs, e-mail, fax, telephone, post and courier. The network<br />

operates without any fees or advertising and provides users with a fully<br />

searchable database of over 1,100 references organized by topic, over 400 full<br />

text chapters and articles, contacts for both other users and experts working on<br />

iron nutrition and individualized rapid responses to both queries on technical<br />

and project operations.<br />

The first 12 months of IDPAS Iron World operations emphasized building and<br />

devising an accessible, manageable, and up-to-date technical information


Abstracts 10/22/02 11:26 AM Page 7<br />

system comprehensively covering prevention and control of iron deficiency<br />

research and interventions. This period also focused on promoting<br />

participation and use of IDPAS services among international organizations,<br />

NGOs, bilateral agencies, universities and project personnel throughout the<br />

developing world.<br />

The second, current phase of the project aims at extending Iron World much<br />

more actively into field level project operations, in a number of selected<br />

countries. The objectives are to supply specific information and technical<br />

advice to more of those doing research, and supporting and implementing<br />

interventions related to iron nutrition. However, this phase of network<br />

development also aims toward developing more active “populating” Iron<br />

World more information on the experience of its users and more active sharing<br />

of experiences among them. To better balance information reports based on<br />

laboratory and field research, IDPAS is actively exploring mechanisms aimed<br />

at drawing out and sharing practical, field level operational experiences.<br />

Initial efforts demonstrate the challenges of proactive networking. Identifying<br />

the core group of those working on research and relevant projects in <strong>African</strong><br />

countries, reaching them by means other than an actual visit, and finding<br />

effective and acceptable means for encouraging them to share experiences are<br />

difficult.<br />

The experiences of IDPAS in developing both a global technical information<br />

service and in trying to develop a proactive networking model should be<br />

useful for those working in several other technical fields of nutrition,<br />

particularly if barriers to communication among those working in related<br />

fields can be overcome and a genuine epistemic and virtual community can be<br />

developed.<br />

IT and food security / La TI dans l’évaluation de la sécurité alimentaire<br />

Dr. Helen Hambly Odame<br />

Research Officer<br />

ISNAR (<strong>Inter</strong>national Service for National Agricultural Research), The<br />

Netherlands<br />

The world has the tools, wealth, food and know-how to fight poverty and<br />

hunger. This may be no surprise to those us who as individuals or<br />

organizations work in nutrition and agricultural research and development.<br />

Yet the extraordinary actions to prevent 800 million people in the world being<br />

undernourished in 2010 are sadly lacking. The largest proportion of people<br />

who suffer from this inaction lives in Africa.<br />

To what extent can IT be an opportunity to achieve food security through<br />

improved assessment and action? If less than one in one hundred <strong>African</strong>s<br />

have any access at all to a single modern information technology (i.e. a radio,<br />

a telephone, a fax, the <strong>Inter</strong>net, etc.) is IT the means for a digital divide or a<br />

digital bridge?<br />

The conceptual basis of this paper rests on the sharing of knowledge and<br />

participatory assessment, and not the control and release of information. To<br />

this end, the experiences of various international interventions related to IT<br />

and nutrition in Africa are discussed. The agencies include the CTA, the<br />

CGIAR, IICD, UNESCO, IDRC and others. Links with national partners in<br />

Africa and the role of critical stakeholders such as rural women and youth are<br />

emphasized. The paper concludes by suggesting that only if IT engages fully<br />

with social communication and learning will it impact universal food security.<br />

IT in nutritional status assessment / La TI dans l’évaluation nutritionnelle<br />

Leif Hambræus, MD PhD<br />

Professor emeritus, Unit for Preventive Nutrition, Dept of Bioscience,<br />

Karolinska Institutet at Novum, Sweden<br />

Too low as well as too high intakes of energy and nutrients may to some extent<br />

be compensated by changes in body stores, reflected by changes in body<br />

composition. However, sooner of later it leads to disturbances in the metabolic<br />

regulation resulting into malnutrition disease. Deficiency of energy or one or<br />

more nutrients, malnutrition minus, leads to more or less well-defined<br />

deficiency diseases and increased susceptibility to infections. A surplus of<br />

energy or nutrient intake also leads to long-term deleterious effects, often<br />

referred to as malnutrition plus, i.e. obesity, cardiovascular disease.<br />

Nutritional epidemiology depends on valid assessment of nutritional status of<br />

individuals and populations. For any preventive health care measures, it is<br />

essential to find methods to identify individuals and populations at risk at an<br />

early stage. as well as exposure of individuals to various risk factors.<br />

In the flow sheet of various methods and diagnostic tools used to assess<br />

ABSTRACTS<br />

nutritional status, the assessment of dietary intakes by various record and<br />

recall methods may offer possibilities to identify risk groups at an early stage.<br />

Changes in body composition as result of reduced stores of nutrients and<br />

changed plasma levels may be used as biomarkers of potential malnutrition<br />

before any clinical symptoms and signs have developed. Clinical data are,<br />

however, relatively late results of malnutrition. The final outcome of the health<br />

effect of malnutrition is revealed by morbidity and mortality data in health<br />

statistics.<br />

All above mentioned methods for assessment of nutritional status benefit from<br />

the use of computer technology. Valid data on dietary intake are depending on<br />

(1) accurate food databases available on the net or CD; and (2) data processing<br />

procedures of results obtained from food questionnaires as well as dietary<br />

records and recalls, to express the results in relation to recommended daily<br />

allowances (RDA). Local or regional valid data on RDA should preferably be<br />

used as references. Computer-assisted self-interviewing programs may prove<br />

to be an economic approach to assess dietary intake not only of nutrients but<br />

also of potential food-borne exposures in a population. In order to evaluate the<br />

accuracy of dietary intake it is also essential to analyse body composition and<br />

physical activities for indirect estimation of energy balance.<br />

Specific computer assessment programs have also been developed for<br />

assessment of nutritional status.. These are based on a number of<br />

measurement techniques including nutrient intake, body composition data<br />

and exercise. Many of the programmes take advantage of interactive health<br />

communications technologies in order to screen multiple behaviours and<br />

initiate interventions, for making nutrition and exercise plans for athletes as<br />

well as patients. This also makes it possible to combine assessment of<br />

nutritional status with nutrition education and information. It is understood<br />

that health statistics comprising morbidity and mortality data in relation to<br />

dietary intakes are almost completely depending on accurate data processing<br />

procedures.<br />

Information technology and use of computer analysis as well as interactive<br />

communication technologies have the potential to eliminate and greatly<br />

reduce many of the barriers to analyse nutrition assessment data and support<br />

nutrition education of the public.<br />

Communicating nutrition research: obstacles and opportunities through IT /<br />

Communication de la recherche nutritionnelle: obstacles et opportunités par<br />

la TI<br />

Nik Harvey<br />

<strong>Inter</strong>national Food Policy Research Institute (IFPRI), USA<br />

As nutrition researchers rise to face the challenges surrounding food policy<br />

issues, information technology (IT) is greatly enhancing their work. IT is<br />

revolutionizing the field by allowing for greater accuracy in data collection,<br />

quicker information sharing and new methods of teaching and learning. IT is<br />

also being introduced as a tool to effectively communicate nutrition research<br />

and strengthen the linkage between nutrition science and public policy<br />

formulation. The goal of IT is not simply wiring houses and classrooms; it is<br />

bringing information to people whom are deprived of it.<br />

The challenge for nutrition communications is to expand the use of IT in<br />

regions where technology is limited, unreliable or too costly. Considering the<br />

principles of techno-realism, it is important to note that IT is not the ultimate<br />

solution to nutrition communications, and should not be the focal point of any<br />

communications strategy for developing countries. IT should be viewed as a<br />

means of assisting knowledge transfer, and augmenting communications.<br />

Since usage of IT varies by location, it is also important to consider IT within<br />

the capacity that it is available.<br />

Communicating Nutrition to Policymakers<br />

While improving nutrition appears to be a moral imperative, nutrition as a<br />

means for economic and social development is an illusive concept for many<br />

policymakers. To communicate nutrition requires information that “sells” the<br />

issue, convincing policymakers and their advisors of its importance. Since<br />

policymakers receive information from a variety of sources, the extent to<br />

which policymakers use IT for nutrition information is debatable. However,<br />

policy advisors are looking to IT for information, as well as traditional<br />

mediums.<br />

Communicating Urban Nutrition<br />

Urban growth in developing countries affects nutrition, and many of these<br />

countrys’ urban food security policies need to be reevaluated. Unfortunately,<br />

communicating nutrition information is difficult because many urban<br />

policymakers focus more on squalid environments, security and<br />

infrastructure. As cities grow, urban food security is often crowded out of the<br />

public policy agenda.<br />

S7


Abstracts 10/22/02 11:26 AM Page 8<br />

S8<br />

To address this dilemma, IFPRI is embarking on a project that includes IT for<br />

communicating urban food and nutrition policy to a variety of audiences in<br />

Africa, Asia and Latin America, through the use of traditional and new IT<br />

channels. This project attempts to explore the benefits brought about by IT in<br />

effectively communicating urban food and nutrition policy research. Many of<br />

these channels flow through intermediaries whom interact with policymakersadvisors,<br />

NGOs and the public. Uses of IT within the project include:<br />

- Online portals that allow for information sharing between NGOs that have<br />

close ties with policymakers,<br />

- Improved information display using more complex visuals and sounds,<br />

- In cooperation with Worldspace Foundation, build opportunities for the<br />

public to listen to nutrition programming via a satellite broadcast to wireless<br />

radio receivers.<br />

Despite the benefits of using IT to communicate nutrition to policymakers, IT<br />

cannot replace personal interactions. The ability to shake hands and share<br />

ideas lends to an effective experience of information transfer between the<br />

sender and receiver. Despite IT’s limitations, the development of projects such<br />

as <strong>Inter</strong>net2 are creating a more personal communications environment<br />

through IT, and may open up avenues that will one day deliver information<br />

directly to a policymaker’s desk.<br />

Communication and connectivity in Africa / Communication et connectivité<br />

en Afrique<br />

Michael Jensen, South Africa<br />

The use of information and communication technologies (ICTs) in general has<br />

grown rapidly in most urban areas in Africa. As an indication, only four years<br />

ago a handful of countries had local <strong>Inter</strong>net access, now the <strong>Inter</strong>net is<br />

available in every capital city. There are now as many mobile cell phones on<br />

the continent as there are fixed lines, hundreds of new local and community<br />

radio stations have been licensed, and satellite TV is now also widely<br />

available.<br />

The number of dialup <strong>Inter</strong>net subscribers now stands at over 1.3 million, up<br />

from about 1 milion at the end of 2000. The total international incoming<br />

<strong>Inter</strong>net bandwidth is now well over 1 gigabyte per second, while outgoing<br />

traffic is estimated at about 800Mbps.<br />

But although these encouraging trends have emerged in the last few years, the<br />

differences between the development levels of Africa and the rest of the world<br />

are still wider in the area of ICTs than they are using more traditional measures<br />

of development: Of the 770 million people in Africa:<br />

1 in 13 have a TV (50m)<br />

1 in 40 have a fixed line (20m)<br />

1 in 40 have a GSM line (20m)<br />

1 in 130 have a PC (5.9m)<br />

1 in 150 use the <strong>Inter</strong>net (5.5m)<br />

1 in 400 have pay-TV (2m)<br />

More widespread access has also been constrained by a number of issues,<br />

including a low density of telephone lines and the poor quality of the ageing<br />

copper infrastructure; expensive international connections for <strong>Inter</strong>net Service<br />

Providers; and a tight control over the telecommunications and <strong>Inter</strong>net<br />

market which frequently remains under monopoly control. Investment in<br />

rural areas, where the majority of the population lives, has been particularly<br />

low.<br />

Irregular or non-existent electricity supplies are a common feature and a major<br />

barrier to use of the <strong>Inter</strong>net, especially outside the major towns. Many<br />

countries have extremely limited power distribution networks, which do not<br />

penetrate significantly into rural areas, and power sharing (regular power<br />

outages for many hours) is a common occurrence, even in some capital cities<br />

such as Accra, Dar es Salaam and Lagos. Furthermore, most tax regimes still<br />

treat ICTs as luxury items, which makes these almost exclusively imported<br />

commodities all the more expensive, and thus unobtainable by the majority.<br />

However, there is now increasing tendency to open up the markets to enable<br />

more widespread <strong>Inter</strong>net access, and there are newer technologies that are<br />

particularly appropriate. These include the use of VSAT (very small aperture<br />

terminal) satellite systems; and the use of radio links for short and medium<br />

distance.<br />

New moves on the sub-continent towards the provision of public access<br />

facilities are also proving effective, as these can provide web access to meet a<br />

wide range of needs.<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

Nutrition networking in West Africa and the role of information technology<br />

Dado Kagnassy Sy, Chef de la Division Nutrition, Ministère de la Santé<br />

Publique, Mali; Kabba T. Joiner, Directeur Général, Organisation Ouest<br />

Africaine de la Santé; Shawn K. Baker, Directeur Régional pour l’Afrique,<br />

Helen Keller <strong>Inter</strong>national; Serigne Mbaye Diène, Conseiller Régional<br />

Nutrition, BASICS II<br />

The 15 nations of the Economic Community of West <strong>African</strong> States (ECOWAS,<br />

comprising Benin, Burkina Faso, Cap Verde, Côte d’Ivoire, the Gambia,<br />

Ghana, Guinea, Guinea Bissau, Liberia, Mali, Niger, Nigeria, Senegal, Sierra<br />

Leone and Togo) have a combined population of 227 million of whom 41<br />

million are under 5, this represents over 1 / 4 of the population of Africa, and<br />

includes Anglophone, Francophone and Lusophone countries. The average<br />

under 5 mortality for the regional is 185 per 1,000 and protein energy<br />

malnutrition and micronutrient deficiencies are major contributors to this rate.<br />

It is estimated that vitamin A deficiency alone contributes to 228,000 deaths<br />

per year in the region. Since 1995, the Centre Régional de Recherches en<br />

Alimentation et Nutrition (CRAN), a structure of the Organisation pour la<br />

Cooperation et la Coordination de Lutte Contre les Grandes Endémies (OCCGE) has<br />

worked with partners and member states to create a network of nutrition focal<br />

points, which serves as a vehicle for documenting and sharing experiences in<br />

nutrition and reinforcing regional and national capacities. The network<br />

originally covered the nine countries of the OCCGE (all Francophone) but has<br />

expanded to all 15 ECOWAS members in 1999. In 2000, the two regional health<br />

organizations of ECOWAS (one Anglophone and one Francophone) were<br />

merged into the West <strong>African</strong> Health Organization (WAHO) and WAHO has<br />

taken the lead in organizing the network and adopted nutrition as one of its<br />

eight priority program areas. Successes include inclusion of vitamin A into<br />

National Immunization Days (NIDs) in all 15 countries, editing of a document<br />

on best practices in vitamin A in Africa, annual focal point meetings,<br />

promotion of national micronutrient days, developing food fortification<br />

strategies and advocacy, promotion of PROFILES for nutrition advocacy,<br />

strengthening Information, Education and Communication strategies and<br />

editing of a bi-weekly, e-mail-based nutrition news letter (Nutrition News for<br />

Africa) in English and French. Information Technologies play an increasingly<br />

important role in maintaining and growing the network. The presentation will<br />

focus on methods used to build and maintain the network, the role of<br />

information technologies, outcomes and lessons learned, and future<br />

directions. Partners include several USAID-funded projects (BASICS II,<br />

FANTA, LINKAGES, MOST, SANA, SARA), UNICEF, Helen Keller<br />

<strong>Inter</strong>national, the Micronutrient Initiative, the World Health Organization and<br />

the World Bank.<br />

Le réseautage pour la nutrition en Afrique de l’ouest et le rôle des nouvelles<br />

technologies de l’information<br />

Dado Kagnassy Sy, Chef de la Division Nutrition, Ministère de la Santé<br />

Publique, Mali; Kabba T. Joiner, Directeur Général, Organisation Ouest<br />

Africaine de la Santé ; Shawn K. Baker, Directeur Régional pour l’Afrique,<br />

Helen Keller <strong>Inter</strong>national; Serigne Mbaye Diène, Conseiller Régional<br />

Nutrition, BASICS II.<br />

Les 15 pays de la Communauté Economique des Etats de l’Afrique de l’Ouest<br />

(CEDEAO est composée du Bénin, du Burkina Faso, du Cap Vert, de la Côte<br />

d’Ivoire, de la Gambie, du Ghana, de la Guinée, de la Guinée Bissau, du<br />

Libéria, du Mali, du Niger, du Nigéria, du Sénégal, de la Sierra Leone et du<br />

Togo) ont une population globale de 227 millions d’habitants dont 41 millions<br />

ont moins de 5 ans; ceci représente plus d’un quart de la population de<br />

l’Afrique et regroupe les pays anglophones, francophones et lusophones. Le<br />

taux moyen de la mortalité infanto-juvénile pour la région est de 185 pour<br />

1 000 et la malnutrition protéino-énergétique et les carences en<br />

micronutriments en sont les causes majeures. On estime que la carence en<br />

vitamine A à elle seule, contribue à 228 000 morts décès par an dans la région.<br />

Depuis 1995, le Centre Régional de Recherches en Alimentation et Nutrition<br />

(CRAN), une des structures de l’Organisation pour la Coopération et la<br />

Coordination de Lutte Contre les Grandes Endémies (OCCGE) a travaillé en<br />

collaboration avec certains partenaires et des états membres afin d’établir un<br />

réseau de points focaux nutrition, qui servirait de véhicule pour la<br />

documentation et le partage des expériences en matière de nutrition et<br />

renforcerait les capacités régionales et nationales. A l’origine le réseau<br />

comptait les neuf pays de l’OCCGE (tous francophones) mais s’est étendu en<br />

1999 aux 15 pays membres de la CEDEAO. En 2000, les deux organisations<br />

régionales de la santé de la CEDEAO (une anglophone et une francophone)<br />

ont fusionné pour créer l’Organisation Ouest Africaine de la Santé (OOAS).<br />

L’OOAS a pris la direction de l’organisation de ce réseau et a retenu la<br />

nutrition comme l’un de ses huit programmes prioritaires. Parmi les succès<br />

réalisés : dans les 15 pays l’intégration de la distribution de la vitamine A lors


Abstracts 10/22/02 11:26 AM Page 9<br />

des Journées Nationales de Vaccinations (JNV), la parution d’un document sur<br />

les meilleures pratiques concernant l’utilisation de la vitamine A en Afrique,<br />

les rencontres annuelles des points focaux, la promotion des journées<br />

nationales pour les micronutriments, le développment des stratégies et des<br />

plaidoyers sur la fortification alimentaire, la promotion des PROFILES pour le<br />

plaidoyer en matière de nutrition, le renforcement des stratégies<br />

d’information, d’éducation et de communication et la parution d’un<br />

bimensuel envoyé par email sous la forme d’une lettre d’information sur la<br />

nutrition (Nutrition News for Africa) en anglais et en français. Les<br />

technologies de l’information jouent un rôle de plus en plus important dans<br />

l’entretien et l’expansion de ce réseau. La présentation insistera sur les<br />

méthodes utilisées pour construire et entretenir le réseau, sur le rôle des<br />

technologies de l’information, les résultats et les leçons apprises, ainsi que les<br />

directions futures. Parmi les partenaires il faut citer plusieurs projets financés<br />

par l’USAID (BASICS II, FANTA, LINKAGES, MOST, SANA, SARA),<br />

l’UNICEF, Helen Keller <strong>Inter</strong>national, l’Initiative pour les Micronutriments,<br />

l’Organisation Mondiale de la Santé et la Banque Mondiale.<br />

The role of IT in nutrition education / Le rôle de la TI en éducation<br />

nutritionnelle<br />

KM Kolasa<br />

Nutrition Services and Patient Education, Brody School of Medicine at East<br />

Carolina University, Greenville, North Carolina, USA<br />

In the mid 1990’s the use of IT in nutrition education seemed like an<br />

impossible dream not only to nutrition educators in the developing countries,<br />

but also those in North America and Europe. The barriers of time, money and<br />

computer access seemed overwhelming. <strong>Inter</strong>national and government<br />

agencies were challenged to create opportunities for nutrition educators to use<br />

both stand-alone programs as well as email and the World Wide Web. 1 Today,<br />

nutrition educators are using IT throughout the world. Most <strong>African</strong><br />

universities are internet connected. And, educators have demonstrated that<br />

people of all ages, gender and literacy levels can use and learn from these<br />

programs2,3 While it is easier to use IT for nutrition education than it was in the mid 1990’s,<br />

no major new functional innovations have emerged. Yet, IT may be<br />

underutilized in nutrition education. Optimal use, however, has not been<br />

defined. For now, it is how nutrition educators use IT technology, not the<br />

technology that is most important The stand-alone programs remain best for<br />

delivering graphics and video; as well as for audiences with limited reliable<br />

and affordable Web access. Benefits of stand-alones will be illustrated from the<br />

Nutrition in Medicine cd-rom series (http://www.med.unc.edu/nutr/nim)<br />

The Web provides opportunities and challenges. Rapid access to information<br />

is a real promise of the Web but it has not been delivered yet. Teachers no<br />

longer are information gatekeepers but have become guides. It is a significant<br />

challenge is to guide learners away from nutrition misinformation found on<br />

the Web or forwarded through Listserves. North American examples (e.g.<br />

Nutrition Navigator http:// http://navigator.tufts.edu/; a password<br />

protected Food Literacy BlackBoard course http://ecu.blackboard.com) will<br />

be used to demonstrate types of responses nutrition educators/institutions<br />

can make. The world-wide nutrition education community is relatively small.<br />

The resources required for IT are large and sharing must become a greater part<br />

of the nutrition education world. One example of sharing will be<br />

demonstrated by the Physicians Curriculum in Clinical Nutrition passwordprotected<br />

web site. Tailoring information for individuals is in its infancy but<br />

holds enormous promise. Examples such as Healthy Eating Index<br />

(http://147.208.9.133) and the Shape Up America! (http://www.shapeup.org)<br />

online weight class will be used to illustrate. Another example to demonstrate<br />

challenges and opportunities for nutrition educators include the web based<br />

Dietary Guidelines for Americans continuing education course<br />

(http://www.dga2000training.usda.gov). Evaluation of behavior changes<br />

remains challenging. Issues will be explored.<br />

1. Kolasa KM. New developments in computer-mediated technology for nutrition<br />

education. FAO Nutrition Paper Series, 1996; No. 59,pp. 33-36, 42.<br />

2. Kolasa KM. Images of nutrition in medical education and primary care. Am J Clinical<br />

Nutrition, 2001;73:1006-1009.<br />

3. Gould SM, Anderson J. Using interactive multimedia nutrition education to reach<br />

low-income persons: an effectiveness evaluation. J Nutrition Education. 2000;32: 204-<br />

<strong>21</strong>3.<br />

ABSTRACTS<br />

Producing web sites / Créer les sites Web<br />

Jean-Charles Le Vallée<br />

Food Security Guide for the Development Gateway, World Bank, USA<br />

This presentation addresses the development of web sites for a nutrition<br />

audience, an area still in its infancy, with few lessons learnt to draw upon. The<br />

presentation reviews steps for web site production from planning to<br />

maintenance, and offers ways of avoiding common problems.<br />

Much web site production for the implementation of learning tools,<br />

information sharing, statistics, news, or research, requires initial planning such<br />

as a concept paper analyzing the potential audience and its needs. An IT<br />

project calls for resources, time, people and selection of staff. Content and web<br />

site development are key, but design, testing and validation are paramount.<br />

What works and why depends on a strong plan and good marketing. Which<br />

software or hardware to use? What type of server do I need? In the rush to<br />

start up, the costs of sustaining an effective site are often underestimated.<br />

This presentation is based upon lessons learned from 6 websites related to<br />

food and nutrition security, from 1995 to today, the most recent being the Food<br />

Security web site at the Development Gateway. The presentation will be given<br />

in two parts: the first in French, discusses typical steps and challenges in<br />

producing web sites; and the second half of the presentation, in English,<br />

reviews a series of lessons learnt, how certain problems can be addressed and<br />

future opportunities. The presentation will provide a broad overview for those<br />

who wish to set up web sites on nutrition.<br />

The concept of knowledge networks in Africa – an enabling tool for<br />

knowledge management in the field of nutrition, with specific reference to<br />

SA HealthInfo / Le concept des connaissances des réseaux en Afrique<br />

Jacobus Adriaan Louwa , Benjamin Fouchéb , Demetre Labadariosc aExecutive Director: Informatics and Knowledge Management, South <strong>African</strong><br />

Medical Research Council and Visiting Professor, Department of Information<br />

Science, University of Stellenbosch, South Africa<br />

bProfessor and Director of Information and Knowledge Management<br />

Programmes, Department of Information Science, University of Stellenbosch,<br />

South Africa<br />

cProfessor, Department of Human Nutrition , University of Stellenbosch, South<br />

Africa<br />

This paper introduces the concept of a knowledge network as an enabling tool<br />

for improved knowledge management in the field of Nutrition in Africa, with<br />

specific reference to the planning and development of the South <strong>African</strong><br />

national health knowledge network — SA HealthInfo.<br />

A knowledge network is aimed at facilitating the needs of certain communities<br />

of end-users and stimulates the process of innovation within a particular<br />

system, thereby also improving decision making. The methodology is in<br />

essence based on the principles of knowledge management and the drivers of<br />

a system of innovation.<br />

Knowledge management has become the buzzword in modern management<br />

of organisations. The challenge exists to design systems that will also cater for<br />

knowledge creation, conversion and flow in a larger system of innovation —<br />

using a knowledge-network approach. The South <strong>African</strong> Medical Research<br />

Council (MRC) has designed such a model for inter-institutional knowledge<br />

management in the health system. It received funding from the South <strong>African</strong><br />

Government’s Innovation Fund via the Department of Arts, Culture, Science<br />

and Technology to establish, in collaboration with partners, a National Health<br />

Knowledge Network (trademark SA HealthInfo). The SA HealthInfo<br />

knowledge network, aims to provide a one-stop interactive forum/resource,<br />

for quality-controlled and evidence-based health research information, to a<br />

wide spectrum of users, at various levels of aggregation, with the necessary<br />

security arrangements and facilities for interaction among users to promote<br />

explicit (codified) and tacit knowledge flow.<br />

The SA HealthInfo knowledge network, which uses <strong>Inter</strong>net portal technology<br />

and is available on the <strong>Inter</strong>net at http://www.sahealthinfo.org, caters for the<br />

needs of epistemic communities and communities of practice through the<br />

creation of Modules — content-specific mini information clearinghouses —<br />

and provides relevant services. It has developed a specific Nutrition Module,<br />

catering for various audiences. This Module, which can be directly accessed at<br />

http://www.sahealthinfo.org.nutrition/nutrition.htm, focuses on South<br />

<strong>African</strong> nutrition information, based on peer-reviewed research. Nutrition<br />

information is organised under the following groupings: online documents of<br />

interest to the public; nutritional software and databases; collaboration tools;<br />

and, related sites.<br />

S9


Abstracts 10/22/02 11:26 AM Page 10<br />

S10<br />

This paper provides insight into the development of the SA HealthInfo<br />

knowledge network, the rationale behind the design of the system and share<br />

experiences as regards the development of the Nutrition Module. It also<br />

reflects on the experience as regards the use of such systems in a developingworld<br />

context, ICT issues at stake and the need to interact with other relevant<br />

gateways and portal initiatives.<br />

ICT: New technologies, and their relevance, challenges and opportunities in<br />

the health sector / La technologie de l’information et de la communication<br />

Salah Mandil, Ph.D.<br />

Vice President eStrategies, WiseKey S.A, Geneva, Switzerland<br />

The past 20 or so years have been rich with excitement and unequivocal<br />

expressions of the importance of Information and Communication<br />

Technologies (ICT) to the health sector. The material of discussion groups,<br />

workshops and conferences abound with that excitement and, though to a<br />

lesser extent, examples of the uses of such ICT tools in heath care have also<br />

been reported. In more recent years, the excitement has multiplied with the<br />

emergence of new Clinical and Health Care Technologies and Practices, so<br />

much that some hail it as an emerging New Healthcare Paradigm.<br />

This invited address will highlight the most important of these new ICT and<br />

ICT-based technologies, and point out the extent to which these are relevant to<br />

the industrially developing countries. Actual examples, exclusively from<br />

developing countries, will be briefly described in testimony to the views. The<br />

examples will include applications in clinical care, knowledge-based systems,<br />

surveillance and the management of health care services. The address will<br />

also highlight the current challenges that have to be tackled, and the<br />

opportunities that could and should be grabbed to cultivate these ICT<br />

technologies for the achievement of equitable and quality health care services<br />

especially to the under-served communities.<br />

Capacity building for human rights using ICTs: lessons for nutrition<br />

programming / Développement de capacités en TIC: Leçons des programmes<br />

de nutrition<br />

Firoze Manji<br />

The Micronutrient Initiative, Canada<br />

This presentation will describe the ways in which Fahamu has sought to use<br />

ICTs for strengthening the campaigning, advocacy and organisational<br />

capacities of human rights organisations in southern Africa. The project1 arose<br />

from detailed investigations in the region of their training needs and<br />

constraints to accessing ICTs. Access to the Web is problematic for most<br />

organisations in the region because of high costs, low bandwidth and poor<br />

telephone connections. As an alternative, we have developed interactive<br />

CDROM-based learning materials for distance learning, with tutoring support<br />

provided via email and regional face-to-face workshops. Courses developed<br />

include: fact-finding and investigation; human rights monitoring and<br />

evaluation; campaigning, advocacy and lobbying; leadership and<br />

management; financial management; fundraising; using the internet for<br />

research and advocacy; and training of trainers. The strategy in the<br />

development of these courses has been to use ICTs as a complement, rather<br />

than a substitute, for direct human interaction.<br />

Lack of access to the web also creates serious difficulties for human rights<br />

organisations in accessing information and news about what is happening in<br />

the region. We therefore developed a weekly electronic newsletter covering<br />

some 20 topics as diverse as conflict, human rights, development,<br />

environment, health, social welfare, books and arts, internet resources. The<br />

newsletter provides a weekly summary of developments on these subjects.<br />

The initiative has been hugely popular, with the subscriber based growing<br />

from 300 to nearly 8000 in a year.<br />

The key to the success of these initiatives has been to invest efforts to ensure a<br />

clear understanding of the needs of the target constituency, both in relation to<br />

their training needs and their need for information.<br />

Similar programmes could be realistically adopted for nutrition programming<br />

based on a careful assessment of the needs of that constituency, and the<br />

recruitment of appropriate experts to develop effective materials.<br />

1<br />

The ‘Adilisha Project’ is supported by grants from the European Union, the British Department for<br />

<strong>Inter</strong>national Development, and the Canadian <strong>Inter</strong>national Development Research Centre<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

PROFILES: A computer-based process for nutrition policy analysis and<br />

advocacy / Plaidoyer pour les décideurs politiques<br />

R Mwadime 1 , J Ross 2 and H Stiefel 2 1 The Regional Centre for Quality of Health<br />

Care, Kampala, Uganda, 2 The Academy for Educational Development,<br />

Washington, DC, USA<br />

PROFILES is a process for nutrition policy analysis and advocacy that uses<br />

spreadsheet models to estimate the functional consequences of malnutrition in<br />

terms that policy makers understand and care about. Nutritional problems<br />

addressed include sub-optimal infant feeding practices, underweight,<br />

stunting, iron-deficiency, vitamin A deficiency and iodine deficiency. Using<br />

local demographic, economic and nutrition data, the consequences of these<br />

problems are quantified in terms of performance, health and survival. The<br />

implications for economic development, education and the health sector are<br />

emphasised.<br />

The PROFILES process typically includes the following steps: 1) identification<br />

of nutrition policy reform priorities; 2) use of spreadsheet models to quantify<br />

the potential gains in health, survival and economic productivity due to<br />

feasible improvements in nutrition; 3) development of a long term strategy for<br />

policy dialogue that uses these estimates to argue for increased investment in<br />

key nutrition interventions; and 4) preparation of computer-based and other<br />

policy communication tools to advance these arguments. These activities<br />

typically occur during a 2-week workshop involving 10 - 15 local nutrition<br />

advocates and up to 3 facilitators.<br />

PROFILES has been used in over 20 countries worldwide. A recent review of<br />

PROFILES experience in Africa has led to a number of suggestions for<br />

improving the process, including paying greater attention to step 1 (see above)<br />

and doing more to ensure continuity after the initial workshop. In addition to<br />

some important policy successes, PROFILES has been credited with helping to<br />

establish or strengthen nutrition networks, increase capacity, and identify<br />

information gaps.<br />

Future plans include the addition of models that quantify between<br />

malnutrition and chronic diseases, increasing regional institutional capacity to<br />

facilitate the PROFILES process, increasing the number and variety of<br />

communication channels used, and making the process more flexible and<br />

adaptable to decentralised (community or district-level) decision making.<br />

IT and nutrition training / Le rôle de la TI dans la formation en nutrition<br />

Britta Ogle, PhD<br />

Dept of Rural Development Studies, Swedish University of Agricultural<br />

Sciences, Uppsala, Sweden<br />

Trainers throughout history have made use of new technologies to stimulate<br />

interest and to facilitate learning. Educational theories for some time have<br />

emphasised relevance, problem-based approaches and learner-centered<br />

training. Nutrition falls within the responsibility of many disciplines. Relevant<br />

nutrition training requires preparing trainees in assessment and analysis of<br />

nutrition-related community health and food problems, conducting relevant<br />

research, implementing nutrition activities, educating the population and<br />

evaluating institutions, policies and actions.<br />

Young people in the South who are now training as nutritionists, doctors,<br />

nurses, agronomists and food scientists are facing tremendous challenges as<br />

decision makers and resource persons in their own countries. All efforts to<br />

strengthen the capacity of these professionals are of outmost importance for<br />

improvements in nutrition and the use of IT must be part of this.<br />

Developments in the field of modern information technologies (IT) have been<br />

dramatic and offers many opportunities for academic trainers world-wide. For<br />

once the South and the North have the possibility to a more equal access to<br />

new research findings, new discoveries within the subject area, more equal<br />

access to debates, dialogues, conferences and informal exchange of<br />

information and ideas. An increasing number of software applications are<br />

available for both staff and students to use in numerous ways for individual<br />

learning, for communication, in field projects, distance training or<br />

examination. What advantages can this bring to nutrition training and what<br />

changes are required in nutrition training to make optimal use of these<br />

technologies, especially in the South?<br />

A key group to reach are academicians at university departments or similar<br />

institutions in the South, who are actively involved in higher nutrition training<br />

of nutritionists, medical or other health professionals, or food scientists or<br />

nutrition in agriculture professionals. The Global NutrITion programme is<br />

designed specifically for this target group. It combines an updating of current<br />

nutrition concerns with computer skills training and provides a basis for


Abstracts 10/22/02 11:26 AM Page 11<br />

stronger networks among academic trainers through the use of IT. Trainers get<br />

opportunities to use numerous available soft ware applications, test problem<br />

based learning, web-based distance training and web conferencing, discuss<br />

computer pedagogics and produce computer assisted learning materials. The<br />

lecture will raise key issues on IT in nutrition training in the South on the basis<br />

of experiences from the Global NutrITion programme.<br />

Information technology in nutrition research / La TI dans la recherche<br />

nutritionnelle<br />

Adelheid W. Onyango, PhD<br />

Department of Nutrition for Health and Development, World Health<br />

Organization, Geneva, Switzerland<br />

A research project advances in various stages, from formulating a hypothesis<br />

through designing the investigation, drawing a sample, collecting and<br />

analyzing data, writing up the research report to getting it published. IT is<br />

relevant to each of these stages of research.<br />

<strong>Inter</strong>est in a specific research question is often provoked by something one<br />

observes or reads about. The logical next step is to attempt an understanding<br />

of what is already known about the subject. Given the limited selection of print<br />

journals available in <strong>African</strong> universities and research institutions, IT can serve<br />

a pivotal role as a source of information. The occasional researcher can access<br />

a limited scope of scientific literature on the internet. However, individuals<br />

and institutions engaged in research have the option of subscribing to<br />

electronic scientific journals. In this respect, the recently launched internet<br />

initiative, “Access to Research” for developing countries is good news for<br />

biomedical researchers in Africa. The initiative makes more than two thousand<br />

journals available free or at significantly reduced charges to institutions<br />

in eligible countries (See Health <strong>Inter</strong>Network website:<br />

http://www.healthinternetwork.org).<br />

Once relevant literature has been reviewed, the hypothesis or research<br />

question formulated and a study design chosen, the researcher has to<br />

determine, adapt and refine methods and obtain study equipment if required.<br />

