الفهرس 
AcknowledgementOnly 14 pages are availabe for public view
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Abstract
Osmosis is an important mcde of IDaSS transport in a
hWllan body and its magniiiude determines to a large extent the performance of the most impor-ca.:1t fu.actions of differen~ organs and cells. O’?:i~1g to the nutual interactions bet\7e3n different forces GnG flu:,,:es affecting 8 certain
biological system, it is not easy to develop a meaningful quantitative relationships for different variables and
constants controlling ofJll11atic pb.enomena. However, the
parametric study for osmosis needs ne\’1 approach for com-
partmental modelil1g for vivo and vitro experimentation.
The object of the present work is to elucidate 80me of the transport,processes involving osmosis in
different body comparements. Special interest was focused
upon the role ~f transport by osmosis in artificial kidney
with the object of predicting the concentration profile
for species of interest in human blood. The properties
of Eg~Tptian cellophane were studied to check its suitab~
ility for hemodialysis.
A mathematical model was f0~~lulated to predict the
change in the concentration of a substance, which undergoes
pass ive mode of transport nnd for which no membrane