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Table 1. Number of people admitted to hospital and deaths from poisoning in Sri Lanka, 1988. Type of poison Admissions Deaths Organochiorines 1 280 95 Cholinesterase inhibitors 9 522 1190 Other pesticides 2 195 239 Other poisoning and toxic effects 9 677 836 Medicinal agents 3 331 47 Snake bites 6 843 156 Total 32848 2563 Over half of the full-time agricultural workers in Sn Lanka use pesticides. In an agricultural district of the North Central Province, nearly 32% of those admitted to hospital in 1983 were suffering from occupation-related pesticide poisoning, indicating that this is a major problem in the agricultural community. The improper storage of pesticides can also be hazardous. In 1985, Colombo and its suburbs were affected when the malathion stock of the Ministry of Health caught fire. Over one million people inhaled malathion fumes for over 1 week; some people admitted to hospital complained of headache, nausea, vomiting, dizziness, chest pain, and drowsiness. Accidental poisoning with pesticides is also well documented. Drinking liquid pesticides by accident, due to inadequate and unsatisfactory storage facilities in households, and death, due to ingestion of minute quantities of pesticide remaining in reused containers, have been reported. In 1988, pesticides caused 40% of poisoning cases admitted to hospital and 59% of deaths due to poison (Table 1). This amounts to a morbidity rate of 79 per 100 000 people and a mortality rate of 9 per 100 000. These numbers do not include out-patients treated at state and private hospitals, patients admitted to private and Ayurvedic hospitals, or deaths occurring outside state hospitals or before admission to hospital. As many as 50 000 people may be poisoned with pesticides annually, resulting in over 2 000 deaths. Because of this alarming situation, health professionals in Sri Lanka believed there was a need for a poisoning advisory institution. Establishing a national poisons information centre In 1988, the National Poisons Information Centre (NPIC) was established in the General Hospital, Colombo. Its main objective was to provide information on all aspects of poisons and poisoning to the medical profession and general public, 24 hours per day throughout the year. Between 1988 and 1989, NPIC 205
Table 2. Number of enquiries received at the National Poisons Information Centre, 1988-1989. Type of chemical No. of enquiries Pesticides 235 Drugs and therapeutic agents 141 Industrial chemicals 89 Plant poisons 51 Household chemicals 51 Snake venom 20 Agrochemicals 3 Others 135 Total 725 Table 3. Pesticides responsible for poisonings, 1988-1989. Pesticide Number % Insecticides 120 51.1 Herbicides 54 23.0 Rodenticides 24 10.2 Fumigants 1 0.4 Snail baits 1 0.4 Others or unknown 35 14.9 Total 235 100.0 Table 4. Pesticides responsible for deaths, 1988-1989. Pesticide No. of deaths Paraquat 8 Organophosphates 6 Propanil 3 Chiorophenoxy 3 Organophosphate and carbamate I Unknown I Total 22 received 725 enquiries; 235 were related to pesticides, which caused 22 deaths (Tables 2, 3, and 4). In addition to providing telephone or written information, the Centre has helped to disseminate information through publications. Management of Pesticide Poisoning, sponsored by the Pesticides Association of Sri Lanka, is distributed free to all medical practitioners in Sri Lanka. Known as the "Green Book," it contains information on the management of victims of poisoning due 206
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Impact of pesticide use on health i
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IMPACT OF PESTICIDE USE ON HEALTH I
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©International Development Researc
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Contents Acknowledgments viii Forew
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Control of disease vectors: a curre
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Foreword From their first appearanc
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PART! EPIDEMIOLOGY OF PESTICIDE POI
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Although pesticides are used both i
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Table 1. Introduction of pesticides
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problem. The International Developm
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impact of pesticides on Canadian wi
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investigated further. For example,
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Conclusions The subject of this vol
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Jusoh Mamat, M.; Anas, A.N.; Heong,
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Health-risk assessment of pesticide
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especially in the absence of comple
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depends largely on external factors
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Specific situations may require spe
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that the best possible work is done
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doses (chronic poisoning) or delaye
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Table 1. Poisoning incidents in fou
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Pesticide research for public healt
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Current pest control practices in T
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800- 400- 200 - 1980 1981 1982 1983
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designed 30-40 years ago (Jusoh Mam
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and tore easily. One investigation
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education, mass-communication tools
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Increase and improve training activ
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Castaneda, C.P. 1988. Pesticide poi
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Ooi, A.C.P.; Heong, K.L.; Lim, B.K.