IT can be a useful search tool for contact addresses of researchers that one may<br />

wish to consult with and companies that supply the equipment required for<br />

the study (e.g., http://www.google.com).<br />

Data management and analysis require a computer, and with an internet link,<br />

one could download programmes for data management and analysis. A good<br />

example is Epi Info, a programme developed by the US Centers for Disease<br />

Control and Prevention, and available free of charge. This programme has<br />

modules for calculating sample size, designing a questionnaire that forms a<br />

template for data entry, can be set up to check consistency of data and includes<br />

some analysis routines. Epi Info should be of special interest to Nutrition<br />

researchers using anthropometry as it calculates anthropometric indicators for<br />

children and adolescents (http://www.cdc.gov/epiinfo).<br />

Research results need to be disseminated through publication, and many peer<br />

review journals now require electronic submission of manuscripts, a<br />

development that greatly speeds up correspondence with reviewers and<br />

editors, thanks to IT. In addition to print journals, it is now possible to publish<br />

in electronic research archives such as the one launched by the Lancet in 1999<br />

for purposes of publishing research that does not make it to the print journal<br />

but which is of interest to, for example, regional readership. Other outlets for<br />

research are databases maintained by United Nations agencies and others. The<br />

Department of Nutrition for Health and Development at WHO maintains six<br />

databases on different subjects in nutrition. The most widely used among<br />

them is the Global Database on Child Growth and Malnutrition<br />

(http://www.who.int/nutgrowthdb/).<br />

Although Africa is far behind the industrialized world in access to IT, a single<br />

internet connection in a given institution can facilitate access by thousands of<br />

researchers and students to information that has potential to change the<br />

quality of research and the efficiency and scale of its dissemination. The<br />

opportunities offered by IT are a capital challenge to every researcher on this<br />

continent to radically improve the quantity and quality of <strong>African</strong> research by<br />

<strong>African</strong> researchers.<br />

Food Composition Programme of AFROFOODS / Base de données sur la<br />

composition des aliments: AFROFOODS<br />

HC Schönfeldt and SM van Heerden*<br />

AFROFOODS coordinator, Centre for Nutrition, University of Pretoria, South<br />

Africa<br />

*Animal Nutrition and Animal Products Institute, Agricultural Research<br />

Council. Private Bag X2, Irene, South Africa<br />

ABSTRACTS<br />

During the <strong>African</strong> Food and Nutrition congress held in Harare, Zimbabwe in<br />

1988 the following problems were identified namely: Inadequate or complete<br />

lack of food composition tables in a number of <strong>African</strong> countries; incomplete<br />

and poor quality of available food composition data; lack of necessary<br />

equipment and human resources for food analysis activities; lack of<br />

coordination at regional and sub regional levels; lack of a forum for the<br />

exchange of information in the area of food composition. An <strong>African</strong> Network<br />

of Food Data System (AFROFOODS) as part of INFOODS (<strong>Inter</strong>national<br />

Network of Food Data Systems) was established in September 1994 in Ghana.<br />

This was followed by a meeting in Dakar (Ghana) during May 1995 during<br />

which activities was reestablished. Capacity building and training in<br />

analytical methods and compilation of food composition data were identified<br />

as a pre-requisite for progress during both meetings. During a workshop in<br />

Cape Town, South Africa (6-8 May 1996) a module on Food Composition and<br />

Hygiene for an M Sc in Food and Nutrition Sciences in developing countries<br />

for the Network of European Agricultural Universities (NATURA) - NECTAR<br />

group on as part of a EU-financed programme was drawn up. The module<br />

was based on the existing Food Composition Course of Wageningen<br />

Agricultural University and was first tested in South Africa during 1997 in<br />

Cape Town. The 1st ECSAFOODS course on the Production and Use of Food<br />

Composition Data in Nutrition was held from 23 June to 11 <strong>July</strong> 1997 at the<br />

University of the Western Cape, the 2nd ECSAFOODS course was held from<br />

5 – 27 June 1999 at the Agricultural Research Council (ARC) in Pretoria, South<br />

Africa. A third ECSAFOODS course will be held from 14 October <strong>2002</strong> to<br />

1 November <strong>2002</strong> in Pretoria, South Africa. AFROFOODS seem to lag behind<br />

other data centers with regard to the progress they have made during the same<br />

time period. Capacity building in the AFROFOODS region stays one of the<br />

mayor priorities for the immediate future, to equip people to assist their own<br />

countries in reaching the ultimate goal of being able to compile good quality<br />

food composition tables that reflect the individual food components in the diet<br />

of the different people within the country.<br />

IT an important tool in surveillance of food borne infections/intoxications<br />

and identification of contributing factors for outbreaks / La TI: un outil<br />

important dans la surveillance des infections et intoxications alimentaires et<br />

dans l’identification des facteurs contribuant aux épidémies<br />

Walter E.L. Spiess<br />

c/o Institut fuer Lebensmittelverfahrenstechnik, Universitaet Karlsruhe,<br />

Karlsruhe<br />

In the last decade the contamination of food with several dangerous<br />

pathogenic micro-organism has reached a dimension that it has to be<br />

considered as a serious health threat to the consumer. In order to deal<br />

successfully with this situation it is important to understand precisely the<br />

dimensions of the problem and the various causes of the problem.<br />

One of the prerequisites of a problem definition are national foodborne<br />

diseases surveillance systems on the basis of a mandatory notification of<br />

foodborne diseases outbreaks, surveillance data from national reference<br />

laboratories and e.g. national hospital networks. Besides the notification of<br />

cases of foodborne diseases, confirmed causative agents in foodborne<br />

outbreaks, incriminated foods and confirmed or suspected causative agents, as<br />

well as outbreaks by places where food was acquired or eaten and<br />

contributing factors have to be reported.<br />

Such surveillance systems require a rather complicated infrastructure which is<br />

based amongst others on a sophisticated IT system/Network.<br />

On the basis of individual national reports and the 7th Report of the WHO<br />

Surveillance Progamme for Control of Food borne Infections and Intoxication<br />

in Europe surveillance systems are presented and data obtained within the<br />

frame of such systems are discussed with respect of ensuring food safety and<br />

food hygiene.<br />

Hardware, software, people-ware in nutrition / Matériel, logiciel et<br />

ressources humaines en nutrition<br />

T Tylleskär<br />

Centre for <strong>Inter</strong>national Health, University of Bergen, Norway<br />

In the 70’s it was suggested that the ‘developing countries’ should not<br />

necessary follow the technological development of the so-called ‘western<br />

countries’. The idea of “appropriate technology” was widely supported in<br />

discussions on global development. Another thirty years of development has<br />

demonstrated that the technological advances are unifying all countries into<br />

the same technological development. Mobile phones could easily have been<br />

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Abstracts 10/22/02 11:26 AM Page 12<br />

S12<br />

dismissed as ‘inappropriate’ in developing countries some decades ago. Now<br />

we see that wireless technology decreases the infrastructural needs in<br />

resource-poor settings.<br />

The IT revolution is similarly a technologically unifying concept, which may<br />

actually provide an opportunity for training institutions in low-income<br />

countries to catch up on their fellow universities in richer countries. Which are<br />

the key factors to promote such a development?<br />

The first key factor is hardware. It is necessary for the <strong>African</strong> universities to<br />

mobilise resources to connect to the global internet at to provide affordable<br />

connections for both the departments, staff and students.<br />

The second key factor is the software. The more internet-based the activities are,<br />

the lower the cost for software.<br />

The most crucial factor is the people-ware. The faculty members in the<br />

universities must acquire the knowledge on how to use the new technology<br />

both for teaching and research, a second ‘literacy campaign’ must be carried<br />

out and the senior university leaders must be converted to the idea that IT can<br />

really make a difference for their university. Providing simple IT courses for<br />

university leaders and heads of departments is therefore a strategic move. The<br />

students are learning the same things by the extensive use of email and<br />

internet facilities. The next step is to make available the teaching information<br />

on internet and in this way improve efficiency at the training institutions. The<br />

last step is to establish production sites in Africa for appropriate interactive<br />

training material so that the training material reflects the challenges of the<br />

professional life in the Africa.<br />

IT and nutrition in emergencies / La TI et la nutrition en situation précaire<br />

Saskia van der Kam<br />

Médecins Sans Frontières, Holland<br />

Dare to share<br />

During the last days we learned what smart software can offer us as it<br />

comes to improving assessments, analysis of data, and access to dedicated<br />

information, and networking.<br />

However the real challenge is how we share he results/outcomes of the<br />

information generated by the user of these new technologies.<br />

For that reason I would like to refer to my current experience of internet<br />

based knowledge-sharing platforms. The NutritionNET is an interactive<br />

web-based platform for individuals and groups involved in the food and<br />

nutrition sector in the emergency and development aid sector. The<br />

overarching goal is to improve the quality of food and nutrition<br />

interventions worldwide by promotion of improved interagency cooperation<br />

between professionals. Participants are field workers from UN<br />

agencies and NGO’s (local and international); researchers lectures and<br />

students from academic institutes, specialist working groups (e.g. SCN<br />

working groups), and individual nutritionist world wide (e.g. consultants).<br />

Participants in NutritionNET have access to information and they can share<br />

and manage their own information and discussions by creating their own<br />

knowledge clusters and/or participating in existing knowledge clusters.<br />

Such a system is different form existing web-sites who envisage the<br />

downloading of information in ready to consume parts, where as<br />

NutritionNET.net is a working area, where participants are supposed to<br />

contribute to the platform, process this information, and manage the access<br />

to their knowledge and discussions.<br />

The NutritionNET developed out of an existing nutrition network of experts<br />

working in the area of emergency aid. NutritionNET is answering the need<br />

to communicate with peers on problems met in the field. NutritionNET<br />

offers as well a platform for discussions between professionals on<br />

interventions strategies in certain areas, research findings, articles,<br />

guidelines, protocols and products. A high participation of professionals<br />

(academic and field workers) from the affected countries itself is essential to<br />

arrive at sensible interventions and to improve capacity building in the<br />

regions itself.<br />

The NutritionNET began in March <strong>2002</strong> when the interactive system was<br />

presented at the SCN (UN Standing Committee on Nutrition) year-meeting<br />

in Berlin.<br />

The problems we face around food and nutrition are multi-factorial, the<br />

solutions multidiciplinary. In order to progress we should share our<br />

discussions and problems to other professional groups.<br />

NutritionNET is the perfect tool for sharing information, creating and<br />

capturing nutritional expertise, but only the commitment and active<br />

participation of nutritional professionals can fully explore the benefits of the<br />

possibilities of new technologies. IT makes knowledge sharing possible, it is<br />

up to the nutrition community to make it really happen.<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

The international nutrition community and information technology:<br />

Opportunity and responsibilities / La communauté internationale de la<br />

nutrition en face de la TI: opportunités et responsabilités<br />

Mark L. Wahlqvist, AO, MD, FRACP<br />

President, <strong>Inter</strong>national Union of Nutritional Sciences<br />

One of the best opportunities now available for human development is<br />

provided by the conjunction of several rapidly developing technologies –<br />

information technology, biotechnology, food technology, nuclear technology,<br />

and nano-technology. In a village where literacy rates remain low, where<br />

rainfall and agricultural production are limited, and where hunger,<br />

malnutrition and infection are rife, it may seem these technologies are<br />

irrelevant. But they can be made appropriate, provide empowerment, and<br />

speed up economic development, with superior systems of governance.<br />

ITANA (Information Technology and Nutrition in Africa) is an exciting<br />

initiative of young multi-skilled and talented individuals, enthused by science<br />

and technology, disseminating and enjoying the fruits of information, and<br />

seizing the moment to shake off the shackles of poverty and disadvantage.<br />

The IUNS (<strong>Inter</strong>national Union of Nutritional Sciences) strongly supports this<br />

regional development, and kindred developments in Asia and Latin America.<br />

It has affiliated ITANA with the IUNS family of organizations.<br />

With the privilege of knowledge and skill in the combined fields of food,<br />

health and nutrition, together with information science and technology, goes<br />

great responsibility to ensure benefit is obtained by individuals and<br />

communities whose health and economic advancement has been limited.<br />

Those who can contribute, must, or be held accountable by subsequent<br />

generations.<br />

Africa will shortly host the Johannesburg <strong>Conference</strong> for the World Summit on<br />

Sustainable Development (WSSD) from <strong>24</strong> August to 5 September <strong>2002</strong>.<br />

ITANA could play a key role in making the case for concerted action in this<br />

area. Encouraging are the recently published ICSU (<strong>Inter</strong>national Council for<br />

Science) reports which demonstrate a strong commitment by the international<br />

science and technology community to sustainable development.<br />

There appears to be a gathering coalition to embrace science and technology,<br />

along with good governance, to provide for a more food, health, economic and<br />

environmentally secure future.<br />

IT as a tool for micronutrient nutrition program support in Africa / La TI<br />

comme un outil pour le soutien des programmes en nutrition de<br />

micronutriments en Afrique<br />

Kate Wild<br />

Micronutrient Initiative, Canada<br />

A number of key factors must be considered if ICTs are to provide effective<br />

support to micronutrient nutrition programming and implementation in<br />

Africa. These include, inter alia:<br />

• institutional actors (international organisations, governmental and nongovernmental,<br />

governments, universities and research centres, ngos,<br />

professional associations);<br />

• program foci (policy, advocacy, training, operations);<br />

• information needs (defined in terms of information types, issues, formats<br />

and audiences);<br />

• availability of ICTs and connectivity;<br />

• policies to extend connectivity either at national level or within<br />

government ministries;<br />

• capacities of participating organisations to use ICTs and to envisage<br />

innovative applications to meet their own needs.<br />

The strategic introduction of ICTs often requires that two approaches be<br />

followed simultaneously. In the first place focused, targeted interventions<br />

build on existing information resources by exploiting technologies that are<br />

available and accessible to solve specific problems. At the same time, longerterm<br />

measures are required to identify high impact information, the blockages.<br />

The shorter-term actions will help shape longer-term programs and create<br />

capacities to use their products and services. The combination of short-term<br />

actions and longer term planning allows for the progressive scaling up and<br />

extension of ICT applications.<br />

The scope of the programming exercise will determine the exact mix of factors<br />

to be incorporated into the supporting ICT strategy. This presentation will<br />

focus on the example of the Micronutrient Initiative.


Abstracts 10/22/02 11:26 AM Page 13<br />

The role of FAO in information technology for the advancement of nutrition<br />

/ Le rôle de la FAO en TI et le développement de la nutrition<br />

Tanja Wildemann, FAO, Rome, Italy; DG Gustafson, FAO, Nairobi, Kenya<br />

As a consequence of major changes in information technology in the 1990s,<br />

computers found their ways into all areas, including food and nutrition. The<br />

overwhelming amount of information especially in the internet makes it<br />

necessary to establish a sophisticated information management system.<br />

The implementation of the World Agricultural Information Centre (WAICENT)<br />

was an important step to fight hunger with information. This portal provides<br />

access to a large amount of information resources, including documents,<br />

statistics, maps and multimedia resources and to capacity building<br />

programmes in information management. WAICENT assists with its<br />

knowledge and experience all other departments in the development of their<br />

numerous projects concerning food security, food safety and human nutrition.<br />

Food Security:<br />

The Food insecurity and vulnerability information and mapping systems (FIVIMS)<br />

are networks of systems, that collect, analyse and disseminate information<br />

about food insecurity and vulnerability. Additional systems contribute to the<br />

effectiveness of FIVIMS: The software Key Indicators Mapping System (KIMS)<br />

facilitates the management of the collected data, the Key Indicators Database<br />

System (KIDS) provides internationally comparable data and the Global<br />

Information and Early Warning System on Food and Agriculture (GIEWS) gives<br />

further information to foresee and intervene in time in emergency situations.<br />

Food Safety:<br />

The Codex Alimentarius Commission (CAC), which was established in the early<br />

1960s by FAO and the World Health Organization (WHO), dedicates its work<br />

the protection of consumer health and fair practices in food trade.<br />

The Joint FAO/WHO Expert Consultations assess the risks related to<br />

microbiological hazards, biotechnology and food additives and contaminants.<br />

The findings contribute directly to the work of the CAC by providing the<br />

scientific basis.<br />

Human Nutrition:<br />

The Nutrition Country Profiles cover numerous countries and give general<br />

information about the country and its population as well as specific data about<br />

the food and nutrition situation, which statistical databases are<br />

complementing.<br />

The regularly publishing of the on-line journal “Food, Nutrition and<br />

Agriculture” gives a short and good overview of the efforts made in<br />

community nutrition, food quality and safety, food security, etc.<br />

The recent project “Feeding minds, fighting hunger” takes advantage of the<br />

increasing availability of the internet in the whole world to disseminate a<br />

variety of data. This information provides educators with teaching material to<br />

introduce their students to the topics of malnutrition and hunger.<br />

FAO’s efforts, to make this large amount of information easy accessible<br />

through the internet, aim at the assistance and provision of governments with<br />

relevant, latest and necessary information for the formulation of agricultural<br />

policy and planning in order to improve the well being and standard of living<br />

of the population. Other information contribute to the correct estimation of the<br />

food and nutrition situation and to a fast and timely intervention in emergency<br />

situations. FAO and non-governmental and civil society organizations are<br />

cooperating in areas of common interests, e.g. the condition of rural<br />

populations and production and distribution of agricultural products.<br />

Computer-based tools for educating health professionals about nutrition /<br />

Produire du matériel pédagogique interactif<br />

Steven H. Zeisel, MD, PhD<br />

McGavran-Greenberg Building, University of North Carolina, Chapel Hill,<br />

NC, USA<br />

In this lecture, we will describe how we approached the development of the<br />

successful Nutrition in Medicine CD-ROM series that is currently in use at<br />

more than 125 medical schools throughout the world. We developed, with<br />

funding assistance from the NIH and industry, a series that eventually will<br />

consist of 10 CD-ROMs (The Disease Series (Nutritional Anemias, Nutrition<br />

and Stress, Nutrition and Cancer, Diet, Obesity and Cardiovascular Disease,<br />

and Diabetes and Weight Management: Aberrations in Glucose Metabolism);<br />

the Lifecycle Series (Maternal and Infant Nutrition, Nutrition and Growth,<br />

and Nutrition for the Second Half of Life*); and the Special Topics In Nutrition<br />

Series (Nutrition Supplements and Fortified Foods*, and Sports Nutrition;<br />

ABSTRACTS<br />

those with asterisks are currently under development). Our unique approach<br />

is to immerse the user in a virtual experience that brings our information to<br />

life, we call this edutainment. Our CDs use sophisticated graphics,<br />

animations, audio and video to present an experience that makes nutrition<br />

come to life. Users enter a patient’s life and see what goes on in the doctor’s<br />

office. Rather than using a traditional structure (i.e., lectures on vitamins,<br />

minerals, lipids, protein, etc.), in each program a number of issues derived<br />

from the simulated patient’s problems are used to teach the principles of<br />

nutrition and to illustrate the interaction between nutrition and health or<br />

disease. Nutrition science is presented in a manner that makes it easy for other<br />

medical disciplines to see how this science relates intimately with their special<br />

interests. Practical clinical exercises (problem sets) that differ from the<br />

simulated patient presented in the video promote the actual use of the<br />

acquired knowledge and test the necessary skills. A formal board exam is<br />

available at the end of the program. These exercises and exams provide a<br />

convenient means for additional strengthening of the student’s knowledge<br />

base. These performance data are available to the instructors and can be used<br />

for student evaluation.<br />

The Nutrition in Medicine have the following minimum system requirements:<br />

Pentium CPU/90 MHz with 16 MB RAM; Windows 95 or NT; 4x (or greater)<br />

CD-ROM drive; Monitor capable of 640x480 resolution running thousands of<br />

colors. QuickTime and Acrobat Reader must be installed onto the hard drive,<br />

are included on the CD.<br />

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Oral Presentations: Contents<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

Abstract No. Title<br />

48 Metabolic changes on CD-ROMs<br />

Changements métaboliques sur CD-ROMs<br />

Van Damme Marie-Paule, Gould J. Univ of Monash, Australia; Livett B, Univ of Melbourne; Macaulay J, Maxwell R, Univ of<br />

Monash, Australia; Parslow G, Univ of Melbourne, Australia; Walker K, Univ of Monash, Australia<br />

57 Optimization of the nutrition quality characteristics of cowpea-fortified nixtamalized maize using computer-generated<br />

response surface models<br />

Amélioration de la qualité nutritionnelle du maïs fortifié avec légume en employant des modèles générés à l’ordinateur<br />

Afoakwa Emmanuel Ohene, Sefa-Dedeh S, Cornelius B. Univ of Ghana, Ghana<br />

71 Prospects for information technology in nutritional epidemiology in Ghana<br />

Les perspectives de la TI en nutrition épidémiologique au Ghana<br />

Owusu William, Univ of Ghana, Ghana<br />

85 A review of the use of computer and internet services in a Lagos Tertiary Institution<br />

Une revue de l’utilisation de l’ordinateur et les services internet dans une institution tertiaire à Lagos, Nigéria<br />

Olatunji-Bello Ibiyemi I, Ibegwam A, Odugbemi TO. Univ of Lagos, Nigeria<br />

87 Design, development and evaluation of a multimedia programme in anthropometry<br />

Développement et evaluation d’un programme multimédia pour l’anthropométrie<br />

Wenhold Friede AM, Wolmarans H, Nordhoff HI. Univ of Pretoria, South Africa<br />

88 Awareness and skills of the Tanzanian researchers about scientific literature searching on the internet<br />

Les connaissances et les compétences des chercheurs tanzaniens sur la recherche de l’information scientifique sur internet<br />

Msuya John M, Busaglala LSP. Sokoine Univ of Agriculture, Tanzania<br />

90 Nutrition on-line - surfing the web<br />

La nutrition en ligne - naviger sur le web<br />

Steyn Nelia P. Medical Research Council, South Africa<br />

99 Use of Electronic calculation technic for estimation of energy and nutritive value of meals planned for nutrition of young<br />

men doing military service in the Polish army<br />

Utilisation d’une technique électronique de calcul pour estimer les valeurs énergétique et nutritionnelle des plats planifiés les jeunes<br />

hommes en service militaire en Pologne<br />

Bertrandt, Jerzy, Klos A, Rozmysl. Military Inst of Hygiene and Epidemiology, Poland<br />

100 Use of Food 2.0 software in permanent monitoring of nutritive value of food rations used in nutrition of soldiers from<br />

Polish army’s special troops based on polyunsaturated fatty acids content estimation<br />

Utilisation de Food 2.0 un logiciel pour le suivi de la valeur nutritionnelle basé sur l’estimation du contenu en acides gras poly<br />

insaturés des rations alimentaires des soldats de l’armée polonaise<br />

Bertrandt, Jerzy, Rozmysl, Klos A.. Military Inst of Hygiene and Epidemiology, Poland<br />

101 Estimation of mineral elements content in meals planned for children going to military kindergartens in Warsaw based on<br />

electronic data base<br />

Détermination des minéraux des plats planifié pour les enfants des militaires allant en maternelles en Varsovie<br />

Bertrandt, Jerzy, Klos A, Rozmysl. Military Inst of Hygiene and Epidemiology, Poland<br />

102 Learning about micronutrient nutrition: a CD-ROM series for self-directed learning<br />

Apprentissage sur les micronutriments: une série de CD-ROMs à auto-apprentissage<br />

Chang M, Randall Simpson J. McMaster Univ, Canada; Boy E, Bégin F, Cervinskas J. The Micronutrient Initiative, Canada; Atkinson<br />

S. McMaster Univ, Canada<br />

104 Evolution of the South <strong>African</strong> food composition database management system<br />

Evolution du système de base de données sur la composition des aliments de l’Afrique du sud<br />

Nazeeia Sayed. Univ of Natal, South Africa; Humphreys J. Medical Res. Council, South Africa<br />

108 Is Audio Computer-Assisted Self-<strong>Inter</strong>viewing (ACASI) a feasible method for collecting sensitive information?<br />

Est-ce “l’auto-interview informatisé assisté par audio” est une méthode faisable pour la collecte de l’information sensitive?<br />

Waruru Anthony, Tylleskär Thorkild. Centre for Intenational Health, Norway<br />

109 Nutrition CD-ROM training in Africa: an appraisal of a nutrition training CD-ROM by the use of a computer assisted selfadministered<br />

questionnaire<br />

Apprentissage de nutrition en Afrique à l’aide de CD-ROM: une étude par l’usage des questionnaires administrés sur l’ordinateur<br />

Waruru Anthony, Centre for Intenational Health, Norway; Antonsson-Ogle Britta, Swedish Univ of Agric Sc, Sweden; Hambraeus<br />

Leif, Uppsala Univ, Sweden; Tylleskär Thorkild. Centre for Intenational Health, Norway


Abstracts 10/22/02 11:26 AM Page 15<br />

ABSTRACTS<br />

Abstract No. Title<br />

114 Allergy advisor: an allergy and intolerance diagnostic and management software tool<br />

Allery advisor: un logiciel pour le diagnostic et le management d’allergie et d’intolérance<br />

von Blerk Nicola L, Steinman H. Zing Solutions, South Africa<br />

115 Harmonization of nutrition training: a curriculum review 2000<br />

Harmonisation de la formation en nutrition: une revue des curricula en 2000<br />

Sibiya Thokozile E. Univ of Swaziland, Swaziland<br />

116 Using e-Nutrition to collect data on food eating patterns on the campus of the University of Zimbabwe<br />

Utilisation de e-Nutrition pour collecter les données sur les aliments consommés dans le campus de l’Université de Zimbabwe<br />

Harris Ellen W, Dept of Agriculture, United States ; Nkungula A, Univ of Zimbabwe, Zimbabwe<br />

127 <strong>Inter</strong>national micronutrient edition of CDCynergy: A guide to communication planning<br />

L’édition internationale de micro nutriment CDCynergy: un guide de planification de la communication<br />

Anderson, B 1 , Bobrow EA 1 , Parvanta I 1 , Parvanta C 2 , Brandon V 2 , Cole G 2 . Centers for Disease Control and Prevention, Division of<br />

Nutrition and Physical Activity 1 and the Office of Communication 2 , Atlanta, USA<br />

133 Rural connectivity: exploring a gateway for cassava producers, consumers and traders in Malawi<br />

Connectivité rurale: explorant un point de rencontre virtuel pour les producteurs, commerçants et consommateurs en Malawi<br />

Chiwona-Karltun Linley. Swedish Univ of Agricultural Sc, Sweden; Mataya C. Bunda College of Agric Malawi; Mkumbira J.<br />

Bvumbwe Agric Res Station, Malawi; Gullberg U. Swedish Univ of Agricultural Sc, Sweden; Rosling H Karolinska Institutet,<br />

Sweden; Jiggins J. The Netherlands<br />

135 Survey methodology and appropriate sample size for nutritional surveys in a large population: rightsize software and<br />

micronutrient malnutrition case study<br />

Etude de la méthologie et de la taille d’échantillion appropriée pour les études nutritionnelles dans une population large: le logiciel<br />

approprié et une étude de cas de malnutrition en micronutriment<br />

Sunderland Nadine, White M, Nsubuga P, Parvanta I, Knowles J. Centers for Disease Control & Prevention,USA<br />

163 Challenges in the development of food composition databases in Africa<br />

Les défis du développement de la base de données sur la composition des aliments en Afrique<br />

Makokha AO. Jomo Kenyatta Univ of Agriculture and Technology, Kenya<br />

164 The challenges of setting up an <strong>African</strong> nutrition journal<br />

Les défis de la conception d’un journal africain de nutrition<br />

Mutuku M, Oniang’o RK, Makokha AO. Jomo Kenyatta Univ of Agriculture & Technology, Kenya<br />

165 Distance Education: Masters in Nutrition programme<br />

Formation à distance: programmes de Maîtrises en Nutrition<br />

Marais Debbie, Herselman MG, Blaauw R, Visser J, Labadarios D. Univ of Stellenbosch, South Africa<br />

166 Post-graduate distance education in nutrition<br />

Formation à distance en nutrition troisième cycle<br />

Marais Debbie, Blaauw R, Labadarios D. Univ of Stellenbosch, South Africa<br />

167 The design for a self-teaching nutrition web page<br />

La conception d’un auto-apprentissage de la nutrition de la nutrition sur le web<br />

Pietersen Clint D, Labuschagne I, Du Plessis K, Woodley HM, Labadarios D. Nutrition Information Centre at the Univ of Stellenbosch<br />

(NICUS), South Africa<br />

190 Influence of new IT on food chemistry and human nutrition course for students of pharmacy in Poland<br />

L’influence de la nouvelle TI dans la formation des étudiants en pharmacie dans les cours de la chimie alimentaire et de la nutrition<br />

humaine en Pologne<br />

Schlegel-Zawadzka Malgorzata, Collegium Medicum Jagiellonian Univ; Przyslawski J. Medical Academy, Poznan; Bertrandt J, Klos<br />

A. Military Institute of Hygiene & Epidemiology, Poland<br />

194 Use of information technology to disseminate nutrition messages related to HIV/AIDS to the rural population in Malawi<br />

L’utilisation de la TI pour la diffusion des messages de nutrition sur le VIH/SIDA en milieu rural au Malawi<br />

Chawanje Chrissie M. Univ of Malawi, Malawi; Chiwona-Karltun Linley. Swedish Univ of Agricultural Sc, Sweden<br />

198 Nutrition education and the global information highway: use of on-line applications and selected packages<br />

Education nutritionnelle et le chemin global de l’information: l’usage des logiciels selectionnés et en ligne<br />

Sigot Asenath J. Maseno Univ, Kenya<br />

206 Training of health professionals in nutrition at the university of Nairobi, Kenya: Opportunities and challenges in the use<br />

of information technology<br />

Formation des professionnels de la santé en nutrition à l’université de Nairobi, Kenya: Opportunités et défis de la TI<br />

Thuita Faith. Nairobi, Kenya<br />

207 Nutrition networking in <strong>African</strong> countries <strong>2002</strong><br />

Réseaux de nutrition dans les pays africains en <strong>2002</strong><br />

Bukania Zipporah N. College of Agric and Veterinary Studies, Univ of Nairobi, Kenya<br />

208 Use of the Malian food composition table and database for further development of exchange software to use in West Africa<br />

countries<br />

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<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

Abstract No. Title<br />

Utilisation de la base de données sur la composition des aliments du Mali en vue de développer un logiciel d’échange pour les pays de<br />

l’Afrique de l’Ouest<br />

Barikmo Ingrid. Akershus Univ College, Norway; Quattara F Institut National e Recherche en Santé Publique, Mali; Osaug A.<br />

Akershus Univ College, Norway<br />

<strong>21</strong>0 Paediatrics database to improve the clinical care and research at the university teaching hospital in Lusaka, Zambia<br />

Base de données en pédiatrie pour améliorer les soins cliniques et la recherche au Centre Hospitalier Universitaire à Lusaka, Zambia<br />

Bhat Ganapati, Kankasa C, Campbell J, Tumeo R, Bwale J. School of Medicine & Univ Teaching Hosp, Zambia; Hirota M. JICA PHC<br />

Project, LDHMT, Zambia; Mitchell C, Klaskala W. Univ of Miami School of Med, Miami, USA<br />

<strong>21</strong>1 Information communication technology: challenges and prospects for delivery of nutrition education amongst rural<br />

communities in Kenya<br />

La TI et de la communication: Défis et perspectives pour une éducation nutritionnelle des communautés rurales au Kenya<br />

Wagah Margaret Akinyi, Kenyatta Univ, Kenya<br />

<strong>21</strong>4 Information technology as pertains to food science and nutrition in Eastern Nigeria<br />

La TI en relation avec les aliments et la nutrition au Nigeria de l’Est<br />

Nneoma Elechi Nyelucheya. Lagos State School of Nursing, Nigeria<br />

<strong>21</strong>7 <strong>Inter</strong>national micronutrient edition of CDCynergy: A guide to communication planning<br />

L’édition internationale de micro nutriment CDCynergy: un guide de planification de la communication<br />

Anderson, B (1), Bobrow AE (1), Parvanta I (1), Parvanta C (2), Brandon V (2), Cole G (2).<br />

Centers for Disease Control and Prevention, Division of Nutrition and Physical Activity (1) and the Office of Communication (2),<br />

Atlanta, USA<br />

2<strong>21</strong> Nestlé Nutrition Institute Africa: CPD initiative<br />

L’institut de nutrition de Nestlé: L’initiative CPD<br />

de Beer Anne-Marié. Nestlé Nutrition Institute Africa, South Africa ; Blaauw R. Univ. of Stellenbosch, South Africa.<br />

222 Computer-aided learning in disadvantaged communities in the Southern Cape and Karoo: a nutrition education initiative<br />

Apprentissage à l’aide d’ordinateur des communautés défavorisées dans le sud de Cape et Karoo: une initiative d’éducation<br />

nutritionnelle<br />

Marais Debbie. Univ of Stellenbosch, South Africa; Venter I. School of Life Sc, Cape Technikon, South Africa; De Muynk R, Shedden<br />

A.Western Cape Education Department, South Africa.<br />

225 MAPit - micronutrient action plan instructional tool. A computer-based training tool about micronutrient malnutrition<br />

<strong>2002</strong><br />

MAPit - un outil d’instruction pour le plan d’action en micronutriment - un outil informatique de formation sur la malnutrition en<br />

micronutriment en <strong>2002</strong><br />

Elbon Suzanne M, Knowles J, Bobrow EA, Timmer A, Nsubuga P. Centers for Disease Control & Prevention, USA<br />

226 Web-based nutrition education material for undergraduate students - a product of Global Nutrition 2001<br />

Matériaux pédagogiques basés sur le web pour des étudiants universitaires un produit de Global Nutrition 2001<br />

Joseph Bobby. St John’s Medical College, India<br />

228 Web-based nutrition courses: case study from first nations and inuit communities in Northern Canada<br />

Cours de nutrition basés sur le web: une étude de cas des communautés inuit au Canada du Nord<br />

Johns Timothy, Trifonopoulos M, Martin J, Hamilton S, Collier A, Kishchuk N, Kuhnlein HV. Macdonald Campus of McGill Univ,<br />

Canada; De Roose E. Government of the Northwest Territories, Canada<br />

229 A wellness on-line program (WOLP) between Australia and Malaysia<br />

Un logiciel on-line de bine-être entre Australie et Malaysia<br />

Omar Azizah, Wahlqvist M, Savige G, Kouris-Blazos A. Monash Univ, Australia<br />

230 IT and nutrition education in Africa <strong>2002</strong><br />

La TI et l’éducation nutritionnelle en <strong>2002</strong> en Afrique<br />

Kilungu OM. Kenyatta Univ, Kenya<br />

232 The impact of HIV/AIDS on communal and commercial farming communities in Namibia<br />

L’impact de VIH/SIDA sur les communautés paysannes commerçantes en Namibie<br />

Iipinge Scholastika N. Univ of Namibia, Namibia<br />

<strong>24</strong>7 Development of nutrition policy analysis and advocacy in Nigeria using PROFILES<br />

Développement d’une politique nutritionnelle au Nigeria par l’usage de PROFILES<br />

Oguntona, Tunde. Univ of Agriculture, Abeokuta, Nigeria; Aminu Francis, Williams Abimbola. BASICS II, Nigeria; Aguayo Victor.<br />

HKI Africa<br />

<strong>24</strong>8 Microbiological contamination of household food and water in displaced areas in Sudan<br />

Contamination micro-biologique de l’eau et des denrées alimentaires des foyers des populations déplacées au Soudan<br />

Osman, Faiza Univ of Khartoum, Sudan<br />

<strong>24</strong>9 Nutrition in Africa in a global economy: perspectives, challenges and opportunities<br />

Nutrition en Afrique dans une économie globale: perspectives, défis et opportunités<br />

Kinabo Joyce. Sokoine Univ of Agriculture, Tanzania


Abstracts 10/22/02 11:26 AM Page 17<br />

ABSTRACT NO. 48. Metabolic challenges on CD-ROMs<br />

Van Damme M-P1 , Gould J1 , Livett B3 , Macaulay J1 , Maxwell R1 , Parslow G3 ,<br />

