PubMed · 1978 · 39 citations · 0 references
MedicineHematologyImmunologyDialysisHemodialysisRenal PathophysiologyChronic HemodialysisComplement DisordersComplement SystemComplement-mediated InjuryHemodialysis ComplicationsNeutrophil BiologyComplement Activation PathwaysComplement In Hematologic DisordersComplement In Renal DiseaseComplement System ActivationComplement-mediated ActivationComplement-mediated DiseaseCuprophan MembranesPolycarbonate
The effects on neutrophil count and complement activity of five different haemodialysis membranes were studied. There was no correlation between the degree of neutropenia and intensity of complement activation. With cuprophan membrane both occurred simultaneously but to unrelated degrees; polyacronitrile induced mild, not significant neutropenia but marked activation of complement; polycarbonate membranes induced severe neutropenia without detectable complement activation. Where complement activation occurred it was via the alternative pathway. Haemodialysis induced neutropenia may have many causes and complement activation is probably not the major responsible factor.