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Investigations into acute pyrethroi
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Level of exposure To assess the lev
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Table 2. Cases of acute pyrethroid
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(in 121 subjects), usually develope
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Deltamethrin was detectable in the
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pyrethroid poisoning. Therefore, th
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Gilliatt, R.W.; Willison, R.G. 1963
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Table 1. Value of imported pesticid
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Study two Twelve farmers participat
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All activities Left hand (73.2) Lef
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Acknowledgment- The three studies r
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Since the creation of Pakistan in 1
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Table 1. Incidents of pesticide poi
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Sandu, S.S.; Waters, M.D.; Simmon,
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and chlordane. Pest resistance to t
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young workers was 15.8%, 6.8%, and
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Storage of pesticides Although the
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Discussion The lowland regions and
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Pulmonary obstructive disease in a
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To investigate the presence and mea
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Age (years) Table 1. Distribution o
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was among paraquat users who smoked
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Levin, P.J.; Klaff, L.J.; Rose, A.G
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the delta. The total population of
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The successive and simultaneous rel
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on clinical studies and laboratory
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This made the collection of blood s
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Table 1. Relation between informati
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analysis, and engaging in various t
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Table 1. Value (million KSH) of pes
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To develop a health-education packa
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Storage site Table 3. Storage of ag
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Table 5. Causes of agrochemical and
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Methods A pilot field survey was un
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Conclusion The practices followed b
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manufactured or formulated locally,
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However, based on individual compla
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Table 4. Acetylcholinesterase activ
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Age did not appear to be an importa
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eactions to the pesticides in occup
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Bowers, M,B.; Goodman, E.; Sim, V.M
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Extent of exposure of farm workers
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Group III consisted of 31 farmers w
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25 - 0 Level of exposure J Group 1,
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Pesticides were stored everywhere c
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Table 2. Concluded. Question Answer
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PART II RELATING PESTICIDE DEVELOPM
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Toxicity Table 1. Requirements and
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Screening Process development Route
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Progress in improving safety Pestic
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type of formulation, and warning pr
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The pyrethroid, cypermethrin, is mo
Page 165 and 166: Studying the effects of pesticides
Page 167 and 168: of the risk is a quantitative issue
Page 169 and 170: egistry could be linked to the lice
Page 171 and 172: poisoned through mishandling of an
Page 173 and 174: no documented incident could be fou
Page 175 and 176: Region Table 3. Use of using pictog
Page 177 and 178: of fluorinated HDPE because fluorin
Page 179 and 180: Current initiatives, at the interna
Page 181 and 182: inding within their jurisdictions.
Page 183 and 184: Benefits of a hazard auditor From t
Page 185 and 186: different agencies take to be permi
Page 187 and 188: industry and of its serving to legi
Page 189 and 190: Anonymous. 1988a. FAO code of condu
Page 191 and 192: (Adam 1976; Fraser and Burrill 1979
Page 193 and 194: in the lower price categories tend
Page 195 and 196: Anas, N.; Jusoh Mamat, Md.; Heong,
Page 197 and 198: Zam, A.K. 1980. Bancian pengurusan
Page 199 and 200: Materials and methods Assessment of
Page 201 and 202: At the end of each day's operations
Page 203 and 204: Table 3. Number of garments chafing
Page 205 and 206: underlines the need to change attit
Page 207 and 208: Evaluation and management of pestic
Page 209 and 210: target and react with some crucial
Page 211 and 212: scientists on a contractual basis,
Page 213 and 214: pesticides in developing countries
Page 215: Regional information resources for
Page 219 and 220: extent of this problem in developin
Page 221 and 222: Promoting the safe use of pesticide
Page 223 and 224: pests) is observed. Thus, the "quic
Page 225 and 226: is one of principal agencies respon
Page 227 and 228: Pretesting materials in training an
Page 229 and 230: of costly medical technologies and
Page 231 and 232: The agricultural sector has by far
Page 233 and 234: At the community level, the extent
Page 235 and 236: Neufeld, V. 1989. Community-based m
Page 237 and 238: Outline for learning module using o
Page 239 and 240: WHO (World Health Organization). 19
Page 241 and 242: In the past decade, tremendous effo
Page 243 and 244: Jiang-Su province Results and discu
Page 245 and 246: As a result of deregulation, the nu
Page 247 and 248: Table 3. Proportion of workers usin
Page 249 and 250: Shih, J.H.; Wu, Z.Q.; Zhang, Y.X.;
Page 251 and 252: Pesticides and wildlife: a short gu
Page 253 and 254: Using target-specific products mini
Page 255 and 256: specifications. Other data are asse
Page 257 and 258: Formulation-specific concerns The e
Page 259 and 260: mirex, and chiordecone have been ba
Page 261 and 262: 1984). The base for pesticide granu
Page 263 and 264: e more stringently reviewed. In Can
Page 265 and 266: For example, searching for carcasse
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overlooked. In developing countries
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Establish monitoring programs to de
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Grue, C.E.; Fleming, W.J.; Busby, D
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Schafer, E.W., Jr; Brunton, R.B. 19
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Table 1. Prevalence and distributio
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By 1980, resistance to at least one
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tries. Japanese encephalitis has be
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to the targeted larvae of mosquitoe
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The role of the community Many prob
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from locally available sacking mate
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services. The project also includes
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Maxwell, C.A.; Curtis, C.F.; Haji,
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Botanical pesticides: optimizing pe
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neurotoxin but a cytotoxin, cross-r
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MoDuscicide- and pesticide-developm
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A development plan has been identif
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and environmental effects must be d
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Devitt, B.D.; Philogène, B.J.R.; H
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Endod, a potential natural pesticid
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University in Ottawa, and in other
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in the field (Lugt 1981), 137 500 m
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Hutchinson, J.; Dalziel, J.M. 1929.
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Community participation, including
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Acknowledgment- This research has b
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multiplication. The high temperatur
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Because pesticides are required in
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Africa and now East Africa. The suc
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Integrated pest management 1PM may
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to risk crop damage. Close involvem
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Ramos-Ocampo, V.E.; Magallona, E.D.
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esidues on fresh and cooked vegetab
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Grassy strip 108 N Farmer's Experim
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Table 1. Description and efficiency
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Table 3. Cost (PHP) of pest managem
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in the field. These pests were the
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PART V APPENDICES
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Ravindra Fernando, National Poisons
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Frank White, Pan-American Health Or
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ECHO abdominal ultrasonograph EEG e
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URT upper respiratory tract USAID U
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