Walker K2 1 Department of Biochemistry and Molecular Biology<br />

2 Department of Medicine, Faculty of Medicine, Monash University 3800<br />

3 Department of Biochemistry and Molecular Biology, Faculty of Medicine, University<br />

of Melbourne 3010, Victoria, Australia<br />

As a way of engaging students more actively in their learning, we have created<br />

for undergraduate students multimedia presentations that have been<br />

compiled in two CD-ROMs “Biochemistry- A Metabolic Challenge” and<br />

“Nutritional and Hormonal Aspects of Diabetes”. These multimedia<br />

presentations offer:<br />

1. “Self-Directed Learning activities” through interactive tutorials on various<br />

aspects of metabolism, nutrition and diabetes. The tutorials serve as<br />

information resources and the information can be accessed through a<br />

comprehensive “Index of Topics”.<br />

2. Problems-solving exercises that relate to catabolic processes associated<br />

with long distance running and to anabolic processes associated with the<br />

follow-up consumption of a meal. These exercises are question/problem<br />

based and interactive, requiring students to think logically and integrate<br />

information drawn from a variety of sources.<br />

3. <strong>Inter</strong>active overviews that help students correlate metabolic events<br />

occurring in various tissues/organs under various energy states (after a<br />

meal, between meals and during starvation).<br />

4. Case studies to teach students to apply their knowledge to clinical cases,<br />

such as “The effects of alcohol on metabolism”. “Type 1 and type 2<br />

diabetes” and “Dietary therapy for type 2 diabetes”. In these case studies,<br />

the students play the role of dieticians.<br />

These multimedia presentations help students to obtain a broader<br />

understanding of the “Big Picture” of metabolism and the metabolic effects of<br />

nutrition, concepts that are difficult to convey to students in a formal lecture<br />

context. Therefore, students become more active in, and responsible for, their<br />

learning. Surveys have shown that use of the programs translates into marked<br />

improvement of student comprehension and enjoyment of the topics.<br />

To create a more flexible student-centered learning environment we have<br />

integrated these CDs with web-based material. This material contains: lecture<br />

notes (in Power-Point) with direct links to specific aspects of the CDs, on-line<br />

discussion, case studies, as well as assessment and quizzes to provide students<br />

with opportunities for immediate feedback without major impact on staff<br />

time. The web-based material enables better integration of the different<br />

components of the subject material and results in an improvement in the<br />

quality and productivity of students’ learning as well as in their attitudes to<br />

learning.<br />

e-mail address: Marie-Paule.Vandamme@med.monash.edu.au<br />

ABSTRACT NO. 57. Optimization of the nutritional quality characteristics<br />

of cowpea-fortified nixtamalized maize using computer-generated response<br />

surface models<br />

Afoakwa EO, Sefa-Dedeh S, Cornelius B<br />

Department of Nutrition & Food Science, University of Ghana, P. O. Box LG 134,<br />

Legon-Accra, Ghana.<br />

The high utilization and consumption levels of maize in developing countries calls<br />

for investigations into new methods of processing to help introduce variety as well<br />

as improve the functionality and nutrient quality of maize-based foods.<br />

Our objective was to optimize the chemical and functional quality characteristics of<br />

fermented cowpea-fortified nixtamalized maize using computer-generated<br />

response surface models obtained from Statgraphics, an IT software. The central<br />

composite rotatable design for K = 3 was used to optimize the combined effect of<br />

lime concentration (0 - 1%), moisture content (55 - 65%) and cowpea level (0 - 30%)<br />

on the pH, titratable acidity, water absorption, texture, protein and viscosity of<br />

fermented nixtamalized maize. Regression models were developed to predict the<br />

variables which were used to optimize the product quality during processing.<br />

The response surface models generated aided the optimization of the processing<br />

conditions as well as the nutritional quality characteristics of the product. The<br />

presence of lime and cowpea influenced the pH, titratable acidity, water<br />

absorption, protein content and the cooked paste viscosity of the fermented<br />

cowpea-fortified maize. The presence of lime during fermentation generally<br />

decreased titratable acidity, water absorption, work required to back extrude an<br />

amount of cooked slurry (texture) and cooked paste viscosity while the addition of<br />

cowpea increased most of the studied indices.<br />

Information technology systems can therefore be used to optimize the nutritional<br />

quality characteristics of nixtamalized maize using response surface models,<br />

with optimum acceptable product quality characteristics.<br />

ABSTRACTS<br />

ABSTRACT NO. 71. PROSPECTS FOR INFORMATION TECHNOLOGY<br />

IN NUTRITIONAL EPIDEMIOLOGY IN GHANA<br />

William Owusu<br />

University of Ghana, Ghana<br />

The disease patterns in Ghana, like other West <strong>African</strong> countries have for a<br />

long time been that of infectious diseases and under-nutrition in both adults<br />

and children. However, with the current trends in modernization, changes in<br />

eating patterns and lifestyle among segments of the population, there appears<br />

to be an increasing trend in the incidence of complicated, costly-to-manage<br />

chronic diseases such as cancer, diabetes, heart disease, bone fractures, among<br />

others, that are related to diet and lifestyle. For example, in Ghana, the<br />

prevalence of diabetes has increased from less than 1% a decade ago to over<br />

4% now, while that of hypertension among those above 45 y of age increased<br />

from 1.2% in 1985 to 2.5% in 1999. There is therefore the urgent need for us to<br />

have a better understanding of the relationships among our dietary intakes,<br />

lifestyle, and the incidence of these diseases, as has been widely done in<br />

certain developed (temperate) countries, to provide us with useful clues for<br />

better policies for diet-related chronic degenerative disease prevention and<br />

public health. Dietary studies in Ghana (and West Africa) are seriously limited<br />

by the lack of efficient and appropriate facilities for the collection and analyses<br />

of dietary data. This limits the amount of data that can be collected and<br />

analyzed. As a result, few nutritional epidemiological studies have been<br />

carried out in the country and the sub-region. This presentation reviews the<br />

trends of the incidence of some chronic diseases in Ghana (and West Africa)<br />

over the past decade, re-emphasizes the need, and assesses the potential, to<br />

develop national and sub-regional computerized food composition databases<br />

as the basis for developing and utilising the significant potential of IT in<br />

dietary assessment in nutritional epidemiological studies.<br />

ABSTRACT NO. 85. A review of the use of computer and <strong>Inter</strong>net services<br />

in a Lagos tertiary institution<br />

Olatunji-Bello II 1 , Ibegwam A 2 , Odugbemi TO 3<br />

1 Department of Physiology<br />

2 Medical Library<br />

3 Department of Medical Microbiology and Parasitology<br />

College of Medicine of the University of Lagos, P. M. B. 12003, Lagos<br />

The availability of information on medicine and related subjects cannot be<br />

over estimated on the <strong>Inter</strong>net. Some tertiary institutions in most of the<br />

developing countries, in particular Nigeria, do not have access to the <strong>Inter</strong>net.<br />

This may be due to the high cost of the <strong>Inter</strong>net connectivity, inadequate basic<br />

infrastructure and also to the lack of knowledge on the use of the computer<br />

and <strong>Inter</strong>net. The penetration of computers and <strong>Inter</strong>net technology into all<br />

corners of professional life will influence the way students and members of<br />

staff communicate and work. This article presents basic information on the<br />

application of <strong>Inter</strong>net in the fields of medicine, nutrition and health and<br />

furthermore identifies the attitude of students and staff of the College of<br />

Medicine of the University of Lagos (CMUL) to the newly introduced<br />

computer Laboratory and <strong>Inter</strong>net Services. The CMUL is a modern tertiary<br />

institution, situated in Lagos, Southwest Nigeria.<br />

The methodology employed in this study was stratified distribution of<br />

questionnaires to both students and members of staff of different categories.<br />

The knowledge of the existence of the Computer laboratory and <strong>Inter</strong>net<br />

services on the third floor of the Medical Library was sought, and previous<br />

computer experience was sought. The attitude of users to current price charge,<br />

location as well as the staff providing the services was also studied.<br />

The major findings indicate that many were computer literate and also users<br />

of the services provided in the CMUL. The major activity performed on the<br />

<strong>Inter</strong>net was e-mail. This study shows the need to introduce measures for<br />

improved services like eliminating the telephone dialing time delay and<br />

power outages from public electric supply.<br />

ABSTRACT NO. 87. DESIGN, DEVELOPMENT AND EVALUATION OF A<br />

MULTIMEDIA PROGRAMME IN ANTHROPOMETRY<br />

Wenhold FAM (1) , Wolmarans H (2) , Nordhoff HI (3)<br />

University of Pretoria, 0001 Pretoria, South Africa .<br />

(1) Division of Human Nutrition<br />

(2) Telematic Learning and Education Innovation<br />

(3) Centre for Science Education<br />

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Abstracts 10/22/02 11:26 AM Page 18<br />

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Based on Merrill’s Model for Instructional Design, a multimedia tutorial,<br />

including a skills and reference manual, on anthropometry for university level<br />

health science students was designed, developed and evaluated.<br />

For the design, the course content was analysed in terms of Merrill’s “tell”,<br />

“show”, “ask” and “do”, following problem-based learning theory. A step-bystep<br />

guide on the practice of anthropometric evaluation forms the core of a<br />

tutorial, in which knowledge is presented, explored and practiced with<br />

decreasing instructional support, focusing on examples, exercises and guided<br />

problem solving with expert opinion when needed. A child or an adult casestudy<br />

are possible starting points. In addition, a measuring skills manual,<br />

divided into equipment and technique sections, was designed. Finally, a<br />

reference manual, representing a data-base of charts and tables of reference<br />

standards, norms and formulae, was compiled.<br />

Using Quest and CD-ROM as delivery system, the development aimed to<br />

allow learner choice, interactivity and flexibility. Apart from continuous access<br />

to the tutorial, measuring skills and reference manuals, the user/learner can<br />

draw on notebook, calculator, search, help and print functions. Links to webbased<br />

and other reference data and training modules are available.<br />

Photography, video, animation, graphics and sound aim to enhance learning.<br />

After testing by third year dietetic students, formal formative evaluation,<br />

consisting of a quantitative and a qualitative component, was performed,<br />

using a structured questionnaire and a videotaped group discussion<br />

respectively. Subject and education experts also provided feedback.<br />

Adjustments were made and Merrill’s five-star rating completed the<br />

evaluation. Trial implementation and ongoing updating and upgrading will<br />

follow.<br />

ABSTRACT NO. 88. Awareness and skills of the Tanzanian researchers<br />

about scientific literature searching on the <strong>Inter</strong>net<br />

Busagala LSP, Msuya JM<br />

Sokoine University of Agriculture (SUA), P.O.BOX 3006 Morogoro, Tanzania<br />

This paper is based on a study that was undertaken to assess awareness and<br />

skills of Tanzanian researchers on scientific literature searching on the <strong>Inter</strong>net.<br />

The study did involve researchers working in two public universities in<br />

Tanzania, namely Sokoine University of Agriculture (SUA) and University of<br />

Dar es Salaam whereby the target group was all academic and research staff<br />

together with postgraduate students. Random and purposive sampling was<br />

done to select a total of 140 respondents (70 from each University) from<br />

various faculties, departments and institutes. A structured self-administered<br />

questionnaire was used to collect data. Of the 140 respondents that were<br />

contacted, only 91 were able to respond on time. Computerised SPSS<br />

programme was used to process and analyse the data.<br />

Results showed that most of the respondents (92%) were using the <strong>Inter</strong>net in<br />

searching for scientific literature. In assessing the extent of use, more than half<br />

(56%) of those using the <strong>Inter</strong>net indicated that they were using it frequently.<br />

On the other hand, about 30% were not frequent users while 14% indicated to<br />

use the <strong>Inter</strong>net very frequent. Further analysis of the respondents showed<br />

that 66 of them (73%) have heard of Search Engines although only about 65%<br />

understood their roles. Only few of the respondents (29%) had the knowledge<br />

of Query Formulation while 71% did not have the knowledge. More than half<br />

(56%) of the surveyed respondents indicated that in searching for scientific<br />

literature in the <strong>Inter</strong>net they were getting a lot of irrelevant information while<br />

12% showed that they were only obtaining results with limited information.<br />

However, the rest of the surveyed researchers (32%) admitted to get the<br />

needed literature without difficult. Results also indicated that Yahoo was the<br />

most popular Search Engine used by 67% of the respondents. Other Search<br />

Engines that were also popular included Google (50%), Alta Vista (44%), Excite<br />

(19%), Lycos (18%) and Infoseek (15%). The rest of the <strong>Inter</strong>net Search Engines<br />

were less popular among the surveyed researchers.<br />

It seems therefore that although scientific literature searching on the <strong>Inter</strong>net<br />

has become an indispensable service among researchers in Tanzanian<br />

universities, a good number of them have limited searching skills. The<br />

situation calls for an agent need to impart knowledge to the electronic<br />

information users in the country by introducing basic training on information<br />

searching to academicians to be able to match with the technological<br />

development. Initiatives such as ITANA and Global 2000 have therefore come<br />

on time and are very much welcome. It would be a good idea, however, if the<br />

training were incorporated in the University teaching curricula and even in<br />

secondary school education.<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

ABSTRACT NO. 90. NUTRITION ON LINE — SURFING THE WEB<br />

Steyn NP<br />

CDL, Medical Research Council, PO Box 19070, Tygerberg, 7505, RSA<br />

The <strong>Inter</strong>net has made a significant contribution to the way in which nutrition<br />

researchers access knowledge and keep up to date with the latest information<br />

available. This is largely due to two unique features of the <strong>Inter</strong>net: its<br />

universal availability of information and the fact that it is independent of<br />

distance. Helman (2000) has compiled an excellent summary of both E-mail<br />

and web-based nutrition applications, which will be presented together with<br />

additional “ hot” websites, guides and search engines. Health professionals<br />

will be introduced to the Arbor Clinical Nutrition Update, which contains<br />

weekly summaries on the latest clinical nutrition research.<br />

Portal sites such as the US National Agricultural Library provide detailed and<br />

current information on what is available on the <strong>Inter</strong>net. Institutional home<br />

pages provide information on “nutrition related” institutions and<br />

organisations. A few that provide a wealth of nutrition information include the<br />

USA Department of Agriculture and the Food and Agriculture Organisation (FAO),<br />

and the Medical Research Council of South Africa, which presents The South<br />

<strong>African</strong> National Food Consumption Survey. Useful <strong>Inter</strong>net applications for<br />

nutrition researchers are the numerous journal services online, in many<br />

instances free of charge. Well known services include those of Pubmed and<br />

Grateful Med. Both of these can be accessed to undertake extensive literature<br />

searches on any nutrition subject.<br />

Some individual journals also offer immediately accessible articles in full<br />

text or in abstract form. The best known of these are the British Medical Journal<br />

and the American Journal of Clinical Nutrition. A more recent trend is the<br />

concept of publishing articles on the <strong>Inter</strong>net prior to their acceptance by the<br />

printed journal. This has allowed democratisation of the whole peer-reviewed<br />

process and heralds a new era in publishing research quickly and<br />

transparently. Biomedcentral is one such website which can be used by anyone<br />

who wishes to place a paper. Current information on local South <strong>African</strong><br />

websites will also be presented (eg. ADSA and SASPEN).<br />

ABSTRACT NO. 99. USE OF ELECTRONIC CALCULATION TECHNIQUE<br />

FOR ESTIMATION OF ENERGY AND NUTRITIVE VALUE OF MEALS<br />

PLANNED FOR NUTRITON OF YOUNG MEN DOING MILITARY<br />

SERVICE IN POLISH ARMY<br />

Klos A, Bertrandt J, Rozmysl E<br />

Military Institute of Hygiene and Epidemiology, 4 Kozielska St., Warsaw, Poland<br />

The aim of the work was use of calculation software FOOD 2, for estimation<br />

of energy and nutritive value of daily food rations planned in nutrition of men<br />

doing military service. The latest edition of "Tables of food products<br />

composition and nutritive value" was the base of this calculation. Obtained<br />

results are shown below.<br />

Values calculated by Values declared in Norm: FOOD 2<br />

FOOD 2 software the norm in %<br />

Energy value [kcal] 4257 95,6<br />

Total protein [g] 134,2 139,7 104,1<br />

Fats [g] 149,8 142,6 95,2<br />

Carbohydrates [g] 691,2 603,2 87,3<br />

Calcium [mg] 1090 1237,5 113,5<br />

Phosphor [mg] 2395 2394,6 100<br />

Magnesium [mg] 656 564,7 87<br />

Iron [mg] 22,5 35,65 158,4<br />

Cellulose [µg] 55,2 68,5 1<strong>24</strong>,1<br />

Vitamin A [m] 1865 1380 74<br />

Vitamin B1 [mg] 3,09 2,94 05,2<br />

Vitamin B2 [mg] 2,66 2,65 100<br />

Vitamin C [mg] 181,1 99,3 54,8<br />

It should be underlined that used calculation software FOOD 2 allows<br />

estimation of content of mineral elements (sodium, potassium, zinc, copper<br />

and manganese), vitamin E, fatty acids including essential unsaturated fatty<br />

acids and amino acids important for human health.


Abstracts 10/22/02 11:26 AM Page 19<br />

ABSTRACT NO. 100. USE OF FOOD 2.0. SOFTWARE IN PERMANENT<br />

MONITORING OF NUTRITIVE VALUE OF FOOD RATIONS USED IN<br />

NUTRITION OF SOLDIERS FROM POLISH ARMY’S SPECIAL TROOPS<br />

BASED ON POLYUNSATURATED FATTY ACIDS CONTENT<br />

ESTIMATION<br />

Rozmysl E, Bertrandt J, Klos A<br />

Military Institute of Hygiene and Epidemiology, 4 Kozielska St., Warsaw, Poland<br />

Permanent monitoring of nutrition manner is particularly important for<br />

soldiers doing military service. Soldiers make a group of young men whose<br />

organism development is not finished completely and physical and psychical<br />

load are huge. Computer technology is most often used for nutrition<br />

monitoring. Results of performed researches on estimation of fats’ content and<br />

structure in daily food rations (DFR) planned for soldiers from special troops<br />

in Polish Army nutrition are presented in this work.<br />

Total of 69 DFR planned for nutrition in particular seasons (spring, summer,<br />

autumn, winter) were the base for the researches. Calculation software FOOD<br />

2.0. (1998) issued by Institute of Food and Feeding was used for calculations<br />

of fats’ content and structure. Researches results allow concluding that total<br />

fats level in analyzed DFR is in accordance to nutrition norms. Fats delivered<br />

in an average 28,0% of entire energy, differentiating seasonally from 25,2% in<br />

spring to 31,2 % in autumn. Contribution of energy from saturated fatty acids<br />

slightly exceeded recommended norms and amounted in an average 10,6%<br />

(from 9,9% in spring to 11,4% in autumn). Level of energy coming from<br />

polyunsaturated fatty acids in DFR, amounting in an average 4,5%, in every<br />

examined season met the required minimum, i.e. 3% (from 3,9% in spring to<br />

5,0% in summer). The EPA and DHA fatty aids together delivered in an<br />

average 0,10% of total food ration’s energy, seasonally. During summer and<br />

winter these values were as follows: 0,05% and 0,06%, and did not meet the<br />

required minimum i.e. 0,07% food ration’s energy.<br />

Ratio of n-6 and n-3 fatty acids was close to recommended values and<br />

amounted from 5,9:1 in autumn to 7,7:1 in summer.<br />

ABSTRACT NO. 101. ESTIMATION OF MINERAL ELEMENTS<br />

CONTENT IN MEALS PLANNED FOR CHILDREN GOING TO<br />

MILITARY KINDERGARTENS IN WARSAW BASED ON ELECTRONIC<br />

DATA BASE<br />

Bertrandt J, Klos A, Rozmysl E<br />

Military Institute of Hygiene and Epidemiology, 4 Kozielska St., Warsaw, Poland<br />

The aim of the work was utilization of computer calculation software to<br />

estimate content of selected mineral elements in meals planned for children in<br />

kindergartens. To estimate content of sodium, potassium, calcium,<br />

phosphorus, magnesium, iron, zinc, copper and manganese the calculation<br />

software FOOD 2, which is based on "Food Composition Tables" and<br />

"Statistica" program for statistic estimation of obtained results were used.<br />

Obtained results were compared to obligatory in Poland norm for children<br />

aged 3-6. It was found that average sodium content planned in daily food<br />

rations was 1365,5±374 mg, potassium <strong>24</strong>81,1±351 mg, calcium 504,9±111,1<br />

mg, phosphorus 810,2±108 mg, magnesium 184,0±mg, iron 7,8±2,1 mg, zinc<br />

6,8±1,5 mg, copper 0,83±0,13 mg and manganese 2,18±0,7 mg. From among<br />

analyzed mineral elements calcium content met the requirements in 84,1%,<br />

and zinc in 90,7%. Exceeded sodium and potassium content was found in<br />

planned rations compared to the norm. Content of other elements met the<br />

requirements for children alimentation.<br />

ABSTRACT NO. 102. Learning about micronutrient nutrition: A CD-ROM<br />

series for self-directed learning<br />

Chang M1 , Simpson J Randall1, Boy E2 , Bégin F2 , Cervinskas J2 , S Atkinson1 1 Department of Pediatrics, McMaster University, Hamilton, Ontario, L8N 3Z5<br />

Canada<br />

2 The Micronutrient Initiative, Ottawa, Ontario, K1G 3H9 Canada.<br />

Micronutrient deficiencies affect millions worldwide, including many living in<br />

Africa. The devastating health and economic outcomes are preventable<br />

through a variety of coordinated intervention strategies, including education<br />

of future health professionals in affected countries. As an effort to strengthen<br />

education as a means of eliminating micronutrient malnutrition, the<br />

Micronutrient Initiative collaborated with McMaster University to produce a<br />

three-part series of CD-ROMs for use in training health professionals at the<br />

undergraduate level in developing countries. Each CD-ROM addresses one of<br />

ABSTRACTS<br />

the three most prevalent micronutrient deficiencies worldwide: Iodine<br />

Deficiency Disorders, Vitamin A Deficiency, and Iron Deficiency.<br />

The contents of the CD-ROMs are developed based on current scientific<br />

literature, technical reports from the World Health Organization and other<br />

agencies, input from experts in micronutrient nutrition, and from students at<br />

international partner institutions. Each CD-ROM introduces the user to the<br />

biology, clinical aspects, community-based control strategies of a<br />

micronutrient deficiency, and a case scenario facilitates learning in problembased<br />

format. Text in concise point form, diagrams, graphs, and photographs<br />

are incorporated. Users can click the hypertext to view definitions for key<br />

terms and detailed information in pop-up windows, a quiz at the end of each<br />

section that scores at the click of a button allows for self-evaluation of<br />

knowledge. A users’ guide accompanies each CD-ROM and provides<br />

suggestions on how to use this tool to supplement existing curricula and for<br />

self-directed learning. This CD-ROM series is available to individuals and<br />

institutions in developing countries free of charge. (Funded by The<br />

Micronutrient Initiative.)<br />

ABSTRACT NO. 104. EVOLUTION OF THE SOUTH AFRICAN FOOD<br />

COMPOSITION DATABASE MANAGEMENT SYSTEM<br />

Sayed N 1 , Humphreys J 2<br />

1 Dietetics and Human Nutrition, University of Natal<br />

2 Nutrition <strong>Inter</strong>vention Unit, Medical Research Council<br />

A handwritten chart, drafted by dietitians at the Medical Research Council<br />

(MRC) in the 1970s to meet in-house research needs, heralded the first South<br />

<strong>African</strong> Food Composition Database. In the 1980s, as the demand for food<br />

composition data (FCD) and a printed food composition table (FCT) grew, the<br />

expanded FCD (borrowed largely from the USDA database) was<br />

computerised using the SAS system. This recorded a food code, food name,<br />

food group, a main reference for the data, the nutrient name, and nutrient<br />

value. In the mid-1990s, mandated with the task to update the database with<br />

the new South Africa data on fruit and vegetables, the dietitians at the MRC<br />

begun working on a new system to comprehensively document FCD<br />

compilation information. This development process was enhanced with the<br />

advent of South Africa into the international research scene, enabling sharing<br />

of expertise and learning from other compilers’ experiences. Working with an<br />

in-house computer programmer at the MRC, a relational database<br />

management system was set up using Microsoft Access. Visual Basic<br />

programming was used to customize the database functionalities. In<br />

consultation with INFOODS, a food description system and new<br />

ECSAFOODS food grouping system was adopted. Other features of the<br />

system include: a reference and source type for each nutrient, a record of all<br />

calculations done, integrity tests to check data compilation, a recipe<br />

calculation feature, data export facility, and standardized report formats to<br />

assist in the preparation of FCTs. In 2000, a user manual for SAFOODS (South<br />

<strong>African</strong> Food Composition Database Management System) was drafted.<br />

Further developmental plans include incorporation of TAGNAMES.<br />

SAFOODS has the potential to assist with food data compilation and facilitate<br />

data interchange in the ECSAFOODS region.<br />

ABSTRACT NO. 108. IS AUDIO COMPUTER-ASSISTED SELF-<br />

INTERVIEWING (ACASI) A FEASIBLE METHOD FOR COLLECTING<br />

SENSITIVE INFORMATION?<br />

Waruru Anthony, Tylleskär Thorkild<br />

Centre for <strong>Inter</strong>national Health, Armauer Hansen Building, N-50<strong>21</strong> Bergen, Norway,<br />

The latest advances in decreasing mother-to-child transmission of HIV by<br />

dosing anti-retroviral drugs at delivery has led to a situation where an<br />

increasing number of mothers are aware of their HIV-positive status and at the<br />

same time they know their child is likely not to be infected. Since the HIV can<br />

be transmitted in the postnatal period through breastfeeding, the ethical<br />

dilemma of whether these mothers should breast-feed or not is now<br />

challenging the scientific community. There is a need to collect reliable<br />

information on infant feeding practices in resource poor settings within the<br />

context of HIV. Face to face interviewing has obvious limitations due to the<br />

sensitive nature of the questions. In addition, the information may be flawed<br />

due to socially desirable responses. Such questions call for less intrusive<br />

methods of interviewing. We are going to explore the use of Audio-Computer<br />

Assisted Self-administered <strong>Inter</strong>viewing (ACASI) and compare it with face-toface<br />

interviewing.<br />

S19


Abstracts 10/22/02 11:26 AM Page 20<br />

S20<br />

Audio-Computer Assisted Self-administered <strong>Inter</strong>viewing is an interview<br />

method where the person to be interviewed sits in a quiet place on her/his<br />

own in front of a laptop with a headset. The questions will be displayed on the<br />

computer screen and simultaneously listened to in the appropriate local<br />

language via the headset with simple answering instructions where the<br />

interviewed person only presses designated keys. The feasibility of ACASI<br />

will be evaluated and results from the data collection method will be<br />

compared with traditional face-to-face interviewing.<br />

ABSTRACT NO. 109. NUTRITION CD-ROM TRAINING IN AFRICA: AN<br />

APPRAISAL OF A NUTRITION TRAINING CD-ROM BY THE USE OF A<br />

COMPUTER ASSISTED SELF-ADMINISTERED QUESTIONNAIRE<br />

Waruru Anthony1 , Antonsson-Ogle Britta 2 , Hambraeus Leif3 , Tylleskär<br />

Thorkild1 .<br />

1Centre for <strong>Inter</strong>national Health, Armauer Hansen Building, N-50<strong>21</strong> Bergen, Norway<br />

2Dept of Rural Development Studies, Swedish University of Agricultural Sciences,<br />

Sweden<br />

3Dept of Medical Sciences, Uppsala University, Sweden<br />

Two CD-ROMs (Nutrition in Africa 1 and 2) for nutrition training of<br />

undergraduates were developed by nutrition professionals from Africa during<br />

a training programme in Sweden. We wanted to know how the use of CD-<br />

ROMs in training compared to traditional methods; the impact of the<br />

difference(s) on learning; and its usability.<br />

Using computer assisted self-administered interviewing (CASI), this study<br />

evaluated the usability of the CD-ROM ‘Nutrition in Africa 1’ with respondents<br />

from Uppsala (Sweden), Egerton and Kenyatta (Kenya), and Bergen (Norway)<br />

Universities. <strong>Inter</strong>activity, ease of using the program and the respondents’<br />

multimedia preferences were measures for usability. Ease to revisit topics was<br />

a reason for preference of CD-ROMs to books (30/38) and most (27/38) still<br />

found it necessary to refer to books after using CD-ROMs. The narrator’s voice<br />

(32/38), better graphics (36/38), case scenarios (36/38), quizzes (36/38), and<br />

interactivity indicated preference of CD-ROMs. Ability to revisit topics was<br />

convenient in absence of the teacher. Hyperlinked multimedia elements such<br />

as the narrator’s voice, graphics, and pictures make multimedia programs a<br />

richer learning experience. <strong>Inter</strong>activity, achieved by case scenarios, popquizzes<br />

and other learning activities is an indispensable feature of CD-ROM<br />

mediated learning. However, the instructor’s presence is still needed to<br />

facilitate the discursive learning process.<br />

We conclude that multimedia CD-ROMs bridge the information gap, and are<br />

feasible instructional tools even in Africa. They are complementary and the<br />

instructor facilitates the learning process. Computer assisted self-administered<br />

interviewing is a viable method of data collection.<br />

ABSTRACT NO. 114. Allergy Advisor: an allergy and intolerance<br />

Diagnostic and Management Software Tool<br />

Steinman H, Von Blerk Nl<br />

PO Box 565, Milnerton 7435, South Africa<br />

Allergy Advisor is an informatics bridge between the growing body of<br />

research on allergies and intolerances, and the growing incidence of allergies<br />

and intolerances seen in clinical practice. This bridge is made particularly<br />

necessary because of the generally limited time spent on the subject in<br />

classrooms. The computer programme brings the large body of research into<br />

use through guiding and expanding the patient interview and follow-up.<br />

Allergy advisor uses parts of the patient interview, particularly reports of<br />

adverse reactions to food and other substances, and by a series of steps helps<br />

provide a complete picture of both the patient’s condition and the proper<br />

treatment. The steps lead to information on whether a reaction is common or<br />

even known at all, whether the reaction is likely to be an allergy or intolerance,<br />

what constituent of the food or substance is likely to be the cause of the<br />

reaction, and whether cross-reactions are likely.<br />

Further investigations are facilitated by the programme (e.g. CAP-RAST codes<br />

and information on an elimination diet are provided). Post-diagnosis<br />

management facilities include “free-from” diets, substitutes and recipes, and<br />

lists of hidden allergens. At this point the programme incorporates research on<br />

the most effective management practices.<br />

Allergy advisor can also be seen as a research and teaching aid inasmuch as it<br />

is a structured and interactive guide to the field of allergies and intolerances.<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

ABSTRACT NO. 115. HARMONIZATION OF NUTRITION TRAINING: A<br />

CURRICULUM REVIEW, 2000<br />

Sibiya TE<br />

University of Swaziland, PO Luyengo, Swaziland<br />

The need to reconceptualize the content, context and processes in terms of,<br />

training, research and service delivery through harmonization of Nutrition<br />

training expressed at various fora <strong>Inter</strong>national <strong>Conference</strong> on Nutrition (ICN<br />

1992) and the commonwealth Regional Health Community Secretariat for East<br />

and Central <strong>African</strong> (CRHC-ECSA, 1997). Swaziland, like many developing<br />

countries is nutritionally vulnerable, and therefore one strategy that can<br />

improve quality service in nutrition is to provide a comprehensive curriculum<br />

that will ensure training programmes and performance management<br />

strategies that will promote healthy sustainable nutrition throughout the<br />

country.<br />

The challenges that this process will present are discussed in detail by the<br />

author and the various components of ensuring a successful implementation<br />

of the several phases of the process are highlighted.<br />

The presentation will take advantage of ITANA<strong>2002</strong> to demonstrate how the<br />

various aspects of the Swaziland Nutrition initiative will attempt to integrate<br />

the various concepts into an IT environment to make the concepts more<br />

accessible for a larger number of nutrition practitioners, students, institutions<br />

as well as the global environment. While various resistance to IT change may<br />

be prevalent in other parts of the developing world, this change will provide<br />

Swaziland with various opportunities to put the whole concept of nutrition in<br />

a more modern dynamic environment, needless to mention the interest the<br />

Swaziland experience will generate at ITANA <strong>2002</strong>.<br />

ABSTRACT NO. 116. Using e-Nutrition to collect data on food eating<br />

patterns on the campus of the University of Zimbabwe<br />

Harris EW 1 , Nkungula A 2<br />

1Community Nutrition Research Group, Agricultural Research Service, US<br />

Department of Agriculture, Beltsville, Maryland, United States<br />

2Department of Technical Education, University of Zimbabwe, Harare, Zimbabwe<br />

Experiential learning was used as a technique to teach dietary assessment at<br />

the University of Zimbabwe. Students designed their class projects based on<br />

lectures, which systematically introduced them to basic concepts of survey<br />

research methodology, questionnaire development, interviewing techniques,<br />

data analysis, and presentation. Computer labs were used to introduce<br />

students to Windows and diet analysis software. Students were divided into<br />

four groups to assess the University’s food environment and its ability to<br />

allow people on campus to meet Food Guide Pyramid recommendations. The<br />

campus food environment was defined as (1) sources of food for staff and<br />

faculty, (2) sources of food for students, (3) staff and faculty food intake, and<br />

(4) student food intake. Demographic, food practices, nutrition knowledge<br />

and food frequency data were collected by the students. Diet Analysis+,<br />

Version 4 (1) was used and modified using the Food Composition Table for<br />

Use in Africa (2), the Composition of Foods Commonly Eaten in East Africa<br />

(3), Nutritive Value of Foods of Zimbabwe (4) and Indigenous and Traditional<br />

Foods in Zimbabwe (5). This project allowed the students to see for the first<br />

time nutrient breakdowns of their most common foods. Actual findings from<br />

the data collected by the students and the challenging aspects of using<br />

computer hardware, nutrient analysis software and modifying it to include<br />

limited local <strong>African</strong> food composition data will be presented.<br />

1. Diet Analysis Plus. Version 4.0 for Windows. Wadsworth Publishing<br />

Company and ESHA Research, 1999.<br />

2. FAO/US Department of Health, Education & Welfare. The Composition of<br />

Foods Commonly Eaten in East Africa. Rome: FAO, 1968.<br />

3. West CE, Pepping F, Temalilwa CR, editors. The Composition of Foods<br />

Commonly Eaten in East Africa. Wageningen, the Netherlands:<br />

Wageningen Agricultural University, 1988.<br />

4. Chitsiku IC. Nutritive Value of Foods of Zimbabwe. Harare, Zimbabwe:<br />

University of Zimbabwe Publications, 1991.<br />

5. Gomez MI. Indigenous and Traditional Foods in Zimbabwe. Harare,<br />

Zimbabwe: University of Zimbabwe Publications, 1989.


