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RA 00048.pdf - OAR@ICRISAT

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dehullers to permit the most selective removal of<br />

hull layers and to maximize the yield of the edible<br />

product.<br />

The quality criteria desired in the final flour must<br />

be accurately defined so that millers can modify or<br />

operate equipment with these objectives in mind.<br />

For example, low lipid content is a desirable flour<br />

attribute since it decreases the problem of rancidity.<br />

However, the germ must be removed to<br />

reduce the fat content and this has an adverse<br />

effect on the nutritional quality of the flour.<br />

Obviously, storage and nutritional studies need to<br />

be undertaken to determine the optimum level of<br />

germ removal.<br />

Plant breeders should consider adopting smallscale<br />

milling equipment to insure the development<br />

of varieties with desirable traditional and<br />

mechanical processing characteristics. Ultimately,<br />

it may be possible to even select varieties which<br />

require little or no denuding to produce acceptable<br />

flour.<br />

References<br />

ADRIAN, J., GOUSSAULT, B., ARNAL-PEYROT, F., and SAMSON,<br />

M. F. 1975. Techniques of milling millet and sorghum,<br />

and protein value of semolina and flours (in French).<br />

Bulletin de la Societe Scientifique d'hygiene alimentaire<br />

6 3 : 2 5 0 - 2 6 4 .<br />

ANDERSON, Ft. A. 1969. Producing quality sorghum flour<br />

on wheat milling equipment. The Northwestern Miller<br />

2 7 6 : 1 0 - 1 2 , 14-15.<br />

millet I. Characterization by SEM, amino acid analysis,<br />

lipid composition and prolamine solubility. Cereal Chemistry<br />

5 3 : 4 7 8 - 4 8 7 .<br />

BO<strong>RA</strong>SIO, I., and GARIBOLDI, F. 1979. Illustrated glossary of<br />

rice-processing machines. FAO Bulletin 37. Rome,<br />

Italy: FAO. 95 pp.<br />

C<strong>RA</strong>WFORD, D. C, HAMERSMA, P. J., and MARLOTH. B. W.<br />

1942. The chemical composition of some South African<br />

cereals and their milling products. Department of<br />

Agriculture and Forestry, South Africa, Science Bulletin<br />

No. 20.<br />

DE M A N , J. M., BANIGO, E. O.l., <strong>RA</strong>SPER, V„ GADE, H., and<br />

SLINGER, S. J. 1973. Dehulling of sorghum and millet<br />

with the Palyi compact milling system. Canadian<br />

Institute of Food Science and Technology 6 : 1 8 8 - 1 9 3 .<br />

EASTMAN, P. 1980. An end to pounding. IDRC-152e.<br />

Ottawa, Ontario, Canada: International Development<br />

Research Centre.<br />

EISENER, N., MACFARLANE, C, and SCHMIDT, S. K. 1979.<br />

The machine that dehulls and grinds sorghum for us.<br />

Kanye, Botswana: Rural Industries Innovation Centre.<br />

32 pp.<br />

FORREST, R. S., and YACIUK, G. 1980. Sorghum milling—a<br />

new agro-industry for Botswana. IDRC Manuscript<br />

Report 30, Ottawa, Ontario, Canada: International<br />

Development Research Centre. 32 pp.<br />

GOLDBERG, L, THORP, J. M., and SUSSMAN, S. 1946. A<br />

survey of vitamins in African foodstuffs. V. The<br />

thiamine content of processed cereals and legumes.<br />

South African Journal of Medical Science 11:121<br />

- 1 3 4 .<br />

ANDERSON, R. A., and BURBRIDGE, L. H. 1971. Integrated<br />

process for dry milling grain sorghum. The Northwestern<br />

Miller 2 7 8 : 2 4 - 2 8 .<br />

ANDERSON, R. A., CONWAY, H. F., and BURBRIDGE, L. H.<br />

1977. Yield and chemical composition of fractions from<br />

dry milling of high-lysine grain sorghum. Cereal Chemistry<br />

5 4 : 8 5 5 - 8 5 6 .<br />

ANDERSON, R. A., MONTGOMERY, R. R., and BURBRIDGE, L.<br />

H. 1969. Low-fat endosperm fractions from grain<br />

sorghum. Cereal Science Today 1 4 : 3 6 6 - 3 6 8 .<br />

ANONYMOUS. 1976. Maiduguri mill project-grain milling<br />

and utilization in West Africa. IDRC-TS 2. Ottawa,<br />

Ontario. Canada: International Development Research<br />

Centre.<br />

BADI, S. M., HOSENEY, R. C . and CASADY, A. J. 1976. Pearl<br />

HAHN, R. R. 1969. Dry milling of grain sorghum. Cereal<br />

Science Today 1 4 : 2 3 4 - 2 3 7 .<br />

HAHN, R. R. 1970. Dry milling and products of grain<br />

sorghum. Pages 573-595 in Sorghum production and<br />

utilization, eds. J. S. Wall and W. M. Ross. Westport,<br />

Connecticut, USA: The AVI Publishing Co.<br />

HOGAN, J. T., NORMAND, F. L, and DEOBALD, H. J. 1964.<br />

Method for removal of successive layers from brown<br />

and milled rice. Rice Journal 6 7 : 2 7 - 3 4 .<br />

HULSE, J. H., LAING, E. M., and PEARSON, O. E. 1980.<br />

Sorghum and millets: their composition and nutritive<br />

value. New York, USA: Academic Press. 997 pp.<br />

JOHN. S. W., and MULLER, H. G. 1973. Thiamine in<br />

sorghum. Journal of the Science of Food and Agriculture<br />

2 4 : 4 9 0 - 4 9 1 .<br />

561

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