Performance of plasma membrane separators, employed for donor plasmapheresis, is evaluated by considering collection efficiency, quality of collected plasma and biocompatibility.
ChmielH.The effect of pressure, flow conditions and surface composition on the filtration properties of plasma separation modules.Plasma Ther Transfus Technol1983; 4: 387–96.
2.
FarrelP.C.Apheresis using membrane systems: physical principles, problems, and application.Plasma Ther Transfus Technol1984; 5: 291–8.
VezonG., PiquetY., ManierC., ShoonemanF., MasnierF., MoulinierJ.Technical aspects of different donor plasmapheresis systems and biological results obtained in collected plasma.Vox Sang1986; (Suppl 1) 51: 40–4.
8.
PerseghinP., PaganiA., FornasariP.M., SalvaneschiL.Donor plasmapheresis: a comparative study using four different types of equipment.Int J Artif Org1987; 10: 51–6.
9.
GiudiceV., BaldiniG., CeccherelliG.B., RodorigoG.Plasmaferesi con apparechiature Filtra BT 995 ed Autopheresis C: confronto sulla qualità del plasma prodotto. Presented at: 30th Italian Congress of Transfusion Medicine, Rome, June 1992.
10.
AeschbacherB., HaerbliA., NydeggerU.E.Donor safety and plasma quality in automated plasmapheresis. Comparison of two filter materials.Vox Sang1989; 57: 104–11.
11.
McLeodB.C., VienersA., SassettiR.J.Complement activation by plasma separator membranes.Tranfusion1983; 23: 143–7.