Abstracts 10/22/02 11:26 AM Page <strong>21</strong><br />

ABSTRACT NO. 127. INTERNATIONAL MICRONUTRIENT EDITION<br />

OF CDCYNERGY: A GUIDE TO COMMUNICATION PLANNING<br />

L'édition internationale de micro nutriment CDCynergy: un guide de<br />

planification de la communication<br />

Anderson, B1 Bobrow EA1 , Parvanta I1 , Parvanta C 2 , Brandon V2 , Cole G. 2<br />

Centers for Disease Control and Prevention, Division of Nutrition and Physical<br />

Activity1 and the Office of Communication2 , Atlanta, USA.<br />

CDCynergy is a CD-Rom based tool that provides a systematic framework for<br />

planning, implementing, managing, and evaluating health communication<br />

programs within a public health context. The <strong>Inter</strong>national Micronutrient<br />

Edition of CDCynergy contains a basic planning framework with a tutorial<br />

which provides written and video instructions plus six case studies adapted<br />

from international micronutrient communication projects conducted by<br />

various agencies (vitamin A supplementation, salt iodization, folic acid<br />

fortification, iron supplementation, dietary improvement and multinutrient<br />

supplementation), a media library with materials from the highlighted<br />

programs, documents and research publications, and a planning workbook.<br />

Users are guided through 6 phases: 1) Problem Definition and Description<br />

(descriptive epidemiology used to define scope and severity); 2) Problem<br />

Analysis (analytic epidemiology utilized to examine at-risk populations and<br />

causal factors); 3) Identifying and Profiling Audiences (based on research); 4)<br />

Developing Communication Strategies and Tactics (to test concepts, messages<br />

and materials); 5) Developing an Evaluation Plan (to integrate evaluation with<br />

the overall program); and 6) Launch/Feedback.<br />

This product is unique in the world of health communication planning tools<br />

in several regards, since it demonstrates the linkage between descriptive<br />

epidemiology, analytical epidemiology, program planning, and evaluation, it<br />

does not assume that communication will be the dominant intervention, it<br />

provides examples of how different countries planned their program,<br />

conducted and interpreted formative research, produced media and evaluated<br />

results, it places program documents, real media, and reference materials on a<br />

CD-Rom, and, it features international program managers and scientists in a<br />

manner that will motivate others to strive for excellence.<br />

ABSTRACT NO. 133. RURAL CONNECTIVITY: EXPLORING A GATE-<br />

WAY FOR CASSAVA PRODUCERS, CONSUMERS AND TRADERS IN<br />

MALAWI<br />

Chiwona-Karltun L 1 , Mataya C 2 , Mkumbira J 3 , Gullberg U 1 , Rosling H 4 ,<br />

Jiggins J 5<br />

1 Dept. of Plant Biology, Swedish Univ. of Agriculture Sciences, Uppsala, Sweden<br />

2 Bunda College of Agriculture, Box <strong>21</strong>9, Lilongwe, Malawi<br />

3 Bvumbwe Agricultural Research Station, Box 5748, Limbe, Malawi<br />

4 IHCAR, Karolinska Institutet, Stockholm, Sweden<br />

5 De Dellen 4, 6673 MD, Andelst, The Netherlands<br />

This paper presents an overview of a planned study to develop rapid<br />

assessment procedures (RAP) methodology for cassava market and<br />

development by exploring the market links between farmers, traders and<br />

consumers. Market transactions in Malawi are based on trust and not on<br />

formal institutionalised market information system. Trust provides a reliable<br />

source of processes for economic activity. Economic transactions of such<br />

calibre perpetuate poverty and continue to marginalise women. Women in<br />

Malawi produce food for the family and for off-farm consumption by selling<br />

in local markets, bartering and in some cases produce a new group of food<br />

crops for export and are increasingly an important income generator. Such<br />

emerging opportunities enable women to decide how to allocate their labour<br />

across three sectors: the non-market based, the market-oriented food sector<br />

and the traditional export cash crop sector. However, the lack of formal<br />

information systems means that women bargaining with traders that supply<br />

cassava and other goods to urban consumers subjects women to a weaker<br />

bargaining position. Studies have also shown that transport, communications<br />

and road infrastructure are major constraints in market opportunities for<br />

women. Developments in information exchange, communication and<br />

globalisation now make it feasible to explore rural connectivity in alleviating<br />

poverty and in enhancing market information systems between women<br />

cassava producers, traders and consumers. Cellular phones, pay as you use,<br />

are becoming a major service provider in both urban and rural Malawi<br />

providing an opportune moment for the transformation of cassava from a<br />

subsistence crop to a market crop.<br />

ABSTRACTS<br />

ABSTRACT NO. 135. SURVEY METHODOLOGY AND APPROPRIATE<br />

SAMPLE SIZE FOR NUTRITIONAL SURVEYS IN A LARGE<br />

POPULATION: RIGHTSIZE SOFTWARE AND MICRONUTRIENT<br />

MALNUTRITION CASE STUDY<br />

White M, Nsubuga P, Sunderland N, Parvanta I, Knowles J<br />

Centers for Disease Control and Prevention, Division of <strong>Inter</strong>national Health,<br />

Epidemiology Program Office, 2877 Brandywine Road, Williams Bldg, 4th Floor, MS<br />

K-72, Atlanta, GA 30341, USA<br />

The primary considerations in planning and conducting a nutritional survey<br />

in a large population, particularly choosing the best survey methodology and<br />

determining the appropriate sample size, challenge new health professionals.<br />

The effect of the health professional’s choices weigh greatly on developing a<br />

cost-effective and scientifically sound survey. The aim of this project was to<br />

develop a training activity and demonstrate tools that assist in making<br />

appropriate design choices by providing the necessary background in<br />

biostatistics, illustrating the effect of choices made in determining sample size,<br />

outlining design methodologies including cluster survey design, as well as a<br />

general overview of the process of designing and conducting surveys. The<br />

computer-based Micronutrient Malnutrition case study was based on an<br />

actual national survey conducted in 1996 in Azerbaijan that covered, among<br />

other health determinants, the rate of anemia in the population. The training<br />

was coupled with RightSize, a computer software tool, which simplified the<br />

statistical calculations in determining sample size. This tool reinforces the<br />

choices and assumptions necessary to make the appropriate calculations by<br />

requiring the user to input target population size and proportion, confidence<br />

interval and coefficient, and for cluster surveys, the design effect and rate of<br />

homogeneity. Users supply their own assumptions and see the effects on the<br />

costs and precision of the survey in both text and graphs. The training was<br />

formatively evaluated in applied epidemiology training programs in Central<br />

America and Japan. The RightSize program has been used for over 5 years to<br />

calculate sample sizes for national cluster surveys in the Philippines.<br />

ABSTRACT NO. 163. CHALLENGES IN THE DEVELOPMENT OF FOOD<br />

COMPOSITION DATABASES IN AFRICA<br />

Makokha AO<br />

Jomo Kenyatta University of Agriculture and Technology, P.O. Box 62000, Nairobi,<br />

Kenya<br />

Quantitative data on the composition of foods is the basis for human<br />

nutritional research and for food and nutrition policies at national and<br />

international levels. It is also becoming increasingly important in international<br />

trade. Widespread advances in information technology and computer<br />

techniques have made the exchange of food composition databases among<br />

<strong>African</strong> countries and regions feasible. However, the development of these<br />

databases is very limited in Africa. Most of the existing databases do not<br />

address important <strong>African</strong> foods, such as the frequently eaten composite and<br />

mashed foods. For vegetables, nutrients are often given for fresh vegetables,<br />

whereas they are usually cooked before consumption in most <strong>African</strong><br />

communities. There is a need for a systematic approach to the collection of<br />

food composition data in Africa, and construction of new databases that are<br />

compatible with other databases and systems. Even with the limited food<br />

composition data available, development of such a systematic database is<br />

impeded by variable data quality from different laboratories. Collaborative<br />

studies among nutrition laboratories in <strong>African</strong> institutions, with standardized<br />

quality assurance systems of the analytical data, should be encouraged. There<br />

is also need for development of standard reference materials relevant to<br />

<strong>African</strong> foods. Given the limited resources and the wide variety of foods<br />

available, prioritization of the foods and nutrients to be analyzed<br />

collaboratively need to be made.<br />

ABSTRACT NO. 164. THE CHALLENGES OF SETTING UP AN AFRICAN<br />

NUTRITION JOURNAL<br />

Oniang’o RK, Makokha AO, Mutuku M<br />

Jomo Kenyatta University of Agriculture and Technology, P.O. Box 62000, Nairobi,<br />

Kenya<br />

S<strong>21</strong>


Abstracts 10/22/02 11:26 AM Page 22<br />

S22<br />

Even with the advent of modern information technologies, the peer reviewed<br />

journal remains an authoritative communication channel among<br />

professionals. Most existing Nutrition Journals do not address issues that are<br />

of specific interest to Africa. There is need to have journals where nutritionists<br />

in Africa can share experiences relevant to Africa. A few attempts have been<br />

made to set up such journals. This paper shares the experiences of setting up<br />

the <strong>African</strong> Journal of Food and Nutritional Sciences. Among the challenges<br />

that were encountered are those of mobilising resources to meet the costs of<br />

producing the journal. There were also problems of limited subscription<br />

demand within Africa. There are still problems of efficient communication<br />

among <strong>African</strong> based nutritionists and institutions even in this era of<br />

electronic communication. There are language barriers such as those between<br />

Anglophone and Francophone Africa. However, there are also interesting<br />

opportunities which are fulfilling. Nutritional issues that are of relevance to<br />

Africa have a place where they can be addressed. Conversely a number of<br />

nutritionists who may not have had an avenue for publishing their work do<br />

have one now.<br />

ABSTRACT NO. 165. Distance Education: Masters in Nutrition Programme<br />

Marais D, Herselman M, Blaauw R, Visser J, Labadarios D<br />

Department of Human Nutrition, Faculty of Health Sciences, University of<br />

Stellenbosch and Tygerberg Academic Hospital, PO Box 19063, Tygerberg, 7505,<br />

South Africa<br />

A unique, modularised, certificate-based Masters in Nutrition programme was<br />

started via distance learning, by the Department of Human Nutrition,<br />

University of Stellenbosch (Figure 1). This mode of learning offers the students<br />

the opportunity to update their knowledge at an advanced level and/or to<br />

complete a postgraduate degree according to what is possible/feasible for<br />

them at any given time. The modularised Masters programme consists of four<br />

Modules (6 months each), one of which, the fourth Module, takes the format<br />

of a research project. As indicated in Figure 1, Module 3 has three options and<br />

various study units can be chosen within each option. A manual (the “Reader”<br />

and study guide) containing all the study material for each Module is<br />

provided to each student soon after registration so as to overcome any<br />

difficulties a student may experience in accessing the scientific literature. The<br />

study guide for each Module also includes a baseline self-study activity in<br />

order to ensure that each student is, as far as possible, brought up to the same<br />

level of basic knowledge and guides the student through the module.<br />

Additional written assignments have been purpose-designed for the rest of the<br />

content of each Module and these make up the class mark for the module. A<br />

3-hour examination is written at the end of the module. The programme is<br />

completely presented via distance education and it includes <strong>Inter</strong>active TV<br />

(ITV) and communication via e-mail and the <strong>Inter</strong>net as well as<br />

telephone/post.<br />

Students hail from all over South Africa and internationally (USA, UK, Kenya<br />

and Korea). There are currently 33 students registered for the first semester,<br />

<strong>2002</strong>. A total of <strong>21</strong> students successfully completed their modules at the end<br />

of the first year. Student dropout rates were attributed to the extra workload<br />

of the post-graduate course together with full-time work commitments.<br />

Students have provided positive feedback verbally and, most importantly,<br />

suggested some improvements to the course, which were implemented in the<br />

<strong>2002</strong> programme. The programme content is revised every two years.<br />

Figure 1. Modularised course structure.<br />

Module 1<br />

Nutritional status<br />

assessment<br />

Module 2<br />

Nutritional<br />

Epidemiology<br />

Masters in Nutrition<br />

Option A<br />

Therapeutic<br />

Nutrition<br />

Module 3<br />

Option B<br />

Community<br />

Nutrition<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

Option C<br />

Food Service<br />

Administration<br />

ABSTRACTS<br />

Module 4<br />

Research<br />

project<br />

ABSTRACT NO. 166. Postgraduate distance education in nutrition<br />

Marais D, Blaauw R, Labadarios D<br />

Department of Human Nutrition, Faculty of Health Sciences, University of<br />

Stellenbosch and Tygerberg Academic Hospital, PO Box 19063, Tygerberg, 7505,<br />

South Africa<br />

The mission of the department on distance education is aimed at making the<br />

University of Stellenbosch (US) accessible to a geographically dispersed and<br />

diverse student population. Core values and behavioural norms such as<br />

quality academic products, integrity in service rendering and accessibility<br />

provide cornerstones for the University’s distance education endeavours.<br />

Recently, Continuing Professional Development (CPD) has become<br />

compulsory for all South <strong>African</strong> health professionals including dietitians.<br />

CPD is education and training undertaken beyond the requirements for entry<br />

into the profession of dietetics. As new information and technology become<br />

available at a rapidly growing rate, dietitians must continually improve their<br />

knowledge and skills, be open to new ideas and advances in the field of<br />

nutrition and dietetics.<br />

Eighty-five dietitians from all over South Africa attended a 2-day CPD course<br />

hosted by the Department of Human Nutrition, US, in June 1999. The<br />

dietitians were asked to complete an evaluation form of the course regarding,<br />

amongst others, distance education. Of the 63 completed questionnaires, 57<br />

(90%) showed an interest in distance education. In terms of information<br />

technology (IT) facilities available to them, 23% had access to e-mail, 32% the<br />

telephone, 38% postal services and 5% <strong>Inter</strong>-active television sessions (ITV).<br />

The preferred mode of presentation of such courses was given as 32% e-mail,<br />

64% the printed educational material and 4% ITV. In June 2001, the<br />

department hosted the first distance education CPD course. Of the 165<br />

dietitians that registered for the CPD course, 120 attended the traditional<br />

lecture-based course, whereas 45 dietitians from more distant locations in the<br />

country opted for the distance learning option. Delegates attended ITV<br />

sessions at 6 different centres around South Africa. Relevant printed learning<br />

material was posted to all delegates beforehand and a 3-hour ITV session was<br />

held during which the key aspects of the course were covered. Dietitians<br />

obtained CPD points for attending the ITV session and completing the<br />

multiple-choice questionnaires based on the articles that had to be studied in<br />

their own time. Evaluation forms for the course were received from the<br />

majority of delegates. All comments were extremely favourable, motivating<br />

the department to continue and expand this method of training. The<br />

department plans another CPD distance education course to run parallel to the<br />

traditional lecture-based course in June <strong>2002</strong>.<br />

ABSTRACT NO. 167. The design for a self-teaching nutrition web page<br />

Pietersen CD, Labuschagne I, Du Plessis K, Woodley HM, Labadarios D<br />

NICUS: The Nutrition Information Centre at the University of Stellenbosch;<br />

Department of Human Nutrition, University of Stellenbosch and Tygerberg Academic<br />

Hospital, PO Box 19063, Tygerberg 7505, South Africa<br />

The mission of the Nutrition Information Centre of the University of<br />

Stellenbosch (NICUS) is the provision of up-to-date, credible and authoritative<br />

information in order to promote a scientifically sound nutrition culture. This<br />

proves to be a challenge in an era of information overload, with the lay public<br />

interested in whatever draws their attention. This challenge extends to the<br />

<strong>Inter</strong>net, which has become a battlefield of ideas and information between the<br />

scientifically sound and the all too present quacks. South Africa is not immune<br />

to this global battle and it is within this background that this web page has<br />

been developed.<br />

The web page is to be a self-teaching tool that would provide credible<br />

information to the lay public (particularly in South Africa) balanced with<br />

stimulating visuals. The intention is to impact and capture the attention of the<br />

viewer with full-colour visuals within a few seconds and then to create a<br />

lasting impression with credible and practical information.<br />

Currently the web page provides an introduction to basic nutrition and the<br />

varied diet in a self-teaching unit that systematically provides information<br />

about various nutrition concepts, how to make good food choices, how to<br />

implement them, and how to monitor these choices.<br />

Future goals are to expand the web page so that it becomes relevant to more<br />

diverse populations yet remains appropriate to the user in terms of depth of<br />

knowledge, practicality and application. The webpage will diverge into<br />

various areas, focusing particularly on the lay public as the target population,<br />

including adults and children.


Abstracts 10/22/02 11:26 AM Page 23<br />

The ultimate aim is to make the web page an ever-evolving self-learning<br />

system that provides credible information in a fun and interactive style that<br />

remains relevant to the target population.<br />

ABSTRACT NO. 190. Influence of new IT on food chemistry and human<br />

nutrition course for students of pharmacy in Poland<br />

Schlegel-Zawadzka M*, Przyslawski J**, Bertrandt J ***, Klos A***<br />

*Department of Continuing Education and Postgraduate Studies, and Department of<br />

Food Chemistry and Nutrition, Collegium Medicum Jagiellonian University, 9<br />

Medyczna Str., 30-688 Krakow<br />

**Chair and Department of Bromatology and Human Nutrition, Medical Academy, 42<br />

Marcelinska Str., 60-345 Poznan<br />

***Military Institute of Hygiene&Epidemiology, 4 Kozielska Str., 01-163 Warszawa;<br />

Poland<br />

Pharmacy education in Poland has a long tradition dating back to the 18th<br />

century. The first pharmacy faculty was established at the Jagiellonian<br />

University in 1783. Almost from the first years students (firstly only men and<br />

in the end of XIX century also women) were taught about proper food and<br />

adequate nutrition.<br />

The XXI century gives a new opportunity to implement high information<br />

technology for lecturing, preparing classes for students and their self-learning.<br />

A new vision of Polish chemists and a role of pharmacists in health promotion<br />

and pharmaceutical care need to use new sources of collecting information and<br />

spreading it among patients.<br />

Students of pharmacy in Poland have from 75 to 90 lecture hours (each hour 45<br />

minutes) at the fourth year of study, a course which is called bromatology<br />

(broma – food, logos – science in Greek), in English it is translated as food<br />

chemistry and nutrition. This course is giving students a basic knowledge<br />

about food, nutrition value of food, sources of nutrients, their influence on<br />

human health and interactions between food and drug. Some departments in<br />

Poland prepare special modules about civilization diseases and their<br />

connection with nutrition. There are lectures and classes. During the last<br />

semester (5th year) students should prepare the master thesis supervised by an<br />

independent university teacher with a high degree. Moreover, during study<br />

they have an informatics course at the first year.<br />

Computers were implemented in bromatology for the first time in 19881. It was<br />

a programme to teach the proper nutrition behavior to students of pharmacy.<br />

BASIC language was used to write it. It calculated the daily intake of different<br />

nutrients in diets. Later on students started to write their master work using<br />

their own Amstrad’s or next PC computers. Statistical programmes were not<br />

very popular at that time. Almost all statistical procedures were written by<br />

teachers, who were fascinated by these new possibilities.<br />

Last few years of Microsoft’s and StatSoft’s campaigns with decreasing prices<br />

for official programmes allowed Universities to buy new academic versions.<br />

Courses prepared by the Polish Center of StatSoft increased the number of<br />

academic scientists to use in the routine such programme as Statistica work<br />

with students. Almost all students in some bromatology departments are using<br />

this programme during statistical estimation. Specially, some modules (tables)<br />

are very useful for the nutrition questionnaire study. During classes,<br />

programme FOOD prepared by the Polish National Food and Nutrition<br />

Institute is used for seeking nutrient deficits in daily diets by students<br />

themselves. An access to <strong>Inter</strong>net databases free of charge for students gives<br />

them opportunity to prepare special presentation, now more and more popular<br />

with the use of the Power Point programme. An increasing knowledge how to<br />

use computer is also visible during operating different apparatus –<br />

chromatographs, atomic absorption apparatus. The first version of the specially<br />

prepared programme on CD-ROM gives information about drug and food<br />

interactions. It is very useful for both students and professionals.<br />

All this opportunity will allow to prepare the students of pharmacy to be good<br />

advisors for patients and to resolve previously unclear problems. But high<br />

technology will never replace the pharmacists’ personal contact and chats with<br />

patients, who in Poland have freedom to choose the most familiar pharmacy.<br />

References.<br />

1. Schlegel M, Zachwieja Z, Plewa J. Dydaktyczny program komputerowy do<br />

nauczania zasad prawidlowego zywienia studentow farmacji. Probl Szkoln<br />

Nauk Med. 1989, 14, 41-44.<br />

ABSTRACTS<br />

ABSTRACT NO. 194. USE OF INFORMATION TECHNOLOGY TO<br />

DISSEMINATE NUTRITION MESSAGES RELATED TO HIV/AIDS TO<br />

THE RURAL POPULATION IN MALAWI<br />

Chawanje CM 1 , Chiwona-Karltun Linley 2<br />

1 University of Malawi The Polytechnic P/Bag 303 Chichiri Blantyre 3 Malawi<br />

2Department of Plant biology Swedish University of agricultural Sciences Box 7050<br />

SE-75007 Uppsala, Sweden<br />

The importance of good nutrition in the prevention of and coping with<br />

HIV/AIDS is well recognized. Malawi has a population of 11 million people, of<br />

which 77 % lives in the rural areas and 41 % is illiterate. HIV/AIDS is rampant.<br />

Although printed information on nutrition as related to HIV/AIDS is readily<br />

available, it cannot be assimilated by illiterate population. For example, the two<br />

CD-Roms (Nutrition in Africa 1 and 2) for nutrition training of undergraduates<br />

prepared by <strong>African</strong> professionals during a training programme in Sweden, are<br />

not accessible to illiterate people. It is therefore essential to develop computerbased<br />

learning material on nutrition as related to HIV/AIDS for such people.<br />

We propose to develop computer based and animated nutrition learning<br />

material using graphics and cartoons that convey messages on the relationship<br />

between nutrition and HIV/AIDS that are readily assimilated by illiterate<br />

people, particularly in rural areas where electricity is readily available. The<br />

main objective is to use information technology to disseminate nutrition<br />

messages to rural illiterate communities targeted at the prevention of and<br />

coping with HIV/AIDS.<br />

ABSTRACT NO. 198. NUTRITION EDUCATION AND THE GLOBAL<br />

INFORMATION HIGHWAY: USE OF ON-LINE APPLICATIONS AND<br />

SELECTED PACKAGES.<br />

Sigot Asenath J<br />

Maseno University, P O Private Bag, Maseno Kenya<br />

New and emerging information technologies provide opportunities for<br />

nutrition educators to enhance communication efforts, which can improve the<br />

health and well-being of all people. Computer technologies are providing<br />

viable means of exchanging nutrition information among professionals and<br />

informing and influencing the public. Nutrition education programmes are<br />

available on diskettes, CD-ROM and laser disks that can be used at computer<br />

workstations or stand-alone kiosks. The major types of nutrition education<br />

computer programmes pertain to food composition, food service, nutrient<br />

analysis, recipe management, menu planning, clinical nutrition, drug-nutrient<br />

interactions, health risk assessment, food and nutrition games. In addition to<br />

programmes specific to their field, nutrition educators are also assisted by<br />

general production tools such as graphic packages, computer photo, clip art<br />

collections, and presentation software. The software for public presentations<br />

allows nutrition educators to enhance their talks by incorporating pictures,<br />

sound, animation texts and video. Using word processing and desktop<br />

publishing software, nutrition educators can create professional-looking<br />

newsletters, booklets and educational materials such as posters, cards and<br />

charts to meet diverse needs and give a more personalized image.<br />

The use of on-line applications by nutrition educators is just emerging in<br />

developing countries. With a computer that can communicate with other<br />

computers through telephone line, satellite transmissions or network wires, the<br />

nutrition educator can enter cyberspace or the global information highway.<br />

Nutrition information can be exchanged through electronic mail, internet and<br />

other computer networks; the World Wide Web, electronic databases, electronic<br />

bulletin board systems, faxes and interactive non-commercial television<br />

provide user friendly interface to the Net. <strong>Inter</strong>net can also be used for<br />

interactive teaching in health education promotion via on-line teaching and<br />

interaction with off-campus students at the “Virtual Campus.” It can also<br />

provide a means for communication networking and collaboration among<br />

members of the international nutrition community.<br />

ABSTRACT NO. 206. Training of health professionals in nutrition at the<br />

university of Nairobi, Kenya: Opportunities and challenges in the use of<br />

information technology<br />

Thuita F<br />

P.O. Box 178, Nairobi 00202, Kenya<br />

Training of health professionals in public health nutrition is aimed at equipping<br />

them with knowledge and skills necessary for tackling malnutrition both at<br />

S23


Abstracts 10/22/02 11:26 AM Page <strong>24</strong><br />

S<strong>24</strong><br />

health facility and community levels in Kenya. Within the university of<br />

Nairobi, Public health nutrition training is given to; undergraduate medical<br />

students, Post graduate Masters in Public health trainees and Senior health<br />

managers who annually undertake a short course in Applied Epidemiology.<br />

Different aspects of information technology are being utilized in training and<br />

conducting research with these groups. Various challenges have also been<br />

experienced.<br />

Linkage of the departmental computing network on a fulltime basis to the<br />

<strong>Inter</strong>net has led to a significant improvement in the quality of teaching<br />

nutrition for all groups. This is mainly through improved access to the latest<br />

materials and information in the field of nutrition. The <strong>Inter</strong>net is being used in<br />

conducting literature search for nutrition related research, assignments and<br />

thesis preparation and write up. Staff and Postgraduate students are utilizing<br />

nutrition software available -SPSS and EPI-INFO to prepare research<br />

instruments and to analyze data from community nutrition surveys. Access to<br />

the <strong>Inter</strong>net has facilitated acquisition of up-to date nutrition materials<br />

(including CD’s) through ordering for publications or downloading. This<br />

opportunity is also being utilized to stock up the nutrition section of the<br />

departmental resource center with up-to- date nutrition materials. Individuals<br />

have also signed up with strategic organizations for notification of nutrition<br />

related meetings and new materials as they become available through the net.<br />

Constraints experienced have centered around increasing numbers of students<br />

vis a vis available facilities and lack of some crucial hardware to facilitate use<br />

of available nutrition related CD’s.<br />

ABSTRACT NO. 207. NUTRITION NETWORKING IN AFRICAN<br />

COUNTRIES, <strong>2002</strong><br />

Bukania ZN<br />

College of Agriculture and veterinary sciences, Department of Food Technology and<br />

Nutrition, Applied Nutrition Programme University of Nairobi, P.O. Box 29053<br />

Kabete Kenya<br />

Nutrition networking is when a group of people, organizations and institutions<br />

exchange information in the form of literature and data for professional<br />

purposes in the field of nutrition, health and diseases, using a chain of<br />

interconnected computers, or connected for a simultaneous broadcast of<br />

programmes in order to operate interactively. Nutrition issues, including<br />

promotion of food supply, nutritional conditions, and deficiencies in relation to<br />

health issues are widely experienced by private and public institutions as well<br />

as individuals. Organizations at community level, deal to a larger extent with<br />

the largest population and are able to identify basic causes of nutritional<br />

problems. On the other hand, institutions such as hospitals receive persons<br />

affected by nutritional deficiencies and diseases that require nutritional<br />

interventions. With networking through established nutrition programmes and<br />

databases, organizations at community level make available information and<br />

data on nutritional issues. This helps those at institutional level such as<br />

hospitals relate perceived conditions and the way they affect nutritional status<br />

of individuals and populations. Creating common websites to interlink<br />

institutions and organizations that deal with nutrition and health related issues<br />

will ensure that nutrition professionals have access to the latest research<br />

information and data of different regions.<br />

This kind of networking will allow professional interaction and sharing of<br />

experiences and this may allow inter-institutional training in the field of<br />

nutrition with a common aim solving nutrition related problems.<br />

ABSTRACT NO. 208. USE OF THE MALIAN FOOD COMPOSITION<br />

TABLE AND DATABASE FOR FURTHER DEVELOPMENT OF<br />

EXCHANGE SOFTWARE TO USE IN WEST AFRICA COUNTRIES.<br />

Barikmo I 1 , Ouattara F 2 , Oshaug A 1<br />

1 Akershus University College, Ringstadbekkv 105, 1356 Bekkestua, Norway,<br />

2 Institut National de Recherche en Santé Publique, Bamako, Mali<br />

The development of personal computers, software and <strong>Inter</strong>net has opened up<br />

new possibilities for developing and using food composition databases.<br />

A new hard copy of Food Composition Table for Mali will be published in <strong>2002</strong>.<br />

In connection to this a further development of the database management<br />

system and software with a user-friendly interface should continue. This is<br />

inadequately developed in West Africa.<br />

One of the challengers is how to use software and IT with an interface facilitate<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

exchange and use of food composition data between researchers, teachers,<br />

organisations, public health workers, authorities and others working with food<br />

and nutrition security and assessment.<br />

Another challenger is how can food composition databases reflect the local<br />

nutrient variation of the different foods? A hard copy of a food table usually<br />

gives each food item an average value for the different nutrients, and at best<br />

indicating the variations. The food samples from Mali showed however such a<br />

big local variation for example in yellow maize, namely for iron 0.4mg/100g to<br />

16.1mg/100g, that it is obvious that using an average of 5.5mg/100g will in<br />

most cases be wrong.<br />

A database for exchange should be linked to a software, accessible on the<br />

<strong>Inter</strong>net, making it possible to develop a food composition table with the food<br />

items from a specific area (or different areas), adapted to the need of the users.<br />

This is a possible future development for the Malian Food Composition<br />

Database.<br />

ABSTRACT NO. <strong>21</strong>0. PAEDIATRICS DATABASE TO IMPROVE THE<br />

CLINICAL CARE AND RESEARCH AT THE UNIVERSITY TEACHING<br />

HOSPITAL IN LUSAKA ZAMBIA<br />

Bhat G1 , Kankasa C1 , Campbell J1 , Tumeo R1 , Bwale J1 , Hirota M 2 , Mitchell C 3 ,<br />

Klaskala W 3<br />

1School of Medicine and University Teaching Hospital (UTH) P.O. Box 50110 Lusaka,<br />

Zambia<br />

2 JICA PHC Project LDHMT Lusaka<br />

3 University of Miami School of Medicine Miami, USA<br />

Over the past four years the paediatrics admissions at UTH in Lusaka Zambia<br />

have ranged from <strong>21</strong>,185 to <strong>24</strong>, 263 with an average hospital mortality of 16.4%.<br />

To improve the clinical care and access to research, a Paediatrics Patients<br />

Database (PPDB) was established in February 2000 in collaboration with the<br />

Japan <strong>Inter</strong>national Cooperation Agency (JICA) Primary Health Care (PHC)<br />

project, Lusaka District Health Management Team (LDHMT), University of<br />

Zambia School of Medicine (SOM), and the University of Miami <strong>Inter</strong>national<br />

Training in Medical Informatics (ITMI) program. A Medical Informatics<br />

Working Group (MIWG) was established to oversee the development of the<br />

PPDB. Twenty data entry persons have been trained in the computer usage<br />

and data entry of medical records; A server and five work stations in<br />

conjunction with the establishment of a local area network (LAN) at the UTH<br />

paediatrics wing are currently being utilized as part of the PPDB in order to<br />

accomplish the goals set by the MIWG.<br />

Two supervisory staff members were trained for six months and one more staff<br />

member is currently being trained in the USA. The PPDB has resulted in<br />

providing three feedback reports to the community health centers through the<br />

LDHMT-JICA PHC. Record keeping and access to basic health information has<br />

improved and there has been a slight reduction in hospital mortality from year<br />

2000 (17.1%) to year <strong>2002</strong> (15.5%), however this is not statistically significant.<br />

All collaborating partners are committed to strengthening the PPDB to improve<br />

child survival in Zambia.<br />

ABSTRACT NO. <strong>21</strong>1. INFORMATION COMMUNICATION TECH-<br />

NOLOGY: CHALLENGES AND PROSPECTS FOR DELIVERY OF<br />

NUTRITION EDUCATION AMONGST RURAL COMMUNITIES IN<br />

KENYA<br />

Wagah Margaret Akinyi<br />

Department of Educational Communication &Technology, Kenyatta University, P.O<br />

Box 43844, Nairobi, Kenya<br />

Despite the glaring fact that Information and Communication Technology<br />

(ICT) is spreading rapidly worldwide, there is still a conspicuous gap between<br />

the information have’s in the North and the information have not’s in the<br />

South, and this gap is seemingly affecting a every aspect of socio-economic<br />

development and health and nutrition has not been spared.<br />

Indeed, utilization of ICT amongst professionals in health and nutrition as tools<br />

of communicating health and nutrition messages is dismal. Worse still,<br />

utilization of ICT amongst local communities is non-existent. Amongst<br />

professionals and para-professionals alike, ICT remains abstractive. Worse still,<br />

it is out of reach for the rural populations whose major preoccupation remains<br />

the struggle for basic needs as food. To talk of an ICT to an impoverished rural<br />

Kenyan is to talk of an idea whose time has not yet come.<br />

Yet it’s now becoming increasingly clear that the benefits of ICT as a


Abstracts 10/22/02 11:26 AM Page 25<br />

communication tool is insurmountable. According to a report by IDRC (1997),<br />

knowledge is key to sustainable development hence improvements in human<br />

well-being depends on its production, its distribution, ownership and wise<br />

application. ICT is clearly a vehicle through which all communities and<br />

professionals can strive to attain sustainable development. Further, ICT has a<br />

great potential in connecting nations, countries and communities on a global<br />

scale.<br />

But while talk on benefits of ICT continues unabated, one factor that is<br />

abundantly clear is that the food and nutrition situation in sub-Saharan Africa<br />

is wanting. Overall, trend analysis show declining nutritional status while the<br />

food security status is equally cutting. Despite efforts and interventions<br />

towards achieving nutrition and food security, little evidence by way of<br />

improvement is underway. What then should be the way out? The big<br />

challenge now is on nutrition knowledge management. How to take ICT to<br />

communities in a manner that will address their nutritional needs will be<br />

critical to this discussion paper. Of course, it is needless to say that this<br />

proposed discussion would be the first of its kind in this country to determine<br />

how application of ICT can address nutritional problems in society.<br />

As well, this discussion paper believes that the university professionals can<br />

longer remain distanced from community development rather they are capable<br />

of transforming communities by designing, packaging and disseminating<br />

appropriate nutrition messages using information technologies in a<br />

stimulating, user friendly, culturally acceptable and effective manner. At the<br />

moment however, it is sad to note that local communities are not in a position<br />

to access relevant and appropriate nutrition education and information in an<br />

interactive manner.<br />

This paper will therefore offer a critique on utilization of ICT for community<br />

nutrition, but most importantly, it will propose how ICT’s set up in rural<br />

communities can enhance nutritional knowledge and consequently nutritional<br />

well-being.<br />

ABSTRACT NO. <strong>21</strong>4. INFORMATION TECHNOLOGY AS PERTAINS TO<br />

FOOD SCIENCE AND NUTRITION IN EASTERN NIGERIA<br />

Nneoma Elechi Nyelucheya<br />

Dept. of Food Science and Technology, Michael Okpara University of Agriculture,<br />

Abia, State, Nigeria<br />

This paper reviews information technology as an essential tool necessary for<br />

research and development in every civilized society. It also considers the<br />

benefits of adequate exploitation of information technology in good science<br />

and nutrition in Nigeria, such as the enhancement of technological<br />

advancement, enablement of effective processing and preservation of our<br />

abundant food products, and the control of nutrition related diseases. It also<br />

considers the unfortunate situation in the eastern part of our country where<br />

most universities and research institutes lack computers and subsequently are<br />

not linked to the <strong>Inter</strong>net. Also electronic and other journals that have needed<br />

information are not available. Subsequently experiments/researchers are<br />

repeated and often with outdated methodologies. This also leads to lack of<br />

continuity of researches. Finally, this paper also considers possible solutions to<br />

these problems. These include the need to organize workshops and seminars<br />

on the necessity of information technology in Food Science and related fields,<br />

seeking of foreign aids, and getting the government sensitized on the need to<br />

adequately fund the acquisition of information technology in these.<br />

ABSTRACT NO. <strong>21</strong>7. INTERNATIONAL MICRONUTRIENT EDITION OF<br />

CDCYNERGY: A GUIDE TO COMMUNICATION PLANNING<br />

L’édition internationale de micro nutriment CDCynergy: un guide de<br />

planification de la communication<br />

Anderson, B 1 Bobrow EA 1 , Parvanta I 1 , Parvanta C 2 , Brandon V 2 , Cole G 2<br />

Centers for Disease Control and Prevention, Division of Nutrition and Physical<br />

Activity 1 and the Office of Communication 2 , 4770 Buford Hwy NE, MS K-25, Atlanta,<br />

GA 30341 USA<br />

CDCynergy is a CD-Rom based tool that provides a systematic framework for<br />

planning, implementing, managing, and evaluating health communication<br />

programs within a public health context. The <strong>Inter</strong>national Micronutrient<br />

Edition of CDCynergy contains a basic planning framework with a tutorial<br />

which provides written and video instructions plus six case studies adapted<br />

from international micronutrient communication projects conducted by<br />

various agencies (vitamin A supplementation, salt iodization, folic acid<br />

fortification, iron supplementation, dietary improvement and multinutrient<br />

supplementation), a media library with materials from the highlighted<br />

ABSTRACTS<br />

programs, documents and research publications, and a planning workbook.<br />

Users are guided through 6 phases: 1) Problem Definition and Description<br />

(descriptive epidemiology used to define scope and severity); 2) Problem<br />

Analysis (analytic epidemiology utilized to examine at-risk populations and<br />

causal factors); 3) Identifying and Profiling Audiences (based on research); 4)<br />

