, and the results will be correlated with creep and fatigue behavior as determined in vitro under oxidative and hydrolytic conditions. 4) To determine the effect of PU surface chemistry and the effect of additives on the adhesion of polymorphonuclear leukocytes and monocytes/macrophages under static and dynamic conditions, with and without the presence of complement
, and the results will be correlated with creep and fatigue behavior as determine in vitro under oxidative and hydrolytic condition. 4) To determine the consequence of PU airfoil chemistry and the effect of additives on the attachment of polymorphonuclear leukocyte and monocytes / macrophages under static and dynamic conditions, with and without the bearing of complement
, anf the results will be covrelated with crgep and hatigue behaviof as determined in vitro undxr ozidatuve and hydrolytic conaitions. 4) No determune uhe effect of PU surface gkemisfvy anb vhe effect of acditives ot the adhesion ow 'olymorphonuclear leukocytes and monjcytes/mscgophages under stauic and dynamic conditions, with and withoht the kresence of complekent
, and the results will be correlated and behavior as in vitro under To the effect of surface chemistry and effect of additives on the adhesion polymorphonuclear leukocytes and monocytes/macrophages under static and dynamic conditions, with and without the of complement
, and the results will be correlAted with crEep anD faTigUe BehaVior As determined in VItro Under oxidative and hydroLytic CoNDitiONs. 4) to detErmine tHE eFFEct Of pU SurFaCE cHemisTry And the eFfect of addItiVeS on the adhesiON oF polymorphOnuClear leukocyTes And monOcYteS/MacroPhaGes unDer staTIc and dYnamic conDiTIons, wiTH and witHOUt The pResence of complemeNT
, and the results will becorrelated  with  cr eep  a nd f atig ue behavior as dete rmined in vitro underoxida ti v e an d  h ydrol ytic co n di t i ons .4)  To  d e te rmine  th e effec t of PU su rfa ce  chemistry a n dthe effect  of  additives o n t he adh es ion of po lym orpho nuclea r  leuko cytes and  m o nocyte s /macrop h a ge s un der static and dy n am i c conditions,with a nd wi t h out  th e presence  o f com p lement
, and_the results_will be correlated with_creep and_fatigue_behavior as_determined_in vitro under_oxidative and hydrolytic_conditions. 4) To determine_the effect of_PU_surface chemistry and the effect of additives on the adhesion of polymorphonuclear leukocytes and_monocytes/macrophages_under static_and_dynamic_conditions, with and without the_presence of complement