الفهرس 
DialysisOnly 14 pages are availabe for public view
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Abstract
fn:quent use in ’-r.~ndi8ly8s up till IIOW. The two newly fabric8Iod mantnnes W&ft dcacetylatcd cellulose •••••.••••• ~ cellulose 8CCIt8tc .butyrIte ~ 10 which poIymethyl .,~ryI8tc wu ••••• to improve Ibqth IIDd hcmoooetpIIibiI. ~ won. on cIitfennt 8OI~ mixtwa wed to disdve the polymers proved” ORe catain mixtun: in •••• ~. diox8ne 8bd cIiI8dhyI fonnamidc save optimum JIRtpedics in dialysis and MlIhaaore •••• ia definite proportions to dismlve the polymers. i111bc present WOI’l. l”hc ~ weft ~ by the phase inversion pI’OQ* usina. CIIIIi8c assembly. followed by Mutyndion I8dIor cIeacctyt8Iion. The membranes W&ft then IieIIed in a specially ~ w.8tOr)’«8Ic dialysis cell for their efficiency in ctiaIyziea SDCIium chloride and CN”i.o.:,l(. Scwr8I \’8IiIbIe6 weft inYatiptcd as to their effect on the 4ialysis perfonnanc::e of the diftielat IDeIIIbrIncs. 11M: V8’iab1a~: initiailOlution c::oncedbation of solute. type C1I ~ type of ICftCn mesh supporting the membrane. type of solute (salt and CDIIiaine). &cquenc:y of introducine pure rinsil1l water (dialyzate) during dialysis. solution &.rate and solution tempe.~ during dialysis and thickness of membrane. The results weR presented as half times of dialysis. overall mass transfer coefficients. dinusion coefficients and clearance of solute through the membranes and coMCted half time value Ittr IIIicbtss 0.1 nun. 8M their values used as a means of comparison among the membranes. In Iddition hcmocompstibility tests were conducted on each type of membrane to assess their duombogenity towards blood and whether they trigger changes such as blood clots or nOI. a the membranes were found superior to cellophane and suitable for use as hemodialysis membranes. In addition they wen: very strong.
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