Developing Communication Strategies and Tactics (to test concepts, messages<br />

and materials); 5) Developing an Evaluation Plan (to integrate evaluation with<br />

the overall program); and 6) Launch/Feedback.<br />

This product is unique in the world of health communication planning tools in<br />

several regards, since it demonstrates the linkage between descriptive<br />

epidemiology, analytical epidemiology, program planning, and evaluation, it<br />

does not assume that communication will be the dominant intervention, it<br />

provides examples of how different countries planned their program,<br />

conducted and interpreted formative research, produced media and evaluated<br />

results, it places program documents, real media, and reference materials on a<br />

CD-Rom, and, it features international program managers and scientists in a<br />

manner that will motivate others to strive for excellence.<br />

ABSTRACT NO. 2<strong>21</strong>. NESTLE NUTRITION INSTITUTE AFRICA: CPD<br />

INITIATIVE<br />

de Beer Anne-Marie 1 , Blaauw R 2<br />

1 Nestlé Nutrition Institute Africa, South Africa<br />

2 University of Stellenbosch, South Africa<br />

The cornerstone of any profession is the continual pursuit of knowledge and<br />

skills. Continuing Professional Development (CPD) is education and training<br />

undertaken beyond the requirements for entry into that profession. CPD is<br />

important to maintain and enhance the image of professionals who are<br />

credible, responsible and accountable for maintaining high standards of<br />

professional practice. It offers members opportunities to move from their<br />

present level of practice to a higher level of practice through planned<br />

professional growth. New legislation in South Africa requires that health<br />

professionals (dietitians and medical practitioners) registered with the Health<br />

Professions Council of South Africa (HPCSA) needs to comply with certain<br />

guidelines regarding CPD in order to remain registered and be allowed to<br />

practice their professions.<br />

Nestlé South Africa, through the Nestlé Nutrition Institute Africa (NNIA),<br />

participated in the CPD activities for dietitians and medical practitioners<br />

registered with the HPCSA since September 2001. The CPD initiative consists<br />

of two different methods, the first of which have already been implemented. All<br />

registered dietitians and selective specialist groups of medical practitioners<br />

have received articles, with questionnaires accredited for CPD points, by post.<br />

After studying the articles, the completed questionnaires have to be send back<br />

for marking. Up to the end of February <strong>2002</strong>, approximately 550 dietitians and<br />

58 medical practitioners have already participated in one or more of these<br />

activities. The overall feedback is very positive and appreciative of the<br />

opportunities provided to them. Furthermore we now have a database of who<br />

have access to the <strong>Inter</strong>net and are using it. Of all our respondents 33% of the<br />

dietitians and 72% of the medical practitioners are using their <strong>Inter</strong>net and email<br />

facilities. Points allocation is accredited in hours spend on the particular<br />

activity. The aim is to provide <strong>24</strong> points for the dietitians per year and 18 for<br />

the medical practitioners this varies between a 1/3 rd and half of the points<br />

required per year by the health worker to stay registered with the Health<br />

professionals council.<br />

Secondly, new articles will be added to the Nestlé nutrition website<br />

(www.nestlenutrition.co.za) every second month as of April <strong>2002</strong>. The topics<br />

will alternate between clinical and paediatric nutrition. Participation to the<br />

latter CPD venture will be by registering on the website free of charge. The<br />

practitioner can download the articles and when ready, the questionnaire can<br />

be completed directly on the website. Feedback on the answers will be<br />

provided immediately.<br />

We trust that health professionals will benefit from this system, not only by<br />

obtaining the necessary CPD points, but also by their own professional growth.<br />

ABSTRACT NO. 222. Computer-aided learning in disadvantaged communities<br />

in the Southern Cape and Karoo: A nutrition education initiative<br />

Venter I 1 , Marais D 2 , De Muynk R 3 , Shedden A 3<br />

1Department of Food and Nutrition, School of Life Sciences, Cape Technikon, PO Box<br />

652, Cape Town, 8000, South Africa<br />

2Department of Human Nutrition, Faculty of Health Sciences, University of<br />

S25


Abstracts 10/22/02 11:26 AM Page 26<br />

S26<br />

Stellenbosch and Tygerberg Hospital, PO Box 19063, Tygerberg, 7505, South Africa<br />

3 Directorate of Media Services, Western Cape Education Department, PO Box 13266,<br />

Mowbray, 7705, South Africa<br />

According to several studies, the computer is accepted as an instructional<br />

medium that may stimulate interest or motivation1 and has become an<br />

important basic tool for education2 . Nutrition and health education, however,<br />

have made limited use of this tool2 . Computer-Aided Learning (CAL) is a<br />

learner-centered environment having the potential to increase both the<br />

effectiveness and efficiency of nutrition education and to improve student<br />

interest and learning retention2,3 . Studies comparing CAL with traditional<br />

methods have found that it can be as effective or superior1 , especially regarding<br />

having a more positive attitude towards learning4 . It promotes active,<br />

individualised learning1,2,4 and many students reported a preference for CAL<br />

because it is convenient and provides constant interaction2 . By adopting<br />

computers in nutrition education, the opportunity for better use of professional<br />

and client time is provided. Similarly, computerised nutrition education<br />

programs could be a productive use of the time that patients spend in waiting<br />

rooms. Also, clients could benefit from nutritional guidance even when<br />

qualified nutrition educators are not present. The decreasing cost of computers<br />

and the increasing cost of professionals’ time make computers practical today<br />

and likely to become even more practical in the future1. The objective of the<br />

study was to evaluate the efficacy of a Computer-aided learning (CAL)<br />

nutrition module. A pre-test/post-test (immediate and follow-up post-testing)<br />

design was used to evaluate the impact of the CAL nutrition module, using<br />

validated multiple-choice questionnaires. The module consisted of 5<br />

interactive sub-modules each covering a single concept of nutrition (5 to 10<br />

minutes in duration). The total sample was 141 low-income Afrikaansspeaking<br />

adults with low literacy levels attending clinics involved in the<br />

literacy programme in the Southern Cape and Karoo. To evaluate the impact<br />

of the CAL nutrition module regarding knowledge, attitude and behaviour, the<br />

differences between pre- and post-test scores were used. A one-tailed z-test for<br />

comparison of knowledge and attitude scores and a Chi-square test for<br />

responses to behaviour questionnaires were used to determine statistical<br />

significance. The improvement in acquired and retained mean knowledge and<br />

attitude scores was highly significant (p=0.002). Behaviour improved<br />

significantly and was retained for at least a month regarding more meals<br />

(p=0.005), milk intake (p=0.005) and legumes intake (p=0.01). In conclusion, the<br />

study found the use of the interactive CAL nutrition program to be a viable<br />

method of delivering nutrition education to a low-income, low-literacy adult<br />

audience. Viewing the modules resulted in positive changes in knowledge,<br />

attitude and behaviour. Use of the computer and the software material resulted<br />

in the retention of the positive changes in knowledge, attitude and behaviour.<br />

It seems that the benefits of using computers in the clinics may outweigh the<br />

drawbacks. Besides financial implications, the cited drawbacks include the<br />

“non-human” nature of the computer which may have clients feeling that they<br />

have been abandoned by the health personnel and a general dislike for<br />

mechanization or automation, often felt by older persons. Most clients have<br />

affection for the health personnel. Combining the computer and personal<br />

interaction would possibly be the most appropriate method. The CAL<br />

nutrition program was also positively received by the health personnel. The<br />

success of the CAL nutrition program is also illustrated by the request from the<br />

clinic sites on completion of the project for the availability of the program in<br />

English and Xhosa. The program has since been translated into English and<br />

Xhosa.<br />

1. McMurray P and Hoover LW. The Educational Uses of Computers:<br />

Hardware, Software and Strategies. J Nutr Educ 1984; 16(2):39-43.<br />

2. Byrd-Bredbenner C & Bauer K. The Development and Evaluation of<br />

Computer Assisted Instruction Modules for an Introductory, College Level<br />

Nutrition Course. J Nutr Educ 1991; 23(6):275-283<br />

3. Magnus MH & Roe DA. Computer-Assisted Instruction on Drug-nutrient<br />

<strong>Inter</strong>actions for Long-term Caregivers. J Nutr Educ 1991; 23(1):10-16<br />

4. Schroeder L & Thiele VF. Renal Diet Therapy – A Computer-Assisted<br />

Instruction Model. J Nutr Educ 1981; 13(1):S111-S114<br />

ABSTRACT NO. 225. MAPIT – MICRONUTRIENT ACTION PLAN<br />

INSTRUCTIONAL TOOL. A COMPUTER-BASED TRAINING TOOL<br />

ABOUT MICRONUTRIENT MALNUTRITION, <strong>2002</strong><br />

Elbon Suzanne M, Knowles J, Bobrow EA, Timmer A, Nsubuga P<br />

Centers for Disease Control and Prevention, Division of <strong>Inter</strong>national Health,<br />

Epidemiology Program Office, 2877 Brandywine Road, Williams Bldg, 4th Floor, MS<br />

K-72, Atlanta, GA 30341<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

Although micronutrient malnutrition (MM) affects nearly one third of the<br />

world’s population, epidemiologist training programs typically do not include<br />

training on this topic and participation of epidemiologists in MM elimination<br />

programs is generally low. The aim of this project was to develop a training<br />

tool to increase understanding of, and involvement in, MM elimination<br />

programs. We conducted an initial training needs assessment using a<br />

convenience sample (N=26) of Applied Epidemiology Training Program<br />

(AETP) program leaders (42%), AETP participants (16%), and U.S. Centers for<br />

Disease Control (CDC) personnel familiar with MM and/or training<br />

development (42%). Results was conducted indicated that: 1) nearly all the<br />

leaders (89%) and participants (89%) had an entry level of skill related to MM;<br />

2) few AFETP programs (46%) include MM training; and 3) self-study was the<br />

most frequently suggested method (46% of responses) for delivery of new<br />

training materials. We then developed a tool that describes an overview of MM<br />

elimination programs. An interactive CD-ROM format was selected because it<br />

accommodates self-study tools. The Micronutrient Action Planning<br />

Instructional Tool (MAPit) centers on a graphical model of key phases of an<br />

MM elimination program. From this model, users are linked to information<br />

about steps taken at each phase. The CD-ROM contains a database that can be<br />

searched by keyword and sorted by title or author. Following final<br />

development, an evaluation will be conducted on content, navigation, and<br />

usability issues. MAPit provides an innovative approach to instruction that is<br />

interactive and engaging, compact, and economically reproducible.<br />

ABSTRACT NO. 226. WEB-BASED NUTRITION EDUCATIONAL<br />

MATERIAL FOR UNDER-GRADUATE STUDENTS – A PRODUCT OF<br />

GLOBAL NUTRITION 2001<br />

Joseph, Bobby<br />

Department of Community Health, St. John’s Medical College, Bangalore 560034,<br />

INDIA<br />

The Global Nutrition Course for the year 2001 was the third of its kind held by<br />

the Department of Medical Sciences, Nutrition at the Uppsala University,<br />

Sweden. The difference being that this was the first group from Asia. There<br />

were a total of 26 participants from 11 Asian countries.<br />

Briefly – the GN2K1 Programme started on 26th February 2001 and closed on<br />

30th March 2001 – this was termed Phase I. Phase II consisted of a period of<br />

about 6 months at the participant’s home university where preparations were<br />

made in groups for modules to be published in the CD based learning material.<br />

Phase III was the follow-up meeting at Dhaka.<br />

With regard to the educational material that was proposed to be the outcome of<br />

the programme – the group decided to make CD based – Web assisted modules<br />

on selected topics of nutrition with specific relevance to Asia. As with the<br />

previous courses, a listserver facility was installed on 26th March 2001 - a<br />

facility to maintain lines of communication between the group members.<br />

However at the second meeting of the group at Dhaka, the group decided to<br />

use an interface called the Virtual Training Studio to develop its modules.<br />

The process of development of the Virtual Training Studio is discussed in the<br />

paper. The course developer’s perspective is highlighted – detailing the<br />

processes involved in preparing the material for teaching purposes and the<br />

steps in uploading the same on to the Virtual Training Studio. The successes<br />

and failures encountered in the process of developing the new training<br />

interface, from the point of view of the course developing team is discussed in<br />

the paper.<br />

ABSTRACT NO. 228. WEB-BASED NUTRITION COURSES: CASE STUDY<br />

FROM FIRST NATIONS AND INUIT COMMUNITIES IN NORTHERN<br />

CANADA<br />

Trifonopoulos M 1 , Martin J 1 , Hamilton S 1 , Collier A 1 , Kishchuk N 1 , De Roose E 2 ,<br />

Johns T 1 And Kuhnlein HV 1<br />

1Centre for Indigenous Peoples’ Nutrition and Environment (CINE), Macdonald<br />

Campus of McGill University, <strong>21</strong>,111 Lakeshore Road, Ste. Anne de Bellevue, Quebec,<br />

H9X 3V9, Canada<br />

2Department of Health and Social Services, Government of the Northwest Territories,<br />

Box 1320, Yellowknife, NT, X1A 2L9, Canada<br />

The needs of and constraints facing health-related field workers in Northern<br />

Canada have relevance in an <strong>African</strong> context. Many workers in northern<br />

indigenous communities wish to upgrade skills and knowledge in the areas of


Abstracts 10/22/02 11:26 AM Page 27<br />

nutrition, environment and health. Barriers to attending face-to-face courses<br />

include the cost of travel and the difficulty spending time away from home.<br />

The emergence of the <strong>Inter</strong>net has created an opportunity to respond to this<br />

need by providing quality training through online courses that are flexible,<br />

learner-centered, and adapted to the needs (e.g. culture, language, literacy) of<br />

target learners.<br />

The Centre for Indigenous Peoples’ Nutrition and Environment (CINE)<br />

collaborated with the Department of Health and Social Services of the<br />

Government of the Northwest Territories (GNWT), to develop, deliver and<br />

evaluate online training for NWT Canada’s Prenatal Nutrition Program – First<br />

Nations and Inuit Component. A steering committee representing Aboriginal<br />

organizations, regional nutritionists, as well as CINE and GNWT, assisted in all<br />

phases of the project. Key components of the online course, Traditional Food and<br />

Nutrition for Northern Aboriginal Women, included presentation of nutrition<br />

information through story-telling, online quizzes, and time-independent online<br />

discussions in the web site “Meeting Room”. Formative and summative<br />

evaluations included consulting the target audience during course<br />

development and at the end of the course.<br />

In spite of challenges such as unreliable computer and <strong>Inter</strong>net access,<br />

participants found the course a very positive learning experience. More<br />

knowledge of what is involved in developing effective online training for NWT<br />

CPNP workers has resulted, especially with regards to ensuring workers have<br />

the incentive, motivation, and support they need to participate successfully.<br />

The online course provides a model that can guide the development and<br />

delivery of future courses related to nutrition and health for Indigenous<br />

communities across Canada and to health-care professionals in other countries.<br />

ABSTRACT NO. 229. A Wellness On-line Program (WOLP) between<br />

Australia and Malaysia<br />

Omar A, Wahlqvist M, Savige G, Kouris-Blazos A<br />

Monash Asia Institute, PO Box 11A, Monash University, Victoria 3800, Australia<br />

The convergence of information and communication technologies (ICT) in the<br />

health care industry have substantial advantages for users in improving the<br />

quality of lives. Promoting wellness online in primary health care is one<br />

example of how ICT may integrate health care through this ICT application.<br />

WOLP can be disseminated to health professional and patients as well as to the<br />

public at large as part of a broader Telehealth environment. Telehealth can<br />

enable self health-management in partnership with health care providers.<br />

Telehealth refers to the integration of information technologies, medical and health<br />

technologies, telecommunication technologies and human-machine interface<br />

technologies to deliver health care and to promote the health status of the people1,pg.2 . It<br />

is a means of delivering healthcare, which can support the “wellness”<br />

paradigm. With informed patients and public, illness prevention at an early<br />

stage can increase their wellness prospects and with reduced costs, shortened<br />

lengths of hospital stays, and enhanced economic productivity, which together<br />

can build healthy nations1,2 .<br />

The present study aims to assess users’ acceptance of WOLP and the role of<br />

these programs in wellness management, which is Self-Driven or Primary<br />

Health Care-Driven. The <strong>Inter</strong>net and Automated Digital Telephones (ADT) are<br />

the information technology devices for this study. The Technology Acceptance<br />

Model 3,4,5 , will be adapted to measure acceptance of the WOLP. Behavioral<br />

changes6, including physical activity and food intake, and factors associated<br />

with emotional health are program elements. The engagement of doctors is<br />

taken into consideration in the primary health care option. Cross-cultural<br />

differences between Australia and Malaysia are of interest in this study. The<br />

study will evaluate the determining factors of user acceptance and impact of<br />

WOLP in relation to “hierarchy of technology”, “engagement in the healthcare<br />

system” and “cross cultural difference”.<br />

References<br />

1. Ministry of Health Malaysia. MSC Telehealth Flagship Application: Integrated<br />

Telehealth. Malaysia, Kuala Lumpur, 2000: 1 – 8.<br />

2. Anonymous. Managing patient care needs in the <strong>21</strong>st century. Health<br />

Management Technology, Atlanta 1998; 19(7): 65 – 66.<br />

3. Davis FD. Perceived usefulness perceived ease of use, and user acceptance<br />

of information technology. MIS quarterly 1989; 13(3): 319 – 340.<br />

4. Agarwal R., and Prasad J. Are individual differences germane to the<br />

acceptance of new information technologies. Decision Sciences 1999; 30(2):<br />

361 – 391.<br />

5. Kieran M, Peacock E, and Chin WW. Extending the technology acceptance<br />

model: the influence of perceived user resources. Database for advances in<br />

information systems 2001; 32(3): 86 – 112.<br />

ABSTRACTS<br />

6. Powers SK, and Dodd SL. The essentials of Total Fitness: exercise, nutrition, and<br />

wellness. United States: Allyn and Bacon, 1997.<br />

ABSTRACT NO. 230. IT AND NUTRITION EDUCATION IN AFRICA, <strong>2002</strong><br />

Kilungu OM<br />

Department of Foods, Nutrition and Dietetics, Kenyatta University, P.O. Box 43844,<br />

Nairobi, Kenya<br />

There is an important three-way link between education, technology and<br />

development that is becoming critical in the age of globalization. Technology<br />

has always been a major nutrition educator to enhance communication efforts,<br />

which can improve the health and well being of people everywhere. Computer<br />

technologies are providing viable means of exchanging nutrition information<br />

among professionals and informing and influencing people.<br />

Computer programmes have been developed that run without telephone,<br />

television, satellite or other electronic transmissions, these programs are of<br />

great use for nutrition educators. Nowadays computer and also at<br />

workstations. There are many programs that have been developed for<br />

nutrition to date they include anthropometrical analysis, nutrient analysis,<br />

menu planning, clinical nutrition, food and nutrition library and many more.<br />

Most of these programmes have been developed by the developed countries<br />

and they are available in every part of the world.<br />

In Africa information technology is picking up slowly despite the development<br />

of user-friendly nutrition programs. Most of the nutrition educators are not<br />

aware of these programs and more so they are computer illiterate, hence<br />

nutrition programs have been under utilized in Africa. This paper seeks to<br />

address the importance of information technology in nutrition education,<br />

nutrition programs available, the importance of <strong>Inter</strong>net in nutritional<br />

education, the need of <strong>African</strong> nutrition educationist to develop their own<br />

nutrition programs anthropometrical and nutrient analysis and the<br />

shortcoming of information technology in Africa.<br />

ABSTRACT NO. 232. THE IMPACT OF HIV/AIDS ON COMMUNAL AND<br />

COMMERCIAL FARMING COMMUNITIES IN NAMIBIA<br />

Lipinge Scholastika N<br />

Faculty of Medical and Health Sciences, University of Namibia. Windhoek, Namibia<br />

A study was commissioned by FAO in conjunction with the Ministry of<br />

Agriculture, Water and Rural Development in Namibia in 2001. The University<br />

of Namibia was contracted to conduct the study in seven regions of Namibia.<br />

In total four hundred and twenty six respondents were interviewed using a<br />

questionnaire and twenty focus group discussions were held with the farming<br />

communities using a focus group interview schedule<br />

The study looked at the following aspects, namely the effects on social<br />

structures such as rural institutions and associations and the family structure;<br />

the impacts in relation to health; labour and income; land ownership, access<br />

and property inheritance; effects on agricultural productions.<br />

The study came to the following conclusions: death and sickness rob<br />

households of people who have gained important education from mutual<br />

assistance organisations on how to practice farming techniques. Death and<br />

sickness also rob organisations of individuals that initiate and reach others<br />

methods of agricultural production.<br />

HIV/AIDS might, through death and sickness, lead to poor attendance of<br />

meetings that upgrade agricultural skills among members of mutual assistance.<br />

HIV/AIDS deaths are affecting a wide range spectrum of communal farmers<br />

and lesser extent commercial farmers especially so in the northern part of the<br />

country.<br />

Older children that take charge of other children cannot sustain agricultural<br />

production at the same level as their parents because they have less knowledge<br />

and experience of farming. Thus, the use of child labour comprises the quantity<br />

and quality of production.<br />

Parent’s death interrupts the socialisation of younger children and their formal<br />

and non-formal education. <strong>Inter</strong>rupted education will create less able farmers<br />

for the future.<br />

All communities are affected by the disease personally or socially. The<br />

responsibility of caring for the sick in the family lies primarily with women<br />

who are the backbone of agriculture production, especially in the communal<br />

areas.<br />

S27


Abstracts 10/22/02 11:26 AM Page 28<br />

S28<br />

Community support systems for the persons affected by HIV/AIDS are not<br />

well established in the farming communities.<br />

The level of stigma is still high in some communities and this may hinder the<br />

health seeking behaviours of the affected and infected persons.<br />

HIV/AIDS infection has contributed to the reduction of labour inputs on<br />

various farm enterprises and operations in communal and some commercial<br />

farms. The consequences of the reduction of labour inputs are reduced area<br />

cultivated, increase use of child labour, changes in the crops grown and less<br />

intensive husbandry practices.<br />

The sale of livestock to cover medical bills will result in a decline amount of off<br />

take especially from the from the northern and north-eastern parts of the<br />

country. At the international level, this will mean reduced sales of beef by<br />

Namibia to south Africa and the European Union.<br />

In commercial farms, the security of land and property, in terms of inheritance<br />

assures continuity of agricultural production after the death of a husband due<br />

to HIV/AIDS.<br />

Gains in increased agricultural production are threatened by the HIV/AIDS<br />

pandemic as the elderly and weakened members of the extended family have<br />

not only to feed themselves but also increasing orphans.<br />

From all these conclusions, various recommendations were formulated to<br />

address the impact of HIV/AIDS on the farming communities in Namibia.<br />

ABSTRACT NO. <strong>24</strong>7. Development of Nutrition policy analysis and<br />

advocacy in Nigeria using PROFILES<br />

Oguntona Tunde*, Aminu Francis**, Williams Abimbola** and Aguayo<br />

Victor***<br />

University of Agriculture, Abeokuta*<br />

BASICS II Nigeria**<br />

HKI Africa***<br />

Infant and child mortality rates in Nigeria are among the highest in Africa and<br />

52% of these deaths are caused by malnutrition. PEM is an old problem in<br />

Nigeria (35% of U-5 are underweight, NDHS, 1990) with prevalence rates<br />

higher than those of many <strong>African</strong> countries. Micronutrient deficiency rates are<br />

also high. Available data indicate that anemia afflicts 25% of women and in<br />

some areas VAD rates are higher than 16%. Given these high malnutrition rates,<br />

there was need for effective advocacy to effect changes in policies and<br />

programs in favor of nutrition in the country.<br />

PROFILES was employed for analysis of the nutrition situation of mothers and<br />

children. The analysis reveals great benefit for survival and the economy if<br />

appropriate actions were to be taken now. In the next ten years, benefits to<br />

Nigeria’s economy would amount to 1.5 billion dollars due to the elimination<br />

of IDD, 1.1 billion dollars due to reduction of child stunting and 0.4 billion<br />

dollars due to reduction of anemia in women of reproductive age. Additionally,<br />

over 10000 lives of mothers will be saved by reduction of anemia in women,<br />

over 63000 children lives will be saved by reduction of PEM and 155000 others<br />

from elimination of VAD. Using these data, PROFILES was then used to<br />

develop a nutrition advocacy for policy makers in the health sector. The<br />

objectives were to demonstrate why good nutrition should be considered as an<br />

input into development process rather than just an outcome. It was also to<br />

present cost effective interventions. It was hoped that this will generate<br />

political, institutional and financial support for increased investment in<br />

nutrition programs in Nigeria.<br />

ABSTRACT NO. <strong>24</strong>8. Microbiological contamination of household food and<br />

water in displaced areas in Sudan<br />

Osman, Faiza<br />

Epidemiology and Clinical Studies, University of Khartoum, Sudan<br />

Background<br />

Food contamination can play a critical role in the etiology and pathogeneses of<br />

many diseases, especially among poor population. All types of food<br />

contaminants (MICROBIAL, CHEMICAL) can happened naturally or due to<br />

exposure to bad environment or unhygienic situations. In poor areas with bad<br />

environmental conditions and low socioeconomic status many types of food<br />

spoilage, poisonings and microbiological diseases can occur among the<br />

population, so the detection, identification and classification of different type of<br />

these microorganisms can give us a good picture about the expected health<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

problems. The aflatoxins for example have been shown to be toxic in many<br />

foods and produced great hazards to human health.<br />

Objectives<br />

To identify different types of microbial contaminants in food.<br />

To study the effects of food handling, preparation and processing, and<br />

consumption of food contaminants.<br />

To investigate the relationship between food products, additives and their<br />

constituents for the presence of potential spoilage of food.<br />

Material and methods<br />

Twenty different types of household foods were chosen randomly from houses<br />

in displaced areas in Sudan during the cross sectional survey done for food,<br />

water and nutrition evaluation. The raw and processed food materials were<br />

collected according to dominant food items.<br />

Different microbiological examinations were done. Different microbiological<br />

methods were used for microbiological isolation and identification and<br />

evaluated according to the international guides for food safety and hygiene.<br />

Chromatographic tech. was used for aflatoxin determination, and<br />

microbiological analysis of water samples were carried out according to<br />

APHA/ AWWA / WPCF. Accordingly, total bacterial count, coliform bacteria,<br />

yeast and moulds and staphylococci were determined.<br />

Results and discussion<br />

The microbiological tests show that the majority of food was contaminated<br />

with different types of microorganisms. Salmonella species also were also<br />

found which is a result of unhygienic practices of food preparation and<br />

handling.<br />

The microbiological examination of tape water is below the normal standard<br />

according water safety guides. The water from storage containers and ice water<br />

was found to be contaminated with pathogenic bacteria, which indicated that<br />

the contamination can happen due to contamination from environment and<br />

bad use of storage containers.<br />

Conclusion<br />

The number of organisms in a particular food substances at any given time will<br />

depend on the nature of the food stuff, its temperature, processing and keeping<br />

quality, however pathogens in food do not usually change the appearances test<br />

or flavors of it.<br />

ABSTRACT NO. <strong>24</strong>9. NUTRITION IN AFRICA IN A GLOBAL ECONOMY:<br />

PERSPECTIVES, CHALLENGES AND OPPORTUNITIES<br />

Kinabo Joyce<br />

Sokoine University of Agriculture, Department of Food Science and Technology PO<br />

Box 3006, Morogoro Tanzania<br />

This review provides an overview of the nutritional situation in Africa and<br />

discusses briefly some of the factors that influence nutritional status of the<br />

different age groups of the population. Malnutrition in Africa is increasing due<br />

to various factors, some of which involve the changing global economic<br />

policies. Perspectives of globalisation in relation to nutrition in Africa and the<br />

opportunities and challenges faced by nutritionists and people working in the<br />

field of nutrition are presented. Globalisation is affecting food patterns and<br />

diseases patterns in Africa hence changing the scenario of the nutrition<br />

problems in Africa. Africa is now facing a double burden of having to deal with<br />

the traditional nutritional problems associated with under-nutrition and the<br />

emerging problems of over-nutrition in ailing <strong>African</strong> economies characterised<br />

by poor physical and information technology infrastructure, unskilled and<br />

unmotivated workers and increasing poverty. Africa has a long way to go to be<br />

able to participate in the global economy and therefore improve the nutritional<br />

status of its people. To do so it will need to revamp skills and invest<br />

significantly in human development including improving the nutritional<br />

status of the people who are an essential element for production and<br />

productivity.


Abstracts 10/22/02 11:26 AM Page 29<br />

Poster Presentations: Contents<br />

ABSTRACTS<br />

Abstract No. Title<br />

40 Immunocompetence and hypocholesterolaemic potentials of Tinospora cordifolia and Eclipta alba on post-menopausal<br />

women<br />

Les potentiels d'immunocompétence et d'hypercholestérolémie de Tinospora cordifolia et Eclipta alba sur les femmes post-ménopausées<br />

Haripriya Sundaramoothy, Chandrasekhar Usha. Avinashilingam Univ, India<br />

41 Carotene content of commonly consumed vegetables subjected to dehydration<br />

Contenue de carotène dans les légumes couramment consommés sujets à la déshydratation<br />

Balasasirekha Ramanujam, Kowsalya S. Chandrasekhar Usha, Avinashilingam Univ, India<br />

44 Household food security: copying strategies of low resource households in Khayelitsha to ensure food security<br />

Sécurité alimentaire des ménages: stratégies de survie des ménages à peu de ressources à Khayelitsha pour assurer la sécurité<br />

alimentaire<br />

Maliwichi Lucy Lynn, Univ of Venda, South Africa; Bourne L, Medical Research Council, South Africa; Sukwana V, Univ of the<br />

Western Cape, South Africa<br />

45 Prevalence of aflatoxins and fumonisines in Western Burkina Faso<br />

Prévalence des aflatoxines et des fumonisines dans le maïs de l'Ouest Burkina Faso<br />

Sanou Dia, Université de Ouagadougou, Burkina Faso, Laboratoire National de Santé Publique, Burkina Faso; Nikiema PA, Université<br />

de Ouagadougou, Burkina Faso; Turner PC, Univ of Leeds, UK; Traore AS, Université de Ouagadougou, Burkina Faso<br />

47 Factors influencing the stability of iodine in iodized salt in the distribution chain in Burkina Faso<br />

Facteurs influençant la stabilité de l'iode du sel iodé au cours de la distribution au Burkina Faso<br />

Sanou Dia E, Laboratoire National de Santé Publique, Burkina Faso; Sanon LS, Centre National pour la Nutrition, Burkina Faso;<br />

Ouedraogo AM, Laboratoire National de Santé Publique, Burkina Faso<br />

55 Chemical composition and energetic value of main weaning food used in the urban area of Yaounde, Cameroon<br />

La composition chimique et la valeur énergétique des principaux aliments de sevrage utilisés en zone urbaine de Yaoundé, Cameroun<br />

Teugwa Mofor C, Kana Sop MM, Kuate JB, Boudjom CG, Amvam Zollo PH. Univ of Yaoundé I, Cameroon<br />

56 Market survey: fortification of domestic sugar with vitamin A - a strategy for combating vitamin A deficiency in Swaziland,<br />

2000<br />

Etude de marché: la fortification du sucre domestique en Vitamine A. Une stratégie de lutte contre carence en vitamine A au Swaziland,<br />

2000<br />

Sithole Moses M, Silaula S.M. Univ of Swaziland, Swaziland<br />

58 Minerals characterization of table salt in Morocco<br />

Les caractéristiques des minéraux du sel de table au Maroc<br />

Bahbouhi Imane, Belahsen R. Chouaïb Doukkali Univ, Morocco<br />

59 Lipid profile and prevalence of cardiovascular risk factors in a population of women of Morocco<br />

Le profil lipidique et la prévalence des facteurs de risque cardiovasculaire chez un groupe de femmes au Maroc<br />

Belahsen Rekia, Chouaïb Doukkali Univ, Morocco; El Ayachi M, Chouaib Doukkali Univ, Morocco, Laboratoire de Nutrition Humaine<br />

et Lipides, France; Mziwira M, Chouaib Doukkali, Univ Morocco; Lairon D, Laboratoire de Nutrition Humaine et Lipides, France<br />

73 Family involvement in growth monitoring and Nutrition<br />

L'implication de la famille dans le suivi de la croissance et de la nutrition<br />

Hamedy Parvin, Kolahdooz F. NNFTRI, Iran<br />

86 Creation of a nutrition data base of infant feeding in Chad<br />

Projet de création de bases de données de nutrition alimentaire infantile au Tchad<br />

Beninga Deouro Francis. Univ of N’Djamena, Chad<br />

89 The effect of Deferral on the amount of iron, ferritin, TIBC, transferrin, albumin, total protein, globulin and cholesterol in<br />

patients with Thalassemia major<br />

L'effet de Desferral sur le niveaux de fer, férritine, TIBC, transférrine, albumine, protéines totaux, globulines et cholestérol dans les<br />

malades de Thalassémie majeur<br />

Jahanlu Alireza Shahab, Keshavarz A, Jahanlu HR, Jahani J. Hormozgan Univ, Iran<br />

106 All the statistical tables you need at hand on your PC with StaTable<br />

Tous les tableaux statistiques à l'apport sur votre PC avec StaTable<br />

Tylleskär Thorkild. Univ of Bergen, Norway; Wentzel-Larsen T. Haukeland Univ Hosp, Norway<br />

113 An assessment of the adequacy of school meals in meeting the nutritional requirements of girls in boarding secondary<br />

schools in Nairobi, Kenya<br />

Une évaluation des menus scolaires dans des écoles secondaires à internat à Nairobi, Kenya<br />

Buluku Elizabeth. Kenyatta Univ, Kenya<br />

129 In-vitro-determination of dialysable iron in some Cameroonian complementary feeds: correlation to other nutrients<br />

Détermination "in vitro" des taux de fer dialysable de quelques aliment de sevrage Camerounais: corrélation avec les autres nutriments<br />

Kana Marie M, Bell A, Amvam Zollo PH. Univ of Yaoundé I, Cameroon<br />

S29


Abstracts 10/22/02 11:26 AM Page 30<br />

S30<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

Abstract No. Title<br />

130 FoodFinder dietary analysis software - the old vs. the new<br />

Le logiciel d'analyse diététique FoodFinder: l'ancien versus le nouveau<br />

Humphreys Joelaine M, Wolmarans P. Medical Research Council, South Africa<br />

141 Infant nutrition and care in Uganda: Data from IMCI baseline survey in the year 2000<br />

Nutrition infantile et soins en Ouganda: Données d'une étude de base IMCI en 2000<br />

Wamani Henry, Ministry of Health, Uganda, WHO, Centre for <strong>Inter</strong>national Health, Norway; Nsungwa Jesca, Minstry of Health,<br />

Uganda; Peterson Stefan, Karolinska Institute, Sweden; Tylleskar Thorkild, Centre for <strong>Inter</strong>national Health, Norway<br />

150 Nutrition in Mali: investing today for a sustainable development<br />

Nutrition au Mali: investissons aujourd'hui pour un développement durable<br />

Diarra Modibo M, Minstry of Health, Mali; Quattara F, INRSP, Mali; Aguayo V. HKI, Mali<br />

151 Does chicken make a significant contribution to the <strong>African</strong> diet?<br />

Le poulet, contribue-t-il significativement dans l'alimentation africaine?<br />

Schönfeldt HC, van Heerden SM. Animal Nutrition and Animal Products Institute, South Africa<br />

152 Is milk a homogenous product?<br />

Est-ce que le lait est un produit homogène?<br />

Schönfeldt HC, Smit Louwrens E, Smith MF. Agric Research Council, South Africa<br />

168 Assessment of food patterns in hypertensive men<br />

Evaluation des habitudes alimentaires chez les hommes hypertensifs<br />

Kooshki Akram, National Nutr & Food Technology Res Institute, Iran; Movahedi A, Shaheed Beheshti Med Sc & Health Services<br />

Univ, Iran<br />

170 Harnessing social capital for <strong>African</strong> development in the computer age: a preliminary theoretical approach<br />

