Schistosomiasis is the major public health problem in rural Egypt, wit
h almost six million Egyptians infected as at min 1996. lit 1983, the
prevalence of schistosomiasis in rural Egypt was greater than 50%(1),
but a ten-year campaign of diagnosis and treatment has reduced the pre
valence and intensity of infection. Parallel to this campaign, the gov
ernment of the USA has funded a research project to examine all aspect
s of schistosomiasis with a view to improving the control strategy. As
outlined here by Taha EI Khoby, Nabil Galal and Alan Fenwick, after a
lmost ten years, the project's achievements include: assisting WHO in
its attempts to develop a vaccine against schistosomiasis, developing
a suspension formulation of praziquantel suitable for young children,
and establishing a unit to monitor reports of resistance to praziquant
el(2,3). In addition, a large epidemiological study has established th
e extent of the problem in Egypt(4). Slow-release formulation of niclo
samide(5), health education material for use on TV, dipstick diagnosti
c tests(6), and evaluation of ultrasound as a diagnostic tool have als
o been achieved(7-9). As the project closes, Egypt is left with an eff
ective strategy for the control of schistosomiasis and several back-ti
p tools for use in the event of development of resistance to praziquan
tel. The Ministry of Health and Population has the basis of a Geograph
ical Information System (GIS) unit and the country has a trained and e
quipped scientific community capable of biomedical research, and almos
t 100 scientific papers published on their work.