The International Journal of Artificial Organs · 2003 · 14 citations · 32 references
MedicineHematologyHemodynamic ManagementHemostasisPulmonologyCardiopulmonary BypassCirculatory PhysiologyExtracorporeal CirculationPlatelet ActivationPlatelet FunctionPlatelet PhysiologyClosure AnalysisExperimental Study DesignPlatelet Count MonitoringPulsatile Flow
The aim of this investigation was to study the effect of a new pulsatile pump for extracorporeal circulation (ECC) on platelet count and platelet function with respect to a Biomedicus centrifugal pump. Thirteen pigs, 8 in the pulsatile group (PG) and 5 in the centrifugal group (CG), underwent a partial extracorporeal circulation lasting 3 h. The animals were sacrificed 3 h post-ECC. The platelet study was both quantitative (platelet count) and qualitative (platelet function analysis) by assessing the closure time (CT) with a PFA-100 system. The decrease in platelet number from basal to 3 h post ECC was only significant in CG (p = 0.009). The platelet function was impaired in both groups, but the value of CT with col/ADP increased significantly only in CG (p < 0.001). The increase of CT with col/EPI was greater in CG (p = 0.07) than in PG (p = 0.2). The results indicated that the new pulsatile pump preserves platelets quantitatively and qualitatively well compared to a Biomedicus pump.
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Platelet function, thrombin and fibrinolytic activity in patients with heart failure
Syed M. Jafri, T. Ozawa, Eberhard Mammen et al. · European Heart Journal · 1993 · 220 citations
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Simulation of Primary Haemostasis in vitro
M.A.A. Kratzer, G. V. R. Born · Haemostasis · 2009 · 126 citations
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Comparative clinical study of pulsatile and non-pulsatile perfusion in 350 consecutive patients.
Kenneth M. Taylor, W H Bain, K G Davidson et al. · Thorax · 1982 · 111 citations · Full text
R. B. A. van den Brink, Cees A. Visser, Dick C.G. Basart et al. · The American Journal of Cardiology · 1989 · 102 citations