L'exploitation du capital social pour le développement africain à l'ère de l'informatique: approche théorique préliminaire<br />

Babatunde Emmanuel. Lincoln Univ, USA<br />

184 Nutritional status of school children in Kenya: the place for information technology<br />

Le statut nutritionnel des enfants scolarisés au Kenya: la place de la TI<br />

Waudo Judith. Kenyatta Univ, Kenya<br />

185 Studies on the production of beta-galactosidase by Kluyveromyces Cerevisia and Kluyveromyces Fragilis - properties and<br />

applications of beta-galactosidase<br />

Etudes de la production de beta-galactosidase par Kluyveromyces Cerevisia et Kluyveromyces Fragilis - caractéristiques et usage de<br />

beta-galactosidase<br />

Alani, SR, AL-Rawi AT, Sajet AS. Agric & Biol Research Centre, Iraq<br />

193 The microbial ecology of selected foods with specific reference to Bacillus cereus<br />

L'écologie microbienne des aliments sélectionnés avec référence spécifique au Bacillus cereus<br />

El-Mansy Hamdy A, Zagazig Univ, Egypt; El – Desouky AI, Univ New South Wales, Australia, Zagazig Univ, Egypt; Cox JM, Univ<br />

New South Wales, Australia<br />

196 Intra-household meat allocation, nutritional need and modernization among the Yoruba in Southwestern Nigeria<br />

Distribution de la viande à l'intérieur du ménage: besoin nutritionnel et modérnisme chez les Yoruba au Sud-Ouest du Nigeria<br />

Setiloane Kelebogile. Univ of Delaware, USA<br />

199 Dairy production: a nutrition intervention in a sugarcane growing area in Western Kenya<br />

La production laitière: une intervention nutritionnelle dans une région cultivant du sucre au Kenya de l'ouest<br />

Mbagaya GM, Odhiambo MO. Moi Univ, Kenya<br />

200 Nutrition interventions among HIV/AIDS patients in poor resource settings in Sub-saharan Africa<br />

<strong>Inter</strong>ventions nutritionnelles chez les patients atteints de VIH/SIDA dans les zones pauvres de l'Afrique Subsaharienne<br />

Waswa JK, Kenyatta Univ, Kenya<br />

201 Dietary implications of dairy development in Vihiga District, Kenya<br />

Les implications diététiques du développement d'une industrie laitier dans le district Vihiga, Kenya<br />

Walingo MK. Maseno Univ, Kenya<br />

202 Gene and information technologies in foods and nutrition: the twin challenges for Africa<br />

Gène et TI en alimentation et nutrition: les défis jumeaux pour l'Afrique<br />

Limo MK. Egerton Univ, Kenya<br />

203 Strain in improvement of selected mushroom by hybridization and radiation<br />

Variété améliorée de champignons sélectionnés par hybridisation et irradiation<br />

Natheer Adel M, Hassan AA. Agric Research Centre, Iraq<br />

204 The nutrition information centre at the University of Stellenbosch, South Africa<br />

Le centre d'information nutritionnelle à l'université de Stellenbosch, Afrique du Sud<br />

Labuschagne Irene, Labadarios D. Nutrition Information Centre at the University of Stellenbosch (NICUS), South Africa<br />

205 The detection of Salmonellae Typhi in a population of public high school food vendors in Ikorodu Local Government of<br />

Lagos


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ABSTRACTS<br />

Abstract No. Title<br />

La détection de Salmonella Typhi parmis les vendeurs de nourriture aux écoles secondaires à Ikorudu, Lagos<br />

Abidoye Rotimi O, Olaitan OF, Akinkuade Robert A, Smith S. Bambala, Nigeria<br />

209 Reducing childhood malnutrition through community-based growth monitoring and promotion in Zambia<br />

Réduction de la malnutrition à travers une promotion de suivi de la croissance au niveau communautaire en Zambie<br />

Bhat Ganapati, School of Medicine, Zambia; Mubanga F, Nat Food & Nutr Commission, Zambia; Kabongo J, Min of Agriculture,<br />

Food & Fisheries, Zambia; Lungu R, Zambia Intetrated Health Proj, Zambia<br />

<strong>21</strong>2 Prevalence and risk factors of Vitamin A Deficiency amongst pre-school children in Gichugu Division, Kirinyaga district,<br />

Kenya<br />

Prévalence des facteurs de risque de la carence en vitamine A chez les enfants d'âge préscolaire dans la division de Gichugu, district de<br />

Kirinyaga, Kenya<br />

Mugambi RM, Imungi JK, Wambui – Kogi Makau. Univ of Nairobi, Kenya<br />

<strong>21</strong>3 A Kenyan perspective of school health and nutrition in relation to education performance situation analysis ,1997<br />

Une perspective kenyane de santé et nutrition scolaires en relation avec une analyse situationnelle de la performance de l'éducation en<br />

1997<br />

Waweru RN. School and Dropout Science, Kenya<br />

<strong>21</strong>5 Evaluation of serum zinc in different kinds of malignancies<br />

Evaluation du zinc dans le sérum chez les malades affectés de différentes tumeurs<br />

Keshavarz Ali, Jahanlu A.sh, Jahanlu H, Jahani J. Tehran Univ & Med Univ Bandarabbas, Iran<br />

<strong>21</strong>6 The use of armspan measurement to assess the nutritional status of adults in four Ethiopian ethnic groups<br />

L'utilisation des mesures de la longueur des bras pour évaluer l'état nutritionnel des adultes chez quatre groupes ethniques en Ethiopie<br />

Fikru Tesfaye, Addis Ababa Univ, Ethiopia; De Lucia Emanuella, London School of Hygiene & Tropical Med, UK; Lemma Ferew,<br />

Jimma Univ, Ethiopia; Ismail Suraiya, London School of Hygiene & Tropical Med, UK<br />

<strong>21</strong>7 Model program of the care and assessment of nutrition and growth of children orphaned from AIDS living in a familystyle<br />

group home<br />

Un programme modèle de soin et d'évaluation de nutrition et de croissance parmis des enfants orphanés par le SIDA vivant en foyers<br />

similaires aux familles<br />

Ernst Judith, Ochieng T, Hidinger C, Heiser C, Odongo J. St Anne’s Children’s Home, Kenya, and Indiana Univ, USA<br />

223 A study on the prevalence of Salmonella in food from road-side cafes in the Buea District of Cameroon<br />

Etude de la prévalence de Salmonella dans les aliments des cafés de rue dans le district de Buea au Cameroun<br />

Nkuo Akenji Theresa K, Aduh J, Ndip RN. Univ of Buea, Cameroon<br />

227 Food crisis in dry land agriculture of the Sudan<br />

La crise alimentaire dans les terres arides d'agriculture au Soudan<br />

Fadwa Ibrahim. Care <strong>Inter</strong>national, Sudan<br />

231 Effective communication for eradication of endemic goitre<br />

La communication efficace pour l'éradication du goitre endémique<br />

Onimawo IA. Okpara Univ, Nigeria<br />

233 Effect of processing on polyphenol content in cereals & legumes and on in-vitro iron accessibility in high-tannin cereals<br />

L'effet de traitement sur le contenu de polyphénoles dans les céréales et les légumineuses et sur l'accessibilité de fer dans les céréales à<br />

haute ténue de tannins<br />

Towo Elifatio, Tanzania Food and Nutrition Centre, Tanzania; Matuschek E, Svanberg U, Chalmers Univ of Tech, Sweden; Ndossi G,<br />

Tanzania Food and Nutrition Centre, Tanzania<br />

234 Plasma levels of retinol, carotenoids and tocopherols in relation to dietary pattern among pregnant Tanzanian women<br />

Les niveaux sériques de rétinol, caroténoïdes et tocophérols en relation avec l'alimentation chez les femmes enceintes en Tanzanie<br />

Mulokozi G, Tanzania Food and Nutrition Centre, Tanzania; Lietz G, Univ of Newcastle,UK; Svanberg U, Chalmers Univ of Techn,<br />

Sweden; Mugyabuso JKL, Tanzania Food and Nutrition Centre, Tanzania; Henry CJK, Oxford Brookes Univ,UK; Tomkins AM, Centre<br />

for <strong>Inter</strong>national Child Health, UK<br />

235 Plasma levels of calcium, phosphate and magnesium in malaria patients in Cameroon<br />

Profil phospho calcique & magnésien des paludéens Camerounais<br />

Gouado Innocent, <strong>Pan</strong>koui MNJ, Fotso KH. Cameroon<br />

236 Hunger in the making in rural Western Kenya: special research report on anatomy of food insecurity and futures beyond<br />

famine through information technology - the Profiles in Katolo Famine imminente au Kenya de l'Ouest rural: rapport de<br />

recherche spécial sur l'anatomie de l'insécurité et le futur au delà de famine par la technologie - Profiles à Katolo<br />

K'Okul Richard NO. Kenyatta Univ, Kenya<br />

237 Serious deterioration of the nutritional status of the local population in comparison to the populations displaced by war in<br />

Kinshasa, DR Congo<br />

Grave détérioration de l'état nutritionnel des populations locales par rapport aux populations déplacées de guerre à<br />

Kinshasa, République Démocratique du Congo<br />

Banea-Mayambu Jean-Pierre, Univ of Kinshasa, Centre National de Planification de Nutrition, Kinshasa I; Ntambwe-Kibambe T,<br />

Nahimana-Gitebo D. Centre National de Planification de Nutrition, Kinshasa I DR Congo<br />

S31


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<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

Abstract No. Title<br />

238 Exchange of Nutritional Data on an <strong>Inter</strong>national Level: Challenges<br />

Défis de l'échange international de données nutritionnelles<br />

Makhumula-Nkhoma Philip J. Univ of Malawi, Malawi<br />

<strong>24</strong>0 Countering the negative effects of information technology in nutrition<br />

Contrecarrer les effets négatifs de la TI en nutrition<br />

Mokua Jacqueline K. Univ of Nairobi, Kenya<br />

<strong>24</strong>2 Assessment of better practices in community nutrition programmes: a case study of Ssembabule Child Survival Project,<br />

Uganda<br />

Une évaluation des habitudes améliorées par des programmes de nutrition communautaire : Le cas du Projet Survie de l'Enfant de<br />

Ssembabule, Ouganda<br />

Sentumbwe Juliet, Kazibwe S. Ministry of Agric, Animal Industry and Fisheries, Uganda<br />

<strong>24</strong>3 Nutritional assessment of hospitalised elders in Abeokuta, Nigeria<br />

Evaluation de l'état nutritionnel des personnes âgées hospitalisées à Abeokuta, Nigeria<br />

Aboaba, Ibiyemi. Univ of Agric, Abeokuta, Nigeria<br />

<strong>24</strong>4 The impact of maternal nutrition education on nutritional status of children under five years old in Butere Division, Kenya<br />

L'impacte de l'éducation nutritionnelle de la mère sur l'état nutritionnel de l'enfant âgé moins de cinq ans dans la Division de Butere,<br />

Kenya<br />

Shihundu DA. Kilimambogo Teachers College, Kenya<br />

<strong>24</strong>5 Resource service for educational materials on nutrition and hygiene of the Ethiopian Evangelical Church Mekane Yesus<br />

Service de ressources de L'Eglise Evangélique Ethiopienne Mekane Yesus sur des matériaux éducatifs sur la nutrition et l'hygiène<br />

Loha Tadelech. Ethiopian Evangelical Church Mekane Yesus, Ethiopia<br />

<strong>24</strong>6 The integrated village development project<br />

Le projet intégré de développement rural<br />

Gobezie Abeba. Ministry of Health, Ethiopia<br />

251 Dietary planning for low-income strata in Egypt<br />

Planning alimentaire pour les couches à pauvre revenu en Egypte<br />

El-Asfahani Aida, Sultan Qaboos Univ, Sultanat of Oman; Abdou Amin I, National Res Centre, Egypt; Ibrahim Khalid R, Helwan<br />

Univ, Cairo, Egypt<br />

301 Use of dried and preserved bovine blood for the fortification of bean sauce as a food-based strategy to combat iron<br />

deficiency anaemia in Uganda<br />

L’usage du sang bovin séché et préservé pour la fortification de sauce des haricots comme une stratégie alimentaire en Ouganda pour<br />

combattre l’anémie<br />

Kikafunda Joyce K, Sserumaga P. Makerere Univ, Uganda<br />

302 Malnutrition in HIV Seropositive Children Aged 6 to 59 Months: A Case of Institutional and Home-Based Care in Nairobi,<br />

Kenya<br />

Malnutrition chez les enfants âgés 6-59 mois: un cas de soins à l'institution et à domicile à Nairobi, Kenya<br />

Peninah Masibo, Moi Univ, Kenya<br />

303 The Global NutrITion Programme: Incorporating Information Technology in capacity building of academicians and<br />

students in tertiary education in the South<br />

Le programme "Global NutrITion": Incluant la TI dans le developement de la apacité umaine dans le cadre académique et<br />

armis les étudiants dans les universités du sud<br />

B Ogle, L Hambraeus, G.Westman, L Chiwona-Karltun, T Tylleskär,<br />

The Swedish Univ of Agricultural Sciences and Uppsala Univ, Uppsala, Sweden


Abstracts 10/22/02 11:26 AM Page 33<br />

ABSTRACT NO. 40. Immunocompetence and hypocholesterolemic<br />

potentials of Tinospora cordifolia and Eclipta alba on post menopausal<br />

women<br />

Haripriya S, Chandrasekhar Usha<br />

Department of Food Science and Nutrition, Avinashilingam University, Coimbatore<br />

641043<br />

Menopause is of increasing importance to the health professionals in terms of<br />

both preventive and clinical care of women in their later years of life. With<br />

increase in life expectancy the average woman now lives approximately one<br />

third of her life in postmenopausal period. Several irritable symptoms<br />

attributed to menopause are often encountered during this later years in life<br />

and freedom from related symptoms and comfort could add life to years.<br />

Lowering of Immunocompetence and hypocholesterolemic are two of the<br />

identified symptoms in postmenopausal women and the main aim of the<br />

present study was to evaluate the immunocompetence and hypocholesterolemic<br />

potentials of Tinospora cordifolia and Eclipta alba respectively<br />

in post menopausal women. A group of 400 postmenopausal women were<br />

selected and divided into two groups A and B of 200 women each. In both<br />

groups 100 women served as the experimental group and the remaining 100<br />

women served as the control. The experimental group A consisted of<br />

postmenopausal women with low Immunocompetence and was treated with<br />

525 mg/day of Tinospora cordifolia. Experimental group B consisted of<br />

postmenopausal women with hypocholesterolemia and hence was treated<br />

with 750mg/day of Eclipta alba. The control groups were placed on placebo<br />

treatment. The impact was studied in terms of weight changes and<br />

biochemical parameters representing the symptoms in question over a period<br />

of six months. Findings as related to Immunocompetence and hypocholesterolemia<br />

revealed that Tinospora cordifolia and Eclipta alba proved to<br />

be an excellent immuno-modulator and hypocholesterolemic agent<br />

respectively.<br />

ABSTRACT NO. 41. CAROTENE CONTENT OF COMMONLY<br />

CONSUMED VEGETABLES SUBJECTED TO DEHYDRATION<br />

Balasasirekha R, Kowsalya S, Chandrasekhar Usha<br />

Department of Food Science and Nutrition, Avinashilingam University, Coimbatore<br />

– 641 043, Tamil Nadu, India<br />

The total and beta-carotene retention in selected commonly consumed<br />

vegetables subjected to various dehydration methods was studied. The<br />

vegetables selected for the study included carrot, pumpkin, sweet potato and<br />

yam. The dehydration methods selected for the study were sun drying, oven<br />

drying, microwave drying, vacuum drying and solar drying. All the<br />

vegetables were estimated for its moisture content, total carotene and betacarotene<br />

in their raw and dehydrated forms. The total carotene was analyzed<br />

using spectrophototmetry and beta-carotene using high performance liquid<br />

chromatography. Results indicated that microwave dried samples had a<br />

maximum retention of 94 and 91 per cent of total and beta-carotene<br />

respectively. The retention of total and beta-carotene varied significantly<br />

(P


Abstracts 10/22/02 11:26 AM Page 34<br />

S34<br />

partant ; la production des mycotoxines.<br />

Le présent travail rapporte les résultats d’une étude réalisée dans 5 villages de<br />

l’Ouest du Burkina. Les résultats montrent un taux général de contamination<br />

de 34,62% (aflatoxines et ou fumonisines). Les aflatoxines sont présentes dans<br />

19,23% des échantillons avec des teneurs variants entre 42,8 et 1949,9 µg/kg.<br />

La fumonisine B1 a été détectée dans 26,92% des échantillons avec des niveaux<br />

variant entre 10,1 et 93,5 µg/kg. La présence simultanée des aflatoxines et des<br />

fumonisines a été mise en évidence dans certains échantillons soit 11,54%.<br />

Compte tenu de l’importance de la consommation de mais dans la zone, de<br />

l’implication de ces deux toxines dans l’étiologie de certaines maladies<br />

humaines telles que le cancer et leur interférence avec les hépatites virales; il<br />

apparaît que les populations sont exposées à long terme au danger des<br />

mycotoxines à travers le régime alimentaire. Toutefois, le niveau d’exposition<br />

reste imprécis d’où la nécessité d’entreprendre des travaux supplémentaires<br />

afin d’estimer la quantité de toxines ingérées et leur proportion dans le sang<br />

chez les personnes exposées.<br />

ABSTRACT NO. 47. FACTORS INFLUENCING IODINE STABILITY IN<br />

IODIZED SALT ALONG THE DISTRIBUTION CHAIN IN BURKINA<br />

FASO<br />

DE SANOU1 , LS SANON2 et AM OUEDRAOGO1 1 Laboratoire National de Santé Publique, 09 BP <strong>24</strong> Ouagadougou 09, Burkina Faso<br />

2 Centre National pour la Nutrition, Burkina Faso<br />

In the fight against iodine deficiency disorders (IDD), Burkina Faso has<br />

adopted a WHO conform regulation of the salt trade. The remaining problem<br />

is to maintain the levels of iodine in the salt so that the consumer can cover its<br />

need of iodine. It has been estimated that in Africa, an important part of the<br />

iodine initially present in the salt is lost between the production and the<br />

consumption.<br />

We report a study of the factors influencing the loss of iodine of iodized salt<br />

from the import to the household. The study was done on three different types<br />

of salt (GHA, SEN, FRA) sampled at different levels (whole-sale, retailer and<br />

household). The results demonstrate a loss of iodine between the whole-seller<br />

and the household. The iodine concentration goes on average from 37 to 29<br />

ppm for the GHA salt, from 132 to 78 ppm for the SEN salt and from 9 to 5<br />

ppm for the FRA salt; which means losses of 20%, 36% et 50%, respectively.<br />

The analysis of the content of iodine in relation to handling shows that the<br />

most important factors for the retention of iodine in the salt were: the storage<br />

duration, the practices of the retailer, type of packing and the physical qualities<br />

of the salt. Multivariate analysis showed that no single factor is important<br />

alone. It is the combined action of several factors leading to important losses<br />

observed. We conclude that even if the salt was initially iodized at a high<br />

concentration, the consumer may consume insufficient quantities of iodine;<br />

especially since other factors like cooking and goitrogenic factors in the diet<br />

may result in further losses.<br />

FACTEURS INFLUENCANT LA STABILITE DE L’IODE DU SEL IODE<br />

AU COURS DE LA DISTRIBUTION AU BURKINA FASO<br />

DE SANOU 1 , LS SANON 2 et AM OUEDRAOGO 1<br />

1 Laboratoire National de Santé Publique, 09 BP <strong>24</strong> Ouagadougou 09, Burkina Faso<br />

2 Centre National pour la Nutrition, Burkina Faso<br />

Dans le cadre de la lutte contre les carences en iode, le Burkina Faso a adopté<br />

une réglementation sur la commercialisation du sel iodé conformément aux<br />

normes de l’Organisation Mondiale de la Santé (OMS). Le problème reste<br />

cependant le maintien de l’iode dans le sel de façon à ce qu’il parvienne au<br />

consommateur en quantité requise pour couvrir les besoins de l’organisme.<br />

On estime en effet qu’en Afrique, une partie importante de l’iode initialement<br />

présent dans le sel se perd entre sa production et sa consommation effective.<br />

Le présent article rapporte les résultats d’une étude sur les facteurs de<br />

déperdition de l’iode du sel iodé depuis l’importation jusqu’au ménage.<br />

L’étude a porté sur trois types de sel (GHA, SEN, FRA) prélevés à différents<br />

niveaux (grossiste, détaillant et ménage). Les résultats montrent que la teneur<br />

du sel en iode diminue entre le grossiste et le ménage. Elle passe en moyenne<br />

de 36,93 à 29,4 ppm pour le sel GHA, de 131,9 à 77,5 ppm pour SEN et de 9,1<br />

à 4,57 ppm pour FRA ; soit des pertes respectives de 20,39%, 35,97% et 49,78%.<br />

L’analyse de la teneur en iode en fonction des conditions de traitement et de<br />

commercialisation montre que les facteurs les plus déterminants pour le<br />

maintien de l’iode dans le sel sont : la durée de stockage et de conservation, les<br />

pratiques de vente au détail, le type d’emballage, la nature des récipients de<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

conservation, la qualité physique du sel. L’analyse multivariée révèle<br />

qu’aucun facteur n’agit isolement. C’est leur action combinée qui justifierait<br />

l’important taux de déperdition observé. Il ressort donc que, même<br />

initialement présent dans le sel à forte concentration, l’iode peut parvenir au<br />

consommateur en quantité insuffisante surtout que d’autres facteurs comme la<br />

cuisson, les substances alimentaires goitrigènes peuvent entraîner des pertes<br />

supplémentaires.<br />

ABSTRACT NO. 55. CHEMICAL COMPOSITION AND ENERGETIC<br />

VALUE OF MAIN WEANING FOOD USED IN THE URBAN AREA OF<br />

CAMEROON – YAOUNDE<br />

Teugwa Mofor C, Kana Sop MM, Kuate JB, Boudjom CG, Amvam Zollo PH<br />

University of Yaoundé I – PO Box 812 Yaoundé Cameroon<br />

The objective of the study was to assess the chemical composition and<br />

energetic value of main Cameroonian weaning food, identified during<br />

enquiries near 300 mothers, with weaning babies up to 30 months, in order to<br />

fight against protein energy malnutrition and micronutrients deficiency<br />

within pre-school children in Cameroon. The receipts were selected for their<br />

frequent consumption, cooked in triplicate as described by mothers and kept<br />

at –20°C for chemical analysis. The dishes were 5 corn gruels, 5 Irish potatoes<br />

purée enriched or no by groundnuts, egg yolk, soybean, carrots, fish, legume<br />

and 3 family dishes accompanied by gluey sauce. These dishes were rich in<br />

carbohydrate ranging from 50.74 ± 3.61 to 95.60 ± 0.46 % DWt. A part from<br />

corn gruel (0.87 ± 0.59 % DWt) and corn gruel enriched with soybean (5.25 ±<br />

1.13 % DWt), the others meals analysed were high lipid content ranging from<br />

13.75 ± 3.37 to 28.75 ± 2.35 % DWt. The protein content were ranging from 3.34<br />

± 0.<strong>21</strong> to 10.15 ± 0.86 % DWt with exception of soybean gruel (22.04 ± 1.30 %<br />

DWt) and Irish potatoes purée with fish (13.17 ± 2.31 % DWt). They were high<br />

energy content, from 402.76 Kcal % DWt (corn gruel) to 519.31 Kcal % DWt<br />

(Irish potatoes purée with egg yolk). These weaning foods were very poor in<br />

Mn, Cu and Zn, and poor in phosphorus and b-carotene; rich in Na, K, Ca and<br />

Mg. The couscous corn accompanied by Corchorus olitorius and Hibiscus<br />

esculentus sauce were good nutrients sources both macronutrients and<br />

micronutrients. The corn gruel – egg yolk and Irish potatoes – egg yolk gruel<br />

were good mineral sources. Soybean gruel and Irish potatoes - fish were good<br />

macronutrients foods.<br />

ABSTRACT NO. 56. MARKET SURVEY: FORTIFICATION OF DOMESTIC<br />

SUGAR WITH VITAMIN A - A STRATEGY FOR COMBATING VITAMIN<br />

A DEFICIENCY IN SWAZILAND, 2000<br />

Silaula SM 1 , Sithole MM 2<br />

Departments of Home Economics 1 and Agricultural Economics and Management 2 ,<br />

Faculty of Agriculture, University of Swaziland, P.O. Luyengo, Swaziland<br />

It has been demonstrated by the Academy for Educational Development for<br />

the Micronutrient Initiative (1999) that reducing Vitamin A malnutrition has<br />

quantifiable socio-economic benefits. It has been shown that in Swaziland the<br />

Vitamin A status is marginal among 46% and deficient in 7.7% of children<br />

(UNICEF, 1995). In 1999, 45, 480 individuals were diagnosed with various eye<br />

disorders by various health facilities (MOHSW, 1999). The study being<br />

reported in this paper sought to document facts about consumer<br />

demand/preference and/or outlook of sugar fortified with Vitamin A. It also<br />

assessed the level of commitment and/or support for this intervention by the<br />

key stakeholders such as Government, sugar industry, and departments or<br />

agencies that are active in health and nutrition issues. The results revealed that<br />

a significantly high proportion (82.9%, P


Abstracts 10/22/02 11:26 AM Page 35<br />

ABSTRACT NO. 58. MINERALS CHARACTERIZATION OF TABLE SALT<br />

IN MOROCCO<br />

Bahbouhi I, Belahsen R<br />

Training and Research Unit on Food Sciences. Laboratory of Physiology Applied to<br />

Nutrition and Alimentation. Chouaïb Doukkali University. School of Sciences P.O.<br />

Box 20. El Jadida, <strong>24</strong>000, Morocco<br />

The table salt used in Morocco is from different sources: rock salt, sea salt and<br />

refined salt iodized or not iodized. The rock salt is consumed by the<br />

population in the mountain areas. Mineral composition of rock salt is different<br />

according to the location and the environment of the mines. The fact that the<br />

content of some trace elements or micro nutrients could be higher or lower<br />

than those recommended will have consequences on health. In this study the<br />

goal was to characterize different samples of salt by evaluating and comparing<br />

their chemical composition especially their content in some elements (Cl, Na,<br />

Mg, K, SO 4, I 2, Cu, Pb) and physical properties. This characterization is<br />

important for salt fortification with micronutrient such as iodine. The results<br />

are discussed on the basis of the improvement of the salt composition for<br />

dietary use.<br />

ABSTRACT NO. 59. LIPID PROFILE AND PREVALENCE OF<br />

CARDIOVASCULAR RISK FACTORS IN A POPULATION OF WOMEN<br />

OF MOROCCO<br />

E l Ayachi M 1,2 , Mziwira M1, Belahsen R 1 , Lairon D 2<br />

1 Laboratoire de Physiologie appliquée à la nutrition et à l'AlimentationUnité de<br />

Formation et de Recherche "Sciences de l'Alimentation"Université Chouaïb<br />

DoukkaliFaculté des Sciences<br />

El Jadida, Maroc<br />

2Laboratoire de Nutrition Humaine et Lipides, U476, INSERM, Centre Viton,<br />

Marseille, France<br />

The aim of this study was to evaluate the lipid, lipoprotein and apolipoprotein<br />

profile, the prevalence of cardiovascular risk factors and to examine its<br />

relationship with age in urban population of adult women from El Jadida city<br />

in Morocco. A sample of <strong>21</strong>9 women, 25-55 years old were included in this<br />

study. Lipid profile parameters were determined including triglyceride-rich<br />

lipoprotein triglycerides (TRL), triglyceride-rich lipoprotein cholesterol, total<br />

triglyceride (TG), total cholesterol (CT), low-density lipoprotein (LDL)<br />

cholesterol and high-density lipoprotein (HDL) cholesterol, apo lipoprotein<br />

AI, B, B48, CIII, and E, and glycaemia. The results showed that the risk of<br />

cardiovascular disease was characterized by limiting and increased total and<br />

LDL-C cholesterol levels in 10% and 19.4% respectively; decreased HDL-C<br />

levels in 43.3%; increased triglyceride levels in 11.9%, and increased glucose<br />

levels in <strong>24</strong>.6%. TRL-CT level higher than 0.6 mmol/l was presented in 13.4%.<br />

TRL-TG level higher than 0.8 mmol/l was presented in 16.6%. Triglycerides<br />

and glucose concentrations were increased with age APO CIII and TRL-TG are<br />

all closely correlated with total triglycerides (R=0.52, P=0.0001 and R=0.86,<br />

P=0.0001, respectively).<br />

The study showed that there is a high prevalence of some risk factors of<br />

cardiovascular diseases associated with an altered lipid profile which is age<br />

dependant in the Moroccan population of women studied.<br />

ABSTRACT NO. 73. Family involvement in growth monitoring and<br />

nutrition<br />

Hamedy P, Kolahdooz F<br />

NNFTRI, Iran<br />

It is now accepted that family involvement is central to any effective health<br />

education activity. Growth monitoring and Nutrition education have been less<br />

successful than they should have been because the family has not been<br />

involved family members need to be able to assimilate and act upon the in<br />

formation received. Unfortunately many growth-monitoring programmers<br />

have neglected or at least only nominally involved these key personnel<br />

particularly the influential family members many Nutrition education<br />

programs have concentrated on transferring the message not considering<br />

appropriateness or feasibility. The audience is often perceived as ? having a<br />

ABSTRACTS<br />

problem ? namely ignorance. They are the victims. Using key technical areas<br />

for involvement such as providing a sufficient energy concentrated diet for<br />

young children this paper suggests mechanism for enabling family members<br />

to become participatorier. Methods for more active involvement of parents<br />

and the community in the growth process direct weighing, their ability to<br />

interpret the growth curve and decide what action to initiate are discussed.<br />

F.G.D. (Focus group discussion) is the best way to facilitate family members<br />

and the wider community in having more Autonomy in their lives.<br />

ABSTRACT NO. 86. A PROJECT FOR CREATING AN INFANT<br />

NUTRITION DATA BASE IN CHAD<br />

Francis Beninga Deouro<br />

Faculté des Sciences BP 1027 N’Djaména, CHAD<br />

Chad has several geographical zones reflected in the diet like this:<br />

- in the South, the diet is dominated by roots and tubers (cassava, sweet potato,<br />

yam) and by white sorghum;<br />

- in the Central South, the diet is based on sorghum (red and white) and on<br />

rice;<br />

- in the Central part, the diet is based on sorghum (red and white) and millet;<br />

- in the North the diet is based on millet and dates.<br />

As a complement to the different sorghums and roots and tubers, which serve<br />

to prepare the staple paste, a sauce with vegetables, meat or fish is served.<br />

Cattle or camel rearing also dominates the country. The diets of the infants<br />

conform to this dietary diversity. The young children have for the first three<br />

months a diet based on breast milk. From 3 months of age the breast milk is<br />

complemented by thin gruels. The gruels are based on sorghum, roots and<br />

tubers, dates, peanut butter and water.<br />

From six months the gruel is made thicker and the infants are also given meat<br />

sauces, vegetables and fish. At 18 months the breastfeeding is discontinued<br />

and the child is served the same food as the rest of the family.<br />

PROJET DE CRÉATION DE BASES DE DONNÉES<br />

DE NUTRITION ALIMENTAIRE INFANTILE AU TCHAD<br />

Francis Beninga Deouro<br />

Faculté des Sciences BP 1027 N’Djaména<br />

Le Tchad est un pays ayant une spécificité géographique liée à l’alimentation,<br />

qui est repartie comme suit:<br />

- à l’extrême sud, elle est dominée par les tubercules (manioc, patate, igname)<br />

et du sorgho mil blanc ;<br />

- au centre sud, l’alimentation repose essentiellement sur le sorgho mil (rouge<br />

et blanc) et du riz ;<br />

- au centre du pays, l’alimentation est basée sur le sorgho (mil blanc et rouge,<br />

le béré-béré, le petit mil ou pénicillaire) ;<br />

- au nord et extrême nord l’alimentation est basée sur le mil et les dattes.<br />

Comme complément de ces différents sorghos et tubercules qui servent à<br />

préparer la bouillie ou boule à base des farines, on complète avec la sauce de<br />

légumes, viandes ou poisson.<br />

L’élevage prédomine également dans le pays, la densité d’élevage du bovin et<br />

ovins diminue du centre vers le sud ou le nord. Au nord c’est l’élevage des<br />

chameaux qui est fait.<br />

Conformément à sa diversité alimentaire, la nutrition infantile suit exactement<br />

cette diversité. Les jeunes enfants tchadiens ont exclusivement à la naissance<br />

une alimentation basée sur le lait maternel jusqu’à l’âge de trois mois. A partir<br />

de trois mois, on complète le lait maternel par la bouillie légère. La préparation<br />

de la bouillie est constituée de la farine (sorgho, tubercule, datte), de la pâte<br />

d’arachide et d’eau qui représente 80 % de la constitution.<br />

A partir de 6 mois le volume d’eau diminue à 60% pour faire place à<br />

l’augmentation du volume de la farine et de la pâte. A cette âge on commence<br />

à donner le jus de la viande, de légume ou du poisson. La boule (couscous de<br />

farine de sorgho ou tubercule) est la nourriture de base. A 18 mois on arrête<br />

l’allaitement de l’enfant, et l’enfant est servi intégralement la nourriture de la<br />

famille.<br />

S35


Abstracts 10/22/02 11:26 AM Page 36<br />

S36<br />

ABSTRACT NO. 89. The effect of Desferral on the amount of Iron, Ferritin,<br />

TIBC, Transferrin, Albumin, Total protein, Globulin and Cholesterol in<br />

patients with Thalassemia major<br />

Jahanlu AS, Keshavarz A, Jahanlu HR, Jahani J<br />

Bandarabbas College of Medicine-Tehran Medical University-High Center of Research<br />

and informatics-Bandarabbas pediatric Hospital<br />

Thalassemia Major is a genetic disorder which cause increased Iron<br />

participation in Soft Tissue. To decrease Iron in such patients Deferral is used.<br />

This study selected two groups’ patients with Thalassemia Major.<br />

One on Deferral and the other group not on Deferral. Thirty-nine patients are<br />

randomly selected from each group and are categorized into 13 age groups. In<br />

each group there are 3 patients on Deferral and three other not on Deferral.<br />

Age group is selected from 2-year-old to 13 years old patients. The date is<br />

analyzed by SPSS, through Two-way analysis of variance. The results show<br />

that with regard to taking and not taking Deferral, There is significant in<br />

serum ferritin and Globulin (P value < 0.01). Regarding to age and the two<br />

groups, there is no significant in serum Iron, Transferrin, Albumin,<br />

Cholesterol, Total protein and TIBC. Negative Correlation is observed between<br />

age and serum Cholesterol level in-patients on Deferral (r=30) and in-patients<br />

nit on Deferral (r=0.27). Positive correlation is observed between age and TIBC<br />

in-patients on Deferral (r= 0.46) and between age and Transterrin in-patient on<br />

Deferral (r=0.26). There is correlation between Iron and Ferritin in patients not<br />

on deferral (r=0.29), while there is not the same in patients on Deferral. In<br />

short, it is observed that Deferral affects on a rise in serum Globulin and a drop<br />

in serum ferretin and it doesn't have any effect on the rest of measured<br />

variables.<br />

ABSTRACT NO. 106. ALL THE STATISTICAL TABLES YOU NEED AT<br />

HAND ON YOUR PC WITH STaTable<br />

Tous les tableaux statistiques à l’apport sur votre PC avec Sta Table<br />

Tylleskär T1 , Wentzel-Larsen T2 1Centre for <strong>Inter</strong>national Health, University of Bergen, Armauer Hansen Building,<br />

NO-50<strong>21</strong> Bergen, Norway, e-mail Thorkild.Tylleskar@cih.uib.no<br />

2Centre for Clinical Research, Haukeland University Hospital, NO-50<strong>21</strong> Bergen,<br />

Norway<br />

In the training of statistics in the nutritional sciences it has been customary to<br />

have a number of statistical tables at hand for calculation of for instance<br />

confidence intervals. In the statistical training of our students in inter-national<br />

health at the University of Bergen we have replaced these tables with a small<br />

freeware program called StaTable for Windows 2000/NT/98/95. It may also<br />

be used on PalmTop computers. The full name is StaTable, Electronics Tables<br />

for Statisticians and Engineers, version 1.0.1, © Cytel Software Corporation.<br />

According to information at the Cytel web site, the program may be<br />

downloaded for free from “www.cytel.com”. Select Demo/Downloads on the<br />

top menu. Cytel Software was founded by teachers from Harvard and MIT.<br />

In the StaTable program most of the statistical tables you need in nutrition<br />

research are available. The program is one single window with about 5 squares<br />

where you feed in the information in some of the squares and then let the<br />

computer compute the remaining figures. An example: What is the z-value<br />

that gives a two-tailed probability of 0.05 in a normal distribution with a mean<br />

of 0 and a SD of 1? Select the normal distribution, enter the mean 0 and SD 1<br />

and the 2-tailed probability of 0.05. When pressing enter, the z-value of 1.96 is<br />

immediately presented.<br />

It covers tables for both continuous, non-central and discrete distributions.<br />

The continuous distributions provided are: Normal, Bivariate Normal, Chisquare,<br />

Student’s t, F, Exponential, Gumbel, Beta, Gamma, Lognormal,<br />

Triangular, Uniform, Logistic, Weibull, Pareto, and Cauchy. The non-central<br />

distributions are: Chi-square, Student’s t, F and finally the following discrete<br />

distributions are covered: Binomial, Multinomial, Poisson, Negative Binomial,<br />

Hypergeometric, and Geometric.<br />

ABSTRACT NO. 113. AN ASSESSMENT OF THE ADEQUACY OF<br />

SCHOOL MEALS IN MEETING THE NUTRITIONAL REQUIREMENTS<br />

OF GIRLS IN BOARDING SECONDARY SCHOOLS IN NAIROBI,<br />

KENYA<br />

Buluku E<br />

P.O. Box 4286, Nyayo Stadium 00506, Nairobi, Kenya<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

Proper nutrition implies receiving adequate foods and supplements to convey<br />

the nutrients required for optimal growth and development of individuals. In<br />

boarding institutions, meals must cover all the students' requirements for<br />

nutrients in order to sustain a vigorous and healthy life. A descriptive crosssectional<br />

survey was used. Descriptive statistics and inferential statistics were<br />

used to summarize the data and to test for differences between groups<br />

respectively. Save for energy the school meals did not meet the Recommended<br />

Dietary Allowances (RDA) for protein, calcium, iron and vitamin A. The most<br />

deficient nutrient in the school meals provided was calcium. Students had<br />

negative attitudes towards school meals due to poor preparation, limited<br />

variety, and flavor of school meals. A majority of the students snacked to<br />

satisfy hunger, implying that school meals were inadequate in quantity. The<br />

nutritional status of the students based on the BMI indicated that a majority<br />

(65%) of the students was well nourished as they fell within the optimum<br />

range (18.5 -25.0). Three percent of the students were severely underweight<br />

while 4% were obese. Significant differences were observed between energy<br />

(x 2 =271.339), calcium (x 2 =745.675) and vitamin A (x 2 =384.867) provided in the<br />

school meals and the RDA at p >0.05. Apart from energy, there was no<br />

significant difference among the school meals provided. The study concluded<br />

that school meals in girls' boarding schools in Nairobi are inadequate in<br />

quantities of nutrients provided in relation to RDA for protein, calcium, iron<br />

and vitamin A. The study recommends nutritional education for meal<br />

planners in boarding institutions and the formation of a regulatory body to<br />

ensure adherence to the minimum dietary requirements of students.<br />

ABSTRACT NO. 129. IN VITRO DETERMINATION OF DIALYZABLE<br />

IRON OF SOME SUPPLEMENTARY FOODS IN CAMEROON:<br />

CORRELATION WITH OTHER NUTRIENTS<br />

S.M.M. Kana, A. Bell and P.H. Amvam Zollo<br />

Université de Yaoundé I, Département de Biochimie BP 812 Yaoundé<br />

Eleven different foods for supplementary feeding of infants and children were<br />

selected for this study. They were based on fermented maize and potatoes and<br />

were selected after an interview survey among breast-feeding mothers coming<br />

to the under-five clinic at Briqueterie in Yaounde. The foods were prepared in<br />

triple portions. The content of total iron, zinc and magnesium was determined<br />

by atomic absorption; dialyzable iron was analyzed by an in vitro method<br />

after marking with 59Fe and the protein concentration by the Kjeldahl method.<br />

The levels of total iron were between 4.7 ± 0.5 to <strong>21</strong>.3 ± 1.2 mg / 100 g dry<br />

matter (DM). The concentrations of dialyzable iron was between 1.3 ±0.1% to<br />

8.2 ±1.2%. The iron needs among some infants were only covered from 7<br />

months of age. The protein concentrations were found to vary from 5.1 ± 0.8<br />

to <strong>21</strong>.3 ±1.3 g/100g DM, magnesium concentrations varied from <strong>21</strong>.8 ± 0.6 to<br />

227 ± 5.1 mg/100g DM and was insufficient but could cover the infants’ needs<br />

if consumed in large daily quantities. The zinc concentrations were very low,<br />

between 0.7 ± 0.05 and 2.4 ± 0.2 mg /100 g DM and could not cover the needs<br />

of any infant. In conclusion, about half of the infants are exposed to iron and<br />

magnesium deficiency and all children are exposed to zinc deficiency.<br />

DÉTERMINATION “IN VITRO” DES TAUX DE FER DIALYSABLE DE<br />

QUELQUES ALIMENTS DE SEVRAGE CAMEROUNAIS:<br />

CORRÉLATION AVEC LES AUTRES NUTRIMENTS<br />

S.M.M. Kana, A. Bell and P.H. Amvam Zollo<br />

Université de Yaoundé I, Département de Biochimie BP 812 Yaoundé<br />

Onze aliments de sevrage à base de pâte de maïs fermenté et de pommes de<br />

terre sélectionnés après une enquête par interview auprès des mères<br />

allaitantes fréquentant la PMI de la Briqueterie de Yaoundé ont été préparés en<br />

triple. Les teneurs en fer total, en zinc et en magnésium ont été déterminés par<br />

absorption atomique ; les taux de fer dialysable par la méthode “in vitro”<br />

après marquage au 59Fe et les teneurs en protéines par la méthode Kjeldahl.<br />

Les teneurs en fer total sont compris entre 4,68 ± 0,5 et <strong>21</strong>,33 ± 1,22 mg / 100<br />

g de matière sèche ( MS). Les taux de fer dialysable vont de 1,32 ±0,12% à 8,17<br />

±1,2 %. Les apports en fer chez quelques nourrissons seulement sont couverts<br />

à partir de 7 mois. Les teneurs en protéines vont de 5,12 ± 0,76 à <strong>21</strong>,30 ±1,28 g<br />

/100 g MS, celles en magnésium de <strong>21</strong>,80 ± 0,58 à 227, 26 ± 5,14 mg /100 g MS<br />

sont insuffisantes, mais peuvent couvrir les besoins des nourrissons qui<br />

reçoivent de grande quantité d’aliments par jour. Les teneurs en zinc très<br />

faibles, comprises entre 0,66 ± 0,05 et 2 43 ± 0,15 mg /100 g MS ne peuvent<br />

couvrir les besoins d’aucun enfant. En conclusion, près de la moitié des<br />

nourrissons sont exposés aux carences en fer et en magnésium avec leurs<br />

troubles sur le rythme cardiaque. Tous les enfants sont exposés à la carence en<br />

zinc.


Abstracts 10/22/02 11:26 AM Page 37<br />

ABSTRACT NO. 130. FoodFinder dietary analysis software-the old vs the new<br />

Humphreys J M, Wolmarans P<br />

Nutritional <strong>Inter</strong>vention Research Unit, Medical Research Council, PO Box 19070,<br />

Tygerberg 7505, South Africa<br />

FoodFinder (1991) was the first dietary software package developed by the<br />

South <strong>African</strong> Medical Research Council (MRC). This software package was<br />

based on the 1991 MRC food composition tables and comprised 18% South<br />

<strong>African</strong> values. Presently the South <strong>African</strong> Food Composition Database<br />

(SAFOODS) comprises 41% South <strong>African</strong> values, and it is included in the new<br />

dietary analysis software package FoodFinderTM2 (2001). Different databases<br />

could influence results, therefore the aim was to compare nutrient analyses<br />

done by FoodFinder 1991 and 2001. A sample meal was analysed using the<br />

two versions of FoodFinder.<br />

Compared to FoodFinder 1991, mean values for total energy (4%) and vitamin<br />

A (10%) were higher, while protein (0,9%), carbohydrate (1%), fat (5%) and<br />

cholesterol (6%) were lower in FoodFinderTM2. Mean calcium, iron and<br />

vitamins C and D values were the same. In SAFOODS the Atwater factors for<br />

protein, carbohydrate and fats were used to calculate the total energy of a<br />

food. This was not done in the 1991 version and could explain the differences<br />

in total energy values obtained by the two software packages.<br />

Food databases used in software packages may differ, and those who report on<br />

dietary intake should take note of this when comparing data analysed with<br />

different software packages.<br />

ABSTRACT NO. 141. INFANT NUTRITION AND CARE IN UGANDA:<br />

DATA FROM IMCI BASELINE SURVEY IN THE YEAR 2000<br />

Wamani Henry 1,2,3 , Nsungwa Jesca 1 , Peterson Stefan 4 , Tylleskär Thorkild 3<br />

1 Ministry of Health, Uganda<br />

2 WHO Uganda<br />

3Centre for <strong>Inter</strong>national Health, Armauer Hansen Building, NO-50<strong>21</strong> Bergen,<br />

Norway<br />

4IHCAR, Karolinska Institute, Stockholm, Sweden<br />

In Uganda the Ministry of Health has initiated the third component of the<br />

programme Integrated Management of Childhood Illness: household and<br />

community component. The component aims at improving key household<br />

level practices that are vital for child survival, growth and development. As<br />

part of the baseline and formative studies at district level before the<br />

programme implementation, our survey gathered information on the current<br />

status of child health care. The study was cross-sectional descriptive using<br />

quantitative data collection methods. A sample of 300 households was<br />

randomly selected using a modified WHO 30 by 10 cluster sampling<br />

technique. Caretakers of children of 0-23 months were interviewed. Both<br />

manual and computer assisted analysis were used in the data management<br />

process.<br />

Findings showed that the majority of mothers initiate breastfeeding late and<br />

give pre-lacteal feeds (55%). Quasi-exclusive breastfeeding at 3 & 6 months<br />

was 76% & 48% respectively (disregarding pre-lacteal feeds). Almost all<br />

mothers (90%) give thin porridge to children and 91% feed children less than<br />

5 times a day. Half (50%) and 60% of the children had been de-wormed or<br />

given vitamin A, respectively. While a big proportion of children are weighed<br />

(72%) only a third (29%) receive advice on feeding. Only 5.6% caretakers feed<br />

children more than usual during illness.<br />

We conclude that though a big proportion of mothers breastfeed their babies,<br />

a majority of them breastfed less than the desired period. Pre-lacteal feeding is<br />

widely practiced. While many mothers take their children to child health<br />

clinics there is a lot of missed opportunities as few receive advice on feeding<br />

of children.<br />

ABSTRACT NO. 150. NUTRITION IN MALI: INVESTING TODAY FOR A<br />

SUSTAINABLE DEVELOPMENT<br />

MM DIARRA*, F OUATTARA**, V AGUAYO***<br />

*DSSAN, CPS Ministère de la Santé. BP 232 Bamako, Mali<br />

**INRSP. BP 1771 Bamako, Mali<br />

***HKI Mali. BP 1557 Bamako, Mali<br />

ABSTRACTS<br />

Malnutrition constitutes a real problem for a sustainable development in Mali.<br />

The nutritional situation in Mali is characterized by high levels of Protein-<br />

Energy Malnutrition and deficiencies of Vitamin A, iron and iodine.<br />

An analysis made with PROFILES for the years 1998-2007, illustrates the main<br />

nutritional problems in Mali and especially their enormous consequences on<br />

health, education and economy.<br />

Without appropriate interventions, the losses for the Malian economy due to<br />

malnutrition in the coming 10 years will be in the range of 379 billion Francs<br />

CFA.<br />

With the following aims for the coming ten years: 1) 50% increase of exclusive<br />

breastfeeding at 6 months of age, 2) Reduce with 50% the prevalences of iodine<br />

deficiency in the population, and the stunting among children and the iron<br />

deficiency among women of child-bearing age; the gain for the economy<br />

would be 117 billion Francs CFA. To this economic gain, also add over 13600<br />

infant lives saved due to exclusive breastfeeding, more than 118 000 lives of<br />

under-fives saved due to the reduction of protein-energy malnutrition; over<br />

38000 under-fives saved due to the reduction of vitamin A deficiency; over<br />

450000 newborns saved from intellectual retardation due to the reduction of<br />

iodine deficiency and more than 1700 mothers saved due to the reduction of<br />

iron deficiency anemia among pregnant women.<br />

NUTRITION AU MALI : INVESTISSONS AUJOURD’HUI POUR UN<br />

DEVELOPPEMENT DURABLE<br />

MM DIARRA*, F OUATTARA**, V AGUAYO***<br />

*DSSAN, CPS Ministère de la Santé. BP 232 Bamako, Mali<br />

**INRSP. BP 1771 Bamako, Mali<br />

***HKI Mali. BP 1557 Bamako, Mali<br />

La malnutrition constitue un véritable problème pour le développement<br />

durable du Mali. La situation nutritionnelle au Mali est caractérisée par de<br />

niveaux élevés de Malnutrition Protéino-Energétique, de Carences en<br />

Vitamine A, Fer et Iode.<br />

L’analyse Profiles 1998-2007, met en lumière les principaux problèmes<br />

nutritionnels au Mali et surtout leurs conséquences énormes sur les<br />

secteurs Santé, Education et Economie.<br />

Sans interventions appropriées mises en œuvre, les pertes pour l’économie<br />

malienne dues à la malnutrition dans les 10 prochaines années s’élèveront à<br />

379 milliards de FCFA.<br />

Avec les objectifs pour les 10 prochaines années : Augmenter de 50% le taux<br />

d’allaitement maternel exclusif jusqu’à 6 mois, Réduire de 50% les prévalences<br />

de la carence en iode dans l’ensemble de la population, du retard de croissance<br />

infantile, et de la carence en fer chez les femmes en âge de procréer, les gains<br />

pour l’économie s’élèveront à 117 milliards de FCFA.<br />

A ces gains économiques importants, il faut ajouter : plus de 13.600 vies<br />

d’enfants de moins d’un an sauvées suite à l’augmentation du taux<br />

d’allaitement maternel exclusif ; plus de 118.000 vies d’enfants de moins de<br />

cinq ans sauvées suite à la réduction des niveaux de malnutrition protéinoénergétique<br />

; plus de 38.000 vies d’enfants de moins de cinq ans sauvées suite<br />

à la réduction de la carence en vitamine A ; plus de 450.000 nouveau-nés<br />

sauvés du retard intellectuel suite à la réduction de la carence en iode et plus<br />

de 1.700 vies de mères sauvées suite à la réduction des niveaux d’anémie par<br />

carence en fer chez les femmes enceintes.<br />

ABSTRACT NO. 151. Does chicken make a significant contribution to the<br />

<strong>African</strong> diet?<br />

Van Heerden SM, Schönfeldt HC<br />

Animal Nutrition and Animal Products Institute, Agricultural Research Council.<br />

Private Bag X 2, Irene, South Africa, 0062<br />

According to the Food and Agriculture Organisation of the United Nations<br />

(FAO) and the World Health Organisation (WHO) an estimated 206 million<br />

people in Africa are iron deficient, 86 million are affected by iodine deficiency,<br />

and 1 to 31 million are deficient in vitamin A. Due to inadequate protein,<br />

vitamin and mineral intake, malnutrition is widespread in South Africa.<br />

According to Steyn et al., 2000(1), one out of five children (<strong>21</strong>.6%) aged 1 – 9<br />

years is stunted. Animal products are the best source of protein, zinc, some B<br />

vitamins as well as fat soluble vitamin A. Given their limitations of resources<br />

and of access to different foods, most <strong>African</strong> communities have developed<br />

diets that maximize the use of local foodstuffs. Dietary deficiencies are often<br />

the result of lack of money, of resources, including labor and land, and time,<br />

especially for woman. Another approach to tackling malnutrition is to be<br />

informed about nutrition. Information regarding the fact that South <strong>African</strong><br />

chicken is nutrient dense could be of great help in fighting the malnutrition in<br />

S37


Abstracts 10/22/02 11:26 AM Page 38<br />

S38<br />

Africa. South <strong>African</strong> chicken contains a significant amount of protein<br />

(3.74mg), zinc (1.88mg), folic acid (4.86mg), Vitamin B2 (3.31mg), Vitamin B12<br />

(13.03mg) and Vitamin B6 (1.11mg) per 100g edible portion. According to the<br />

national food consumption survey 2000 (1), chickened one of the food<br />

products frequently consumed, although is differ according to with annual<br />

income this shows that chicken is a convenient nutrient dense food product.<br />

1. Steyn, N., Macintyre, U., Labadarios, D., Maunder, E. Swart, R.,<br />

Nesamvuni, A. E., Gericke, G., Huskisson, J., Vorster, H. H., & Dannhauser,<br />

A. 2000. The food and nutrient intakes of children aged 1-9 years in South<br />

Africa: The national food consumption survey. In: Proceedings 6th<br />

Biennial Nutrition Congress 2000, Form Lab to Land. 16-18 August 2000.<br />

South Africa.<br />

ABSTRACT NO. 152. Is milk a homogeneous product?<br />

Smit LE, Schönfeldt HC, Smith MF<br />

ARC-ANPI, Private Bag X2, Irene, 0062, South Africa<br />

The interest in the chemical composition of milk and milk products is due to<br />

the nutritional importance of milk in the human diet. However, the<br />

composition of milk is not absolute as many factors influence the end product.<br />

These variations can be related to season, locality, stage of lactation, different<br />

breeds, variation during milking, age and size of the cow, environmental,<br />

climate, weather (temperature) and feeding. Despite the fact that so many<br />

other factors can influence the composition of the milk, the effect of season and<br />

locality on the composition of South <strong>African</strong> milk is not known. The nutrient<br />

composition of South <strong>African</strong> milk was also compared to the composition of<br />

milk in other countries.<br />

The samples were randomly drawn from distribution points in five different<br />

regions. Milk was sampled in winter as well as in summer. Milk was analysed<br />

for its nutrients at the Agricultural Research Council-Irene Laboratory<br />

according to accredited methods or by selected sub-contractors. Canonical<br />

variate analysis (CVA) was extensively used to determine if locality and<br />

season contribute to the variation of some nutrients in the composition of milk.<br />

The composition of whole milk in South Africa differed between the five<br />

localities and the two seasons. The micronutrients b-carotene, a-tochopherol,<br />

retinol, potassium and calcium were mainly responsible for the variation<br />

between localities. In the CVA with season by locality interaction, a clear<br />

separation between summer and winter milk was observed.<br />

Comparison between South <strong>African</strong> milk and other countries showed that the<br />

fat content was with the exception of the USA the lowest in South <strong>African</strong> full<br />

cream milk compared to New Zealand (NZ), United Kingdom (UK) and<br />

Germany.<br />

Protein, lactose and the mineral content of full cream milk did not differ<br />

substantially between the various countries.<br />

Vitamin B2 content of SA milk was the lowest in all milk compared although<br />

equal to that of the USA. α-Tochopherol content of South <strong>African</strong> milk was<br />

equal to that of NZ, but higher than the milk in the UK and Germany.<br />

ABSTRACT NO. 168. Assessment of food patterns in hypertensive men<br />

Kooshki A 1 , Movahedi A 2<br />

1 National Nutrition & Food Technology Research Institute of Iran<br />

2 Shaheed Beheshti Medical science & health Services University<br />

BACKGROUND: One of the major common health problems in the world is<br />

coronary heart disease, which is the reason of more than 40% of mortality<br />

between populations. Hypertension, obesity & body lipid disturbance<br />

situation are major risk factors for coronary & vascular disease (CVD).<br />

Nutritional factors are the majors’ risk factors to cause CVD. Food habits,<br />

calorie intake, fat of diet, Na, K, Ca and Mg are important factors in<br />

hypertension. OBJECTIVES: This study assessed in order to find relation<br />

between food habits and hypertension in hypertensive patients. METHODS:<br />

43 hypertensive men (mean age 48±8 years old) were studied in this research.<br />

Blood pressure of all patients was measured in sitting situation; also after<br />

measuring of height & weight, body mass index (BMI) of them was calculated.<br />

Waist/heap ratio (WHR) was calculated as an index to show abdominal<br />

obesity. Nutritional information was gathered by filling a food frequency food<br />

questionnaire (FFQ) at the first of study and <strong>24</strong> hours recall method in 3 times<br />

among 2 months and was calculated by Nutritionist III program with Iranian<br />

food data bank. RESULTS: Systolic & diastolic blood pressure of subjects was<br />

151±14 & 90.6±9 mmHg respectively. Average calorie intake in 3 times <strong>24</strong><br />

hours recall was 2<strong>21</strong>0±742, 2315±720 & 2280±743 Kcal, which were not<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

significantly different between them. Average of calcium & magnesium intake<br />

trough <strong>24</strong> hours recalls were 576±261 and 95±6 mg/day respectively. On the<br />

basis of <strong>24</strong> hours recalls in this study, Sodium intakes were 3670±531, 3649±422<br />

& 3670±356 mg/day and no significant differences were observed. Also no<br />

significant relation was observed in blood pressure, BMI & WHR (p>0.05), of<br />

course a significant relation between age & WHR was observed (p=0.012). <strong>24</strong><br />

recalls & FFQ information showed that milk, cheese, meat, chicken & tuna can<br />

are the most common food intake of them. In the other hand sodium intake of<br />

patients by using salt is about 3000 mg/day also in their normal food habits<br />

they eat vegetables only 2-3 servings.<br />

CONCLUSIONS: On the basis of results of this study, it seems that attention<br />

to the corrigible factors in hypertension such as reduction of sodium intake by<br />

controlling & correcting food habits, salt intake reduction and prevention from<br />

obesity would be benefit for controlling blood pressure and reducing<br />

hypertension.<br />

ABSTRACT NO. 170. Harnessing social capital for <strong>African</strong> development in<br />

a computer age: A preliminary theoretical approach<br />

Babatunde Emmanuel<br />

Lincoln University, USA<br />

The failure of development efforts in a significant number of non-Western<br />

contemporary societies has influenced funding institutions such as The World<br />

Bank to rethink its policy on development. The original assumption, based on<br />

puritanical ethics model, was that when the individual works hard, is frugal<br />

and reinvests, economic prosperity would accrue. Economic prosperity<br />

would, in turn, lead to the emergence of a middle class whose members will<br />

champion democratic principles of equality before the law, voting rights, the<br />

rule of law, a free press, free enterprise. This would lead to insistence on public<br />

health programs beneficial to the majority of the citizenry. Through the works<br />

of Francis Fukuyama, Partha Dasgupta and Ismail Serageldin The World Bank<br />

policy has move away from this concept of development predicated on<br />

individual efforts of profit and loss calculations to a focus on the importance<br />

Social Capital. Social capital is the sum total of the social networks and<br />

reciprocities existing in a society together with the values that underlie them<br />

as effective principles of group mobilization to achieve mutually beneficial<br />

goals. It is a resource in the community that increases with usage. This paper<br />

suggests that the strength of <strong>African</strong> communities, demonstrated in such<br />

values as the sense of honor and shame; habits of food distribution, resource<br />

allocation, child-rearing practices and the traditional concept of the leader as a<br />

re-distributive agent can be harnessed to assist in development. The<br />

enlistment of these strengths in the community would replace the present<br />

tendency to turn state apparatuses to extract resources for the sole benefit of<br />

the elite.<br />

ABSTRACT NO. 184. NUTRITIONAL STATUS OF SCHOOL CHILDREN<br />

IN KENYA: THE PLACE FOR INFORMATION TECHNOLOGY<br />

Waudo Judith<br />

Department of Foods, Nutrition and Dietetics, Kenyatta University, P. O. Box 43844,<br />

Nairobi.<br />

During childhood, sound nutrition plays a key role in the development of the<br />

child. Poor nutritional status leads to high absenteeism, low enrolment, poor<br />

retention and low achievement. Nutrition education through information<br />

technology can play a key role in the prevention of nutritional deficiencies in<br />

children. Health education through the child-to-child approaches can go a<br />

long way in empowering children to take charge of their own health and<br />

nutrition. Technological access through children’s favourite cartoons and<br />

video games can go a long way in the promotion of good nutrition among<br />

school children. This study sought to investigate the prevalence of<br />

malnutrition among children in Kenyan primary schools. A sample of 3194<br />

Standard three and Standard six children were studied. Data collected for this<br />

study included anthropometry and meal patterns. The results of this study<br />

showed that 19.6% of the Standard three and 20.7% of the Standard six<br />

children were stunted. The older children were more stunted than the young<br />

ones. The gender distribution showed that more boys than girls for both<br />

Standard three and Standard six were malnourished. Eastern Province had the<br />

highest level of malnutrition for both Standard three and Standard six. In<br />

terms of meal patterns, the poorest meals undertaken by both Standard threes<br />

and Standard six was breakfast.


Abstracts 10/22/02 11:26 AM Page 39<br />

ABSTRACT NO. 185. STUDIES ON THE PRODUCTION OF<br />

βGALACTOSIDASE BY KLUYVEROMYCES CEREVISIA AND<br />

KLUYVEROMYCES FRAGILIS-PROPERTIES AND APPLICATIONS OF<br />

βGALACTOSIDASE<br />

Alani SR, AL-Rawi AT, Sajet AS<br />

Agricultural & Biological Research Center, P.O. Box 765 Baghdad, Iraq<br />

Commercially available “Lactase” products alleviate symptoms in many<br />

lactose-intolerant people. Preparation and application of lactase from yeasts<br />

were the aim of this study. Three methods for enzyme extraction from yeast<br />

were studied. A combination o chemical and physical method was more<br />

efficient in enzyme extraction than rupturing the cell by organic solvent or by<br />

homogenization by physical mean only. Degree of lactose hydrolysis in milk<br />

catalysed by various concentration of lactase preparation at temperature of 5-<br />

6°C. Eighty percent lactose hydrolysis in milk was achieved after 3,6,9 hours<br />

using enzyme activity of 15, 000, 10,000 and 5000 U/Liter respectively. Results<br />

of the study may be applied in production of reduced lactose milk, flavoured<br />

milk and other dairy products with low lactose content.<br />

ABSTRACT NO. 193. The microbial ecology of selected foods with specific<br />

reference to Bacillus cereus<br />

El-Desouky AI 1,2 , El-Mansy HA 2 & Cox JM 1<br />

1 Department of Food Science and Technology, The Unuiverasity of New South Wales,<br />

Sydney NSW 2052,Australia.<br />

2 Department of Food Science, Zagazig University, Moshtohor 13736,Egypt.<br />

As a preliminary part of a study of Bacillus cereus, 58 food samples , including<br />

pasteurised milk , raw vegetables, fresh noodles and pasta , fried rice , and<br />

meat products were analysed microbiologically. The foods were analysed for<br />

aerobic plate count, psychrotrophic count, lactic acid bacteria, total coliforms,<br />

yeast and moulds, halophilic bacteria, as well as Bacillus cereus. Eleven samples<br />

contained low levels of B. cereus (50 cfu / g). Some of these samples contained<br />

other Bacillus isolates of interest, identified as B.brevis, B.firmus, B.lentus,<br />

B. licheniformis and B. pumilus using the API 50CHB system. A range of Asian<br />

rice-based products was also tested only for the presence of B.cereus. While no<br />

Bacillus was detected in samples immediately after manufacture, population<br />

in retail samples ranged from 50 –5.6 x 10 4 cfu /g. Forty isolates from the first<br />

study were tested for heamolytic activity , of which 90% were positive. Twenty<br />

Bacillus isolates were tested for production of enterotoxin using a commercial<br />

ELISA kit. While all B.cereus isolates produced enterotoxin , so too did some<br />

isolates of B.brevis, B.lentus, and B. pumilus, suggesting these latter species also<br />

have the potential to cause foodborne illness.<br />

ABSTRACT NO. 196. INTRAHOUSEHOLD MEAT ALLOCATION,<br />

NUTRITIONAL NEED AND MODERNIZATION AMONG THE YORUBA<br />

IN SOUTH-WESTERN NIGERIA<br />

Setiloane Kelebogile<br />

Department of Nutrition and Dietetics, University of Delaware, Newark, DE USA<br />

This study employed data from <strong>21</strong>1 predominantly urban and semi-rural<br />

Yoruba mothers with two-year-old children. It establishes the prevalence of<br />

beliefs regarding meat and moral training and examines the adequacy of the<br />

mothers' allocation rules for apportioning meat to children of different age<br />

groups, to the fathers and to themselves. The study also tests the degree to<br />

which certain modernizing lifestyle changes predict abandonment of the<br />

traditional beliefs and normative allocation pattern. Seventy-five percent of<br />

the mothers expressed one or more of the beliefs that the consumption of meat<br />

is morally disadvantageous to children. The mothers' normative distribution<br />

patterns, if followed in a household with protein supplies just adequate to the<br />

household needs, would deprive the children relative to their requirements,<br />

while fathers and mothers would receive more than their requirements if the<br />

rule were followed. Adolescents, and not the two-year-olds, are the most<br />

disfavored if the proportions given in the rule are compared with ideal<br />

distribution of animal protein but not if compared to the cassava diet's ideal<br />

proportions. Mothers who claim to have abandoned the beliefs about meat<br />

and moral training described meat allocation rules for their children that are<br />

more adequate in protein than mothers who profess the beliefs, not because<br />

the proportional allocation changes but because the total amount seen as<br />

suitable for the household rises with modernization, and thus the amount<br />

allocated to each child rises accordingly. The mothers' meat allocation rule<br />

does change with modernization, but it does so in terms of the overall amount,<br />

not in terms of the shares assigned to each category of members.<br />

ABSTRACTS<br />

Traditional families eat very little meat, and thus assume they would have<br />

only small amounts to allocate, while the amount of total meat consumed<br />

increases greatly for modernizing families. This is reflected in the data from<br />

this study which show more modern households can imagine having larger<br />

amounts of meat to allocate.<br />

ABSTRACT NO. 199. DAIRY PRODUCTION: A NUTRITION INTER-<br />

VENTION IN A SUGARCANE GROWING AREA IN WESTERN KENYA<br />

Mbagaya GM 1 , Odhiambo MO 2<br />

1 Moi University, Department of Home Science and Technology, Chepkoilel Campus,<br />

P.O. Box 1125,Eldoret-Kenya.<br />

2 Moi University, Department of Marketing and Cooperatives, Chepkoilel Campus,<br />

P.O.Box 1125,Eldoret-Kenya.<br />

Malnutrition is multifaceted problem particularly in early childhood. Any<br />

nutritional deficiencies experienced during this critical period could lead to<br />

growth retardation and other adverse effects in future. In many rural areas,<br />

most nutrition problems stem from food insecurity, poor complementary<br />

feeding practices and poverty. Agricultural programs are likely to enhance<br />

access to food by households or individuals thereby influencing their<br />

nutritional status.<br />

This study examined the impact of dairy production on the nutritional status<br />

of preschool children aged between <strong>24</strong>-59 months. Nutritional status was<br />

assessed by taking height, weight and age of the study children and<br />

comparing this with the height and weight of well fed children of the same age<br />

using the WHO/NCHS growth reference standards. Height-for-age (HA),<br />

Weight-for-height (WH) and Weight-for-age (WA) indices for each child were<br />

calculated using the Epi-Info Version 6.02 program. Measures of disparity (Zscores<br />

or standard deviations from the reference population) were also<br />

calculated to determine the extent of malnutrition in this community. Children<br />

falling below the cut-off point of


Abstracts 10/22/02 11:26 AM Page 40<br />

S40<br />

related oxidative stress while lengthening survival time. Good nutrition also<br />

delays progression from a symptomatic HIV state to AIDS. There is need to<br />

explore, document nutritional care and support systems especially utilizing<br />

the locally available protein, micronutrient and vitamin rich foods<br />

supplements as adjuncts in the management and improvement of quality of<br />

life among the HIV/AIDS patients.<br />

ABSTRACT NO. 201. DIETARY IMPLICATIONS OF DAIRY<br />

DEVELOPMENT IN VIHIGA DISTRICT, KENYA<br />

Walingo MK<br />

Maseno University, P.O. Box 333, Maseno<br />

Western Kenya has been ranked highly among the poorest regions in Kenya,<br />

as evidenced by the inception of poverty reduction strategies. The Kenya –<br />

Finland Livestock Development is one of the many trial projects that seek to<br />

improve the economic status of households, by targeting women, who are also<br />

the gatekeepers of development. Not all households have participated in this<br />

project, only those who met the selections criteria described in the<br />

methodology. One of the objectives of this project was to enhance food<br />

security of participating households.<br />

A comparative study was designed to compare food and nutrient intake of<br />

participant and non-participant households in the dairy scheme. Sixty<br />

households were identified for the study. In households, women and their<br />

pre-school children were identified for purposes of the investigation. The FAO<br />

(1987) reference for East Africa was used to determine food and nutrient<br />

adequacy for women and their pre-school children. Dietary data was collected<br />

from households for three consecutive, non-special days, using standardized<br />

household measures. Discriminant function analysis was used to identify<br />

food and nutrients that differentiated between participant and non-participant<br />

households.<br />

Results indicated that mean food and nutrient intake was higher for both<br />

women and their preschool children from participant households. Mean<br />

intake of vegetables was lower in the participant households. There was<br />

inadequate intake of niacin and riboflavin in pre-school children from<br />

participant and non-participant households. Niacin inadequacy was also<br />

observed in women from both groups of households. Energy intake was<br />

below the RDI in women and pre-school children from non-participant<br />

households were milk and milk products (D2 =3.10, F=46.45), women and<br />

children from participating and nonparticipating households were milk/milk<br />

products (D2 =3.71 F-ratio=27.36) for women, (D2 =3.17 F-ratio=14.46) for<br />

children. The best set of nutrients that differentiated households, women and<br />

children were: protein, vitamin A & energy, (D2 =299 F-ratio, 14.43), protein,<br />

vitamin A, energy & calcium (D2 =3.95 F-ratio=18.09), and protein and energy<br />

(D2 =2.6 F-ratio=12.06) respectively. It appears that dairy projects have a<br />

positive effect on food and nutrient intake of participating households,<br />

however I recommend further research to determine the nutritional effect of<br />

dairy projects.<br />

ABSTRACT NO. 202. GENE AND INFORMATION TECHNOLOGIES IN<br />

FOODS AND NUTRITION: THE TWIN CHALLENGES FOR AFRICA<br />

Limo MK<br />

Egerton University, P.O. Box 536, Njoro, Kenya<br />

Information Technology (IT) and biotechnology can provide solutions to<br />

development processes which improve food and nutritional security. More<br />

often than not, discussion and appraisals are not based on scientifically<br />

supported facts and data. Information is the starting point for dialogue and<br />

public policy. It can bridge or fill the gap between science and communication<br />

with reliable information – not advocacy – on the status of audience aim at<br />

employing a variety of information vehicles – education of issues – that<br />

include press releases, lesson and teaching materials, brochures and books,<br />

exhibitions and computer. The purposes of the biological and societal<br />

information systems are to explain the techniques.<br />

ABSTRACT NO. 203. STRAIN IN IMPROVEMENT OF SELECTED<br />

MUSHROOM BY HYBRIDIZATION AND RADIATION<br />

Natheer AM, Hassan AA<br />

Agricultural Research Office P.O. Box 765, Baghdad. Iraq<br />

Five isolates of white edible mushroom Agaricus bitorquis from Iraqi<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

environment were screened for hybridization program. Spores of these<br />

isolates were germinated on potato dextrose agar (pH 6) at 25 + 1°c. After<br />

crossing among these isolates, four hybrids were obtained from compatible<br />

lines. The maximum yield of mushroom by AX hybrid was recorded, at the<br />

same time, this hybrid was of high temperature tolerance compared to<br />

parental lines, other hybrids and A. bisporus (X-10). Morphological characters<br />

of hybrids fruit bodies compared to parental lines was studied. In addition,<br />

the effect of gamma radiation on A. bisporus was studied. Morphological<br />

characters and productivity of irradiation mushroom and its hybrids were also<br />

studied.<br />

ABSTRACT NO. 204. THE NUTRITION INFORMATION CENTRE AT<br />

THE UNIVERSITY OF STELLENBOSCH<br />

Labuschagne I, Labadarios D<br />

Department of Human Nutrition, University of Stellenbosch and Tygerberg<br />

Academic Hospital, PO Box 19063, Tygerberg 7505, South Africa<br />

The University of Stellenbosch’s Department of Human Nutrition established<br />

the Nutrition Information Centre (NICUS) in October 1997 to act as a reliable<br />

and independent source of nutrition information in South Africa in order to<br />

promote a scientifically sound culture.<br />

NICUS provides the most up-to-date, credible and authoritative information<br />

on nutrition to the public, the media and health professionals. Its services<br />

include evaluation of nutritional status and individualised or group<br />

counselling for the public, specialist advice to industry, and providing<br />

authoritative information to the public and media on food and nutrition. The<br />

Centre interacts with the public and health professionals by means of the<br />

media (mostly radio and publications), telephone consultations, the NICUS<br />

website and e-mails. All enquiries are handled confidentially and answered<br />

promptly according to the nature of the problem.<br />

On average, the Centre replies to approximately 250 telephone, e-mail, fax,<br />

letter enquiries per month. From October 1997 to December 2001 a total of 7063<br />

enquiries were answered. The majority of these enquiries originate from South<br />

Africa, with the highest percentage from the Western Cape (59%) followed by<br />

Gauteng (17%) and the remainder emanating from the other provinces. A<br />

small percentage of the enquiries also originated from Namibia, Botswana,<br />

Lesotho, Kenya and Europe. Product information enquiries accounts for the<br />

highest percentage of the total enquiries (8.7%), followed by information on<br />

healthy eating habits (8.13%), infant and child nutrition (6.4%), bone and joint<br />

diseases and inflammatory diseases (6.41%), weight loss (5.6%) and magazine,<br />

book and media comments (5.4%). This is done free of charge and for the<br />

further development of the public’s nutrition and health knowledge.<br />

Regular interactive education activities are planned according to the National<br />

Health Calendar. The Centre continually writes fact sheets on subjects<br />

pertaining to the Health Calendar, controversial topics, as well as topics<br />

relevant to South Africa and elsewhere and is available on the website<br />

(WWW.SUN.AC.ZA/NICUS). An immediate priority of the Centre is to<br />

provide interactive opportunities for Continuous Professional Development<br />

(CPD) in the form of online articles as a free service to health professionals<br />

within the first half of <strong>2002</strong>.<br />

ABSTRACT NO. 205. The detection of Salmonellae Typhi in a population of<br />

public high school food vendors in Ikorodu Local Government of Lagos<br />

Abidoye RO, Olaitan OF, Akinkuade Robert A, Smith S Bamgbala<br />

Nigeria<br />

Summary. This work sought to screen a high risk population for chronic<br />

Salmonella typhi urinary carriers, and to identify suspected cases of early<br />

typhoid fever. In addition, the study, also aimed to determine the knowledge<br />

and practices of food vendors, in relation to basic food hygiene, typhoid<br />

transmission, and food preservation and storage methods. A total of 100 public<br />

high school vendors in Ikorodu Local Government were selected by a<br />

multistage sampling method. The mean age of Vendors was 36.9years, and the<br />

median age was 36 years. 11% of vendors had no formal education, while up<br />

to 54% had received a secondary school education, and 5%, school leaving<br />

certificates. All 100 vendors were screened for chronic S typhi urinary carrier<br />

states and, by cultures of one mid-stream urine sample, all were subsequently<br />

incubated on both Deoxycholate and MaCconkey agars. E.coli was isolated in<br />

9% of vendors, and klebsiella organisms in 7% of vendors. One blood culture<br />

was positive for S typhi which was a 29 years old female selling cooked food,<br />

who gave a one week history of fever, and also negative for urinary S typhi.<br />

With respect to the knowledge and practices of food vendors, there appeared


Abstracts 10/22/02 11:26 AM Page 41<br />

to be a fair level of awareness about basic methods of food hygiene. In<br />

response to a question asking vendors to name at least three methods of food<br />

hygiene known to them, only 8% of vendors volunteered any of the “listed”<br />

methods of maintaining food hygiene. 30% volunteered one method each and<br />

40% volunteered two methods. There was also a significant number of<br />

vendors who used conventional and hygienic methods of temporary food<br />

preservation and storage, i.e. 72% used plastic coolers to store food. Cooking<br />

locations ranged from private kitchen to roadside spaces, with vendors who<br />

utilized the latter were in the minority – 2% and those who used commercial<br />

premises such as shops, rather than homes were in the majority – 59%. Based<br />

on chi square statistical testing, a significant correlation was observed between<br />

the level of education of vendors and their knowledge of basic methods of<br />

food hygiene, (p< 0.001) i.e. vendors with the least education had less<br />

knowledge about food hygiene than vendors with secondary school<br />

education. There were also significant associations between levels of<br />

education and the knowledge of modes of typhoid transmission (p< 0.02) and<br />

the knowledge of typhoid transmission and age group distribution (p


Abstracts 10/22/02 11:26 AM Page 42<br />

S42<br />

ABSTRACT NO. <strong>21</strong>6. The use of armspan measurement to assess the<br />

nutritional status of adults in four Ethiopian ethnic groups<br />

De Lucia Emanuella 1 , Fikru Tesfaye 2 , Lemma Ferew 3 , Ismail Suraiya 1<br />

1 London School of Hygiene and Tropical Medicine, Public Health Nutrition Unit, 49<br />

- 50 Bedford Square, London WC1 3DP<br />

2 Department of Community Health, Faculty of Medicine, Addis Ababa University,<br />

Ethiopia, PO Box 11490<br />

3 Jimma University PO Box 378, Jimma, Ethiopia<br />

A cross sectional study was carried out to investigate the use of armspan as a<br />

proxy for height in the assessment of nutritional status using body mass index<br />

(BMI) for four ethnic groups in Ethiopia. Four regions in Ethiopia, namely<br />

Oromia, Amhara, Tigray, and Somali Region were selected for the study.<br />

A total of 1706 (884 males and 822 females) Ethiopians aged 18-59 years were<br />

enrolled from the four different ethnic groups. Anthropometric measurements<br />

(weight, height and armspan) were obtained using standard techniques. BMI<br />

using height (BMI-ht) and using armspan (BMI-as) were calculated, t-tests and<br />

analysis of variance were used to compare means, and linear regression to<br />

investigate the relationship between BMI-ht and BMI-as.<br />

The finding revealed ethnic and sex differences between height and armspan,<br />

and their derived variables (BMI-ht and BMI-as). Armspan and height (r =<br />

0.83-0.9), and BMI-ht and BMI-as (r = 0.89-0.97), were highly correlated in all<br />

ethnic groups. BMI-as cut offs equivalent to the conventional BMI-ht<br />

classification of chronic energy deficiency were similar in the Oromo, Amhara<br />

and Tigre, but substantially higher in the Somalis.<br />

It is concluded that armspan can be used as a proxy for height to estimate BMI,<br />

but the relationship between the two measures varies considerably with<br />

ethnicity and sex. Unless sex and ethnicity specific cut-offs are applied, the<br />

use of BMI-as using conventional cut-offs will overestimate the prevalence of<br />

underweight in these populations.<br />

ABSTRACT NO. <strong>21</strong>7. Model program of the care and assessment of<br />

nutrition and growth of children orphaned from AIDS living in a familystyle<br />

group home<br />

Ernst J1 , Ochieng T2 , Hidinger C1 , Heiser C1 , Odongo J2 1Children of the World <strong>24</strong>49 North Boulevard #4106, Houston, Texas<br />

2Children of the World's-St. Anne's Children's Home (COTW-SACH), PO Box 2639,<br />

Kisumu, Kenya<br />

Children from the Nyalenda Slum represent the first generation with a parentgeneration<br />

lost to AIDS. Some suffer from AIDS. All live in poverty. They are<br />

orphaned and have minimal access to health care, education, and psychosocial<br />

services. Stunting and malnutrition, prevalent among Kenyan children,<br />

indicates a diet poor in quality and quantity.<br />

COTW-SACH, a community project, provides day care to 50 children and full<br />

care to 15 children from the Nyelenda Slum. COTW supports SACH, a<br />

program initiated in 1995 by the Odongo family. COTW, an organization<br />

focused on families and community-based caretakers, develops programs that<br />

address issues such as abandonment, neglect, exploitation, and disease<br />

management. COTW faculty assists local directors with program oversight to<br />

be trained and self-sufficient within 3 years. The use of integrated technologies<br />

(IT) allows the development of a computerized system of data collection that<br />

involves food cost analysis, accurate nutrient intake assessment, and<br />

anthropometric measures over time. Care provider training and data reporting<br />

support a medical nutrition e-mail dialog with in-country nutritionists and<br />

other health care providers. The program emphasizes food safety and the<br />

impact of interventions on growth and overall nutrition status. The NASA<br />

Advanced Technologies program offers new technologies on water<br />

purification, medical testing, food thermo stabilization and processing,<br />

developed for the <strong>Inter</strong>national Space Station, as applicable to developing<br />

nations. Some IT services can generate revenue from the surrounding<br />

community. The goal is to prove the model successful and enable expansion to<br />

other sites in Kenya.<br />

ABSTRACT NO. 223. A study on the prevalence of Salmonella in food from<br />

road-side cafes in the Buea district of Cameroon<br />

Nkuo Akenji TK, Aduh J, Ndip R.N.<br />

Department of Life Sciences, University of Buea, P.O. Box 63, Buea, South West<br />

Province, Republic of Cameroon<br />

A total of 1200 food samples consisting of cooked rice, beans, beef stew,<br />

chicken stew, and roasted beef obtained from road-side cafes in the Buea<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

district of Cameroon were analysed for Salmonella contamination. Buea was<br />

divided into 4 zones based on socio-economic considerations and 300 samples<br />

(60 of each food type) were tested in each zone. The prevalence of Salmonella<br />

isolated in these foods from zones I, II, III and IV were <strong>21</strong>%, 12%, 3.1% and 6%,<br />

respectively with an overall prevalence of 10.1%. A significant difference in<br />

prevalence was observed between zones 1 and II, III, IV and similarly between<br />

zone II and zones III and IV (P


Abstracts 10/22/02 11:27 AM Page 43<br />

Introduction<br />

Iron deficiency anemia is highly prevalent in developing countries and a major<br />

cause is the low bioavailability of plant origin dietary iron. Certain varieties of<br />

cereals and legumes contain large amounts of polyphenols (tannins) that<br />

inhibit iron absorption. Phenolic groups such as galloys and catechols have<br />

been reported to strongly impair iron absorption than other phenolics. Several<br />

processing methods are also known to reduce the amount of polyphenols, but<br />

little is known on the effect on specific phenolic groups and on iron<br />

absorption. A study was conducted to determine the effect of different<br />

treatments on phenolic groups and on in-vitro accessible iron.<br />

Materials and methods<br />

Phenolic groups of total phenols, resorcinols, catechols and galloyls, were<br />

determined in cereals and legumes commonly consumed in Tanzania using<br />

different calorimetric methods such as Prussian blue for total phenols, Vanillin<br />

for resorcinols and ferric ammonium sulphate (FAS) for catechols and galloyls.<br />

Sorghum-udo, finger millet, cowpeas, mung beans and brown kidney beans<br />

were differently processed in order to affect the phenolics and the changes<br />

evaluated. Oxidation of polyphenols was done by incubating the cereal<br />

slurries with tyrosinase and phytase enzymes. Total iron was determined by<br />

wet acid digestion and accessible iron as iron solubility at physiological<br />

conditions.<br />

Results<br />

Phenolic content varied considerably among the samples. Total phenols<br />

ranged from 0.9 to 33.7, catechols from 0.8 to 13.5 and resorcinols from 0.2 to<br />

11 mg catechin equivalents (CE) g -1 . Galloyls (tannic acid equivalent, TAE)<br />

were found at negligible amount in most grains but at appreciable amount in<br />

sorghum-udo (5.5 mg g -1 ). Processing the grains gave variable effects. Soaking<br />

in different solvents reduces significantly (p


Abstracts 10/22/02 11:27 AM Page 44<br />

S44<br />

respectivement; P = 0,492). En outre la calcémie est significativement plus<br />

faible (P = 0,005) chez les paludéens de 0 à 25 ans que chez ceux du troisième<br />

âge (26 à 80 ans).<br />

Toutes ces observations nous permettent de penser que le Plasmodium f.<br />

détournerait les micronutriments de son hôte pour son propre métabolisme.<br />

Cependant une étude plus approfondie du métabolisme des micronutriments<br />

chez le parasite s'avère nécessaire.<br />

ABSTRACT NO. 236. HUNGER IN THE MAKING IN RURAL WESTERN<br />

KENYA: SPECIAL RESEARCH REPORT ON ANATOMY OF FOOD<br />

INSECURITY AND FUTURES BEYOND FAMINE THROUGH<br />

INFORMATION TECHNOLOGY?THE PROFILES, IN KATOLO<br />

K’Okul Richard NO<br />

Dept. of Foods, Nutrition & Dietetics; Kenyatta University, PO Box 43844, Nairobi.<br />

Kenya<br />

On-exotic staple foodplants were the subject of this research in Rural Western<br />

Kenya. The concern was on how indigenous cum traditional foodplants can be<br />

conserved, promoted in growth, exploited and consumed in massive scale.<br />

The foodplants were divided into four broad groups: those domesticated;<br />

those consumed in the wilderness and on pods; those hunted, gathered and<br />

trapped for home-use; and, those eaten while on transit under ‘traveller<br />

dietary eating syndrome’. Twenty (20) plant species were later selected that<br />

were widely used for growth promotion, massive production and<br />

consumption through Nutrition Advocacy campaigns using the Profiles. The<br />

selection of these food crops were done using the following criteria: their<br />

potential contribution to food supply during the ‘hungry seasons’ and<br />

famines, frequency of household use, potential for further promotion in<br />

growth, possibility of processing in a manner that goes with the modern<br />

person’s taste and marketing; potential nutrition contribution to diet in terms<br />

of protein, energy, vitamins and minerals; and income generating potentials if<br />

promoted in growth and processed in a manner that wins immediate cultural<br />

acceptance and marketing on massive scale.<br />

The other concern was on how to use the so-called non-exotic staple food<br />

plants to combat food insecurity. It was noted that the success of a good food<br />

security programme does not rely on food production, food processing and<br />

food consumption alone. If ‘food for all’ has to be achieved and lives<br />

improved through better nutrition, then steady growth must be achieved in<br />

agricultural development under sectoral approach. The aim of agriculture in<br />

this sense is to provide enough food for the rural populace, (b) attract the<br />

labour force and even absorb the unemployed ones, (c) attract village-based<br />

industries for processing the farm produce. And, with incomes generated this<br />

way, farmers will be able to store the produce and even sell the surplus<br />

including the processed products. And in order to achieve such a desirable<br />

food security strategy, women groups, youth and farmer associations are<br />

conceived in this work as then key producers than marginalizing farming to a<br />

segment of the societal members; the women, the disabled, the sick and the<br />

children.<br />

The purpose of the present study can therefore be summarized as follows: to<br />

find out why traditional food abundance in Rural Western Kenya has sunk<br />

and how their growth can be revived and product development, marketing<br />

and massive consumption promoted through information technology – the<br />

Profiles. The main question is: ‘Whether malnutrition would disappear if staple<br />

foodplants are promoted in growth and product development for wider marketing and<br />

local consumption?’<br />

The research was designed within longitudinal study, which lasted between<br />

1993-98 under Participatory action-oriented research approach (PAORA). The<br />

research community was Katolo, 40 kms. away from provincial headquarters,<br />

Kisumu City. Both qualitative and quantitative data were collected. While<br />

during the analysis, two analysis modes were adopted: one involving<br />

qualitative, and another applying quantitative. Qualitative mode followed this<br />

rigid format: reconstruction where all questionnaire notes were reconstructed<br />

into written essays, coding where all the attitudes were ranked and classified<br />

into meaning relations, pattern coded and compressed into themes, memoed,<br />

displayed format and inferences verified and drawn. On the other hand, all<br />

quantitative data were analyzed using SPSS+ and Epi Info for nutrition<br />

advocacy campaigns. Nutrient analysis were done using secondary data from<br />

Sehmi, et. al., 1989; Manundu & Kabuye, 2000 and Latham, 1997 to assist<br />

convince planners and policy makers.<br />

Of the 91 homesteads selected, men, women and youth were integrated into<br />

our discursive process using poverty indices criteria in determining whom the<br />

villagers judged to be at risk with food insecurity. From this criterion, we came<br />

to the following conclusion: Well-to-do in Katolo sub-location were 6 (7%)<br />

homesteads, Achego – 4 (4.4%). 81% were categorized as either poor or<br />

extremely poor; while 10% as average.<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

ABSTRACT NO. 237. SERIOUS DETERIORATION OF THE<br />

NUTRITIONAL STATUS OF THE LOCAL POPULATION IN<br />

COMPARISON TO THE POPULATIONS DISPLACED BY WAR IN<br />

KINSHASA, DR CONGO<br />

J P Banea-Mayambu 1,2 , T Ntambwe-Kibambe 2 , D Nahimana- Gitebo 2<br />

1. Institut des Sciences et Techniques Médicales, Université de Kinshasa, BP 34<br />

Kinshasa XI, RDC. 2. Centre National de Planification de Nutrition Humaine BP<br />

<strong>24</strong>29 Kinshasa I, RDC.<br />

Kinshasa, capital of the Democratic Republic of Congo has, over the last years,<br />

experienced a massive influx of people fleeing from the war in the<br />

Northeastern parts of the country. The refugees and internally displaced<br />

populations live together with the local populations but the nutrition<br />

interventions are only targeted for the displaced populations. In 2001, FAO<br />

estimated that the prevalence of protein-energy malnutrition in Congo was the<br />

highest in the world and that an urgent action was needed to avoid a nutrition<br />

disaster in the country.<br />

In order to assess the situation in Kinshasa, a nutrition survey was performed<br />

in four peripheral municipalities of Kinshasa among the local populations<br />

living in an integrated manner with the displaced populations. The survey<br />

used structured nutrition interviews among mothers, anthropometry among<br />

children aged 6-59 months and non-pregnant women aged 20-50 years, as well<br />

as blood analyses of children aged 6-36 months. Statistical analysis was<br />

performed with EpiInfo-6 and SPSS for Windows, Version 10.<br />

In the local population, the daily mortality rate per 10.000 inhabitants, the<br />

prevalence of severe wasting (W/H < - 3 Z-Score) and wasting (W/H < -2 Z-<br />

Score) were higher than among the displaced: 1.23 per thousand vs. 0.25 per<br />

thousand, 1.60% vs. 0.<strong>21</strong>%, 13.5% vs. 4.0% respectively. No other significant<br />

difference was found except for exclusive breast feeding in the age group 0-6<br />

months, 67% among the displaced vs. only 23% among the local population.<br />

The nutritional deterioration is thus larger in Kinshasa among the locals<br />

hosting the displaced populations compared to the displaced populations<br />

them-selves. In war situations like in Congo where the displaced populations<br />

live with the locals, any urgent intervention must target all the vulnerable<br />

strata and not only the displaced populations.<br />

GRAVE DETERIORATION DE L’ETAT NUTRITIONEL DES<br />

POPULATIONS LOCALES PAR RAPPORT AUX POPULATIONS<br />

DEPLACEES DE GUERRE A KINSHASA, REPUBLIQUE<br />

DEMOCRATIQUE DU CONGO<br />

J P Banea-Mayambu 1,2 , T Ntambwe-Kibambe 2 , D Nahimana- Gitebo 2<br />

1. Institut des Sciences et Techniques Médicales, Université de Kinshasa, BP 34<br />

Kinshasa XI, RDC. 2. Centre National de Planification de Nutrition Humaine BP<br />

<strong>24</strong>29 Kinshasa I, RDC.<br />

Kinshasa, capitale de la République Démocratique du Congo connaît ces<br />

dernières années un afflux massif des populations fuyant la guerre sévissant<br />

au Nord-Est du pays. Les fugitifs ou déplacés vivent ensemble avec les<br />

populations locales mais les interventions alimentaires humanitaires ne visent<br />

que les seuls déplacés. En 2001, la FAO estimait que la prévalence de la<br />

malnutrition protéino-énergétique au Congo était la plus élevée au monde et<br />

q’une action urgente était nécessaire pour éviter une catastrophe nutritionnelle<br />

dans le pays.<br />

Afin d’évaluer l’ampleur de cette situation à Kinshasa, une enquête<br />

nutritionnelle utilisant interviews structurées et diététiques auprès des mères,<br />

anthropométrie auprès d’enfants de 6- 59 mois et femmes non-enceintes de 20-<br />

50 ans, ainsi que des analyses sanguines auprès d’enfants de 6-36 mois fut<br />

conduite dans quatre communes périphériques de Kinshasa vivant de manière<br />

intégrée avec les déplacées. Les données furent analysées par Epiinfo-6 et SPSS<br />

pour Windows, Version 10.<br />

Dans la population locale, le taux de mortalité journalière pour 10.000<br />

habitants, la prévalence de la malnutrition aiguë sévère (P/T < - 3 Z-Score) et<br />

de la malnutrition aiguë globale (P/T < -2 Z-Score) étaient plus élevés que<br />

chez les déplacés: 1.23 pour mille contre 0.25 pour mille, 1.60 % contre 0.<strong>21</strong>%,<br />

13.5% contre 4.0% respectivement. Aucune différence significative ne fut<br />

trouvée dans d’autres résultats sauf pour le taux d’allaitement exclusif de 0-6<br />

mois, trouvée à 67% chez les déplacés contre seulement 23% dans la<br />

population locale.<br />

La détérioration nutritionnelle serait plus importante à Kinshasa parmi la<br />

population locale accueillant les déplacés de guerre que parmi les déplacés<br />

eux-mêmes. En situation de guerre comme au Congo où les populations<br />

locales vivent ensemble avec les déplacés, toute intervention d’urgence devrait<br />

cibler toutes les couches vulnérables et non se focaliser sur les seuls fugitifs.


Abstracts 10/22/02 11:27 AM Page 45<br />

ABSTRACT NO. 238. Exchange of nutritional data on an international<br />

level: Challenges<br />

Makhumula-Nkhoma Phillip J<br />

Industrial Consultancy Unit, University Of Malawi, P.O. Box 280, Zomba, Malawi<br />

The nutritionist of today will easily access large amount of data available on<br />

the <strong>Inter</strong>net. However, this easily accessible data may mislead if inaccurate<br />

information of its quality presented. Samples sizes/portions of meals vary<br />

greatly across cultures and unless these are converted to internationally<br />

acceptable measures, comparison of data may be meaningless. In some<br />

instances conversion factors may not be correct as standards for conversions<br />

between cultural definitions are rarely supplied with published data.<br />

A working knowledge of statistics is therefore necessary for the nutritionist to<br />

ascertain the quality of data sourced. The number of samples making up the<br />

composite sample may not always justify the accuracy that is presented from<br />

a statistical point of view. Nutrient data must be supplied with analytical<br />

methods used so that the accuracy of the data can be compared and assessed.<br />

It is of utmost importance to standardise data presentation on a regional level<br />

so that readers and presenters understand each other. A number of issues are<br />

discussed related to standardisation of data acquisition and data presentation<br />

for online exchange purposes.<br />

ABSTRACT NO. <strong>24</strong>0. COUNTERING THE NEGATIVE EFFECTS OF<br />

INFORMATION TECHNOLOGY IN NUTRITION<br />

Mokua JK<br />

Department of Food Technology and Nutrition, Applied Nutrition Program,<br />

University of Nairobi, P.O Box 442, Uthiru, Nairobi, Kenya<br />

Information technology has a wide range of benefits to its users. It is an<br />

important tool in informing and educating the general public. However, there<br />

are also a number of negative effects of IT in nutrition. These stem from the<br />

fact that nutrition affects every individual and therefore compels people to<br />

seek needed information from any and every source that is available. Also,<br />

people make statements about nutrition that cannot be scientifically proven<br />

but are based on isolated personal experiences, speculations and fads. These<br />

has led the general public to acquire conflicting information on topical issues<br />

such as nutrition management in weight loss and nutrition management of<br />

diseases e.g. AIDS, Diabetics and cancer. To counteract this, IT can be<br />

positively utilized to ensure that the general public can sift through<br />

information and select only that which is accurate and beneficial to them. This<br />

can be done by ensuring that each statement on nutrition is supported by<br />

proven scientific evidence. This paper seeks to propose ways in which<br />

information technology can be utilized to censure inaccurate information on<br />

nutrition and to provide access to accurate nutrition information to the general<br />

public.<br />

ABSTRACT NO. <strong>24</strong>2. Assessment of better practices in community<br />

nutrition programmes: a case study of Ssembabule Child Survival Project,<br />

Uganda<br />

Kazibwe S, Sentumbwe J<br />

Ministry of Agriculture, Animal Industry and Fisheries. P.O.Box <strong>21</strong>282 Kampala,<br />

Uganda<br />

Ssembabule Child Survival project (SCSP), implemented by Minnesota<br />

<strong>Inter</strong>national Health Volunteers (MIHV), in Ssembabule district is one of the<br />

three projects in Uganda, which were selected for the ‘’better practices’’<br />

assessment, under the Greater Horn of Africa Initiative (GHAI). The<br />

assessment was carried out during February 2000.<br />

The objective for the assessment was to identify ‘’better practices’’ in<br />

community level programmes that have led to positive nutrition outcomes.<br />

Eventually these would be documented for further dissemination to other<br />

stakeholders and they would also be used to enhance and facilitate nutritionplanning<br />

activities in Kenya, Uganda and Tanzania.<br />

The study team reviewed a report, which outlined the GHAI objectives and<br />

definition of the ‘’better practices’’; provided the background, context and<br />

scope of the study and a prototype methodology for assessing success factors<br />

and better practises. All above-mentioned factors plus other criteria were<br />

considered in selecting the study projects.<br />

Data collection instruments involved literature review, semi-structured<br />

questionnaire, key informants, focus group discussions and direct<br />

ABSTRACTS<br />

observation.<br />

Several better practices were identified and categorised under four major areas<br />

namely; programme development and design, programme management and<br />

implementation, intervention strategies and/or technologies and<br />

sustainability.<br />

Lessons learnt from each of these identified practises were also discussed.<br />

ABSTRACT NO. <strong>24</strong>3. Nutritional assessment of hospitalised elders in<br />

Abeokuta, Nigeria<br />

Aboaba Ibiyemi, Olufunmilayo Adepoju O<br />

University of Agriculture Abeokuta, Nigeria<br />

The Health care of older adults is gaining attention all over the globe. In<br />

Africa, elders are central figure in food production and home<br />

management. In view of this importance, the study focused on nutritional<br />

assesment of hospitalised elders. Eighty-five hospitalised elders of age<br />

sixty years and above were randomly selected from both government and<br />

private hospital in Abeokuta. Using anthropometric measurement, food<br />

frequency and direct weighing method, the body mass index and nutrient<br />

intake were calculated. The mean Body Mass Index (BMI) was<br />

22kg/height. The calorie intake is below recommended dietary allowance<br />

for male (1275kcal/d) and female (1<strong>21</strong>2kcal/d).Significant differences<br />

exist between Body Mass Index and Oral problem(r= -.<strong>24</strong>p


Abstracts 10/22/02 11:27 AM Page 46<br />

S46<br />

health and nutrition.<br />

As a result of this Mothers do not know the connection between balanced food<br />

and health, cleanliness and health. Many mothers are bounded with<br />

traditional beliefs and habits (food taboos), which can harm the health of<br />

children and women.<br />

There for to improve the nutritional status of mothers and children, we design,<br />

print, produced posters and other educational materials and give Intensive<br />

training to trainers for grassroots level. The program continues And the aim is<br />

to reach as many mothers as possible and improve there Nutritional status.<br />

Availability of Educational Materials<br />

There is a great lack of up to date information for grassroots level trainers and<br />

care- takers about the child's need for specific food and care, in general<br />

knowledge about Nutrition is very poor. The insignificant assortment of<br />

educational material, which is available, is either outdated, too expensive or<br />

simply out of reach of the community.<br />

Obviously health and nutrition teaching materials should be understandable<br />

at basic level, available and affordable to all members of community,<br />

especially to those with Low income. EECMY is running various development<br />

programs in rural and urban Ethiopia, but it has not so far developed proper<br />

nutrition and health educating materials Neither for trainers nor for the<br />

community. In addition to this there is a need to compile the already prepared<br />

educational materials and renew them with up to date information.<br />

Justification<br />

Co-operation with other organizations is essential to develop the material<br />

required on health and nutrition for the implementation of their respective<br />

programs, which focuses on awareness rising of people on health and<br />

nutrition.<br />

NB I will prepare further elaborated practices on food taboo and its effect on<br />

health.<br />

I have also true story on how beliefs and miss beliefs affect the health of<br />

women and children in Ethiopia and the teaching methods used to address<br />

this issues.<br />

Ethiopia is located in east Africa, a tropical country with two major seasons,<br />

summer and winter, mainly one harvesting season but in some low land areas<br />

two harvesting seasons. The total population is 61,649,000(1999statistic<br />

The causes for high mortality and morbidity among mothers and children>5<br />

are various, but the majority are preventable. The existing health and nutrition<br />

education must be Improved and expanded, which cannot be done with out<br />

proper and up to date educational materials and training.<br />

The Ethiopian Evangelical Church Mekane Yesus (EECMY) is a local church<br />

also registered as an NGO with total members of 3,359,683(in 2000) the church<br />

is organized in 20 units located in different part of the country.<br />

The Nutrition and Hygiene Project is located in EECMY central office under<br />

the health section in DASSC (Development and Social Service Commission of<br />

the central office.<br />

Health and Nutritional status<br />

In general basic health care is not at all satisfactory, large portion of the<br />

population has no access to basic components of Primary Health Care<br />

(Statistical figures are attached in Annex 1)<br />

Health Practice<br />

In Ethiopia the general pattern for meals in the family is that the men eat first<br />

and most of the food, while the women and children will eat the remaining left<br />

over. This means that the women and children will seldom have the daily<br />

energy requirements covered.<br />

(The average energy intake of the people meets only 73% of the requirements.)<br />

Basic hygiene is poor. Using unclean water from rivers or ponds does almost<br />

all food preparations. Toilets are rare. One of the leading reasons for death of<br />

small children in diarrhea is foods or drinks from a contaminated source.<br />

ABSTRACT NO. <strong>24</strong>6. THE INTEGRATED VILLAGE DEVELOPMENT<br />

PROJECT<br />

Gobezie Abeba<br />

Ministry of Health, Ethiopia<br />

I started with the theory that one could influence the dietary habit of a<br />

community if one works with the families closely and involve them at every<br />

stage so that they themselves make the food available with in the household.<br />

With this in mind I looked for a village that is close to the office and my home<br />

so that I would visit the village as often as possible. I located the village and I<br />

did a quick survey to find out about the physical make up of the village such<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS<br />

as the population, the number of house holds, the schools and the student<br />

population, the churches and their influence on the day to day living, clinic or<br />

other health facilities, the local administration, the source of water and<br />

hygienic. A detail health and nutrition survey was also done to investigate the<br />

nutritional problems and the parasitic infestation.<br />

All these studies showed that there was severe food shortage in the village.<br />

Parasitic infestation was very high; there were seasonal fluctuation of food. A<br />

high percentage of the population, both adult and children were severely and<br />

moderately under weight.<br />

I did not have enough resource to start the program with all the 700 HH. I had<br />

enough money to start the program with 50 households. Priority was given to<br />

families with children under five and families who are willing to worked hard<br />

to improve their nutritional situation. I was allowed to employ a girl with a<br />

high school education to work closely with the families and a development<br />

worker. We met frequently with the families and we discussed the problems<br />

that were revealed in the studies. Together we set strategies to control the<br />

parasitic problems, and to curve the food shortage and to improve the<br />

deficient diet. The priorities that were set were to build latrines, to have<br />

vegetable and fruit gardens and to clean the surrounding to closely follow the<br />

children under five years and pregnant and lactating women, to have<br />

intensive nutrition education for all the family members with special emphasis<br />

for the under fives, pregnant and lactating women.<br />

We agreed with the clinic to have an open- door service. We identify children<br />

who are not vaccinated, who are malnourished or who have any kind of<br />

sickness and send them to the clinic. We also try to talk to women to tell as<br />

soon as they know they are pregnant so that we follow them.<br />

We organized a committee of all the development workers in the village, and<br />

representatives of the local administration, the clinic, and the school. We had<br />

monthly meetings with these groups.<br />

The In put for the HH was three-farm implement (a small shovel, a pick and<br />

water pail) In addition to save the environment we gave the families kerosene<br />

stove cooker. The total cost for these equipments was US$ 22. There were two<br />

workers and the girl who worked with families and the development worker.<br />

The salary of these two workers was US$ 65. So the total cost for the whole for<br />

the whole program was about US$ 85.<br />

As a result of these, every HH was eating vegetables four to five times a week<br />

and they used the latrines and kept them clean. The cleanliness of the<br />

compound was superb. The result of the program was beyond expectation.<br />

ABSTRACT NO. 251. DIETARY PLANNING FOR LOW INCOME STRATA<br />

IN EGYPT<br />

El-Asfahani A 1 ,Abdou Amin I 2 , Ibrahim Khalid R 3<br />

1 Sultan Qaboos University, Muscat, Sultanat of Oman<br />

2 National Research Center, Cairo, Egypt<br />

3 Helwan University, Cairo, Egypt<br />

Mostly caused by economic limitations, even the average income level strata<br />

in Egypt suffer nutritional deficiency, despite spending more than half of their<br />

income on food. As such, the study reached a number of alternative daily<br />

diets, for winter and summer, satisfying nutritional daily requirements at the<br />

least cost, sharing no more than 43 percent of income for the average lowincome<br />

typical Egyptian family. Most of the proposed diet models consisted of<br />

bread, molasses, and deep green leafy vegetables. Some animal origin foods<br />

were included in some of the proposed diet models for reasons of food<br />

variations. To ensure future validity, price stability conditions as weighted by<br />

the foregoing inflation rate were considered in minimized cost diet model<br />

selection.<br />

CONFLICT OF INTEREST: none.<br />

ABSTRACT NO. 301. Use of dried and preserved bovine blood for the<br />

fortification of bean sauce as a food-based strategy to combat iron<br />

deficiency anaemia in Uganda<br />

Kikafunda Joyce K, Paul Sserumaga<br />

Department of Food Science, Makerere University, P.O. Box 7062 Kampala, Uganda.<br />

E-mail: foodtech@infocom.co.ug<br />

Iron deficiency anaemia (IDA) is one of the most important micro-nutrient<br />

deficiency diseases in many developing countries. In Uganda, it is estimated<br />

that over 50% of women of child bearing age and children below 5 years of age<br />

suffer from iron-deficiency anaemia. Although there are several strategies to


Abstracts 10/22/02 11:27 AM Page 47<br />

combat IDA including supplementation and fortification, food-based<br />

strategies are the most sustainable and yet little research has been carried out<br />

in this area.<br />

Feeding on chelated minerals has been proposed on the basis that chelates will<br />

prevent formation of insoluble complexes in the gastro-intestinal tract and<br />

reduce the amount of particular minerals that will be required in diet.<br />

This study aimed at developing a process of preservation of bovine blood into<br />

a powder, which would easily be utilised in fortifying a commonly consumed<br />

food item; bean sauce, with the heme iron.<br />

From the tests carried out on the dried and preserved bovine blood powder,<br />

packaged in 250 gauge polythene bags and stored at room temperature, it was<br />

found that there was a fall in total aerobic counts during the three months<br />

storage period from 3.672 to 3.126 colony forming units (cfu). This figure was<br />

not significant at p


Abstracts 10/22/02 11:27 AM Page 48<br />

S48<br />

Notes<br />

<strong>July</strong> <strong>2002</strong>, Vol. 15, No. 2 SAJCN (Supplement)<br />

ABSTRACTS

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