RT @CVIR_Journal: Throwback Thursday Hydrophilic #Stent Coating Inhibits Platelet Adhesion on Stent Surfaces: Initial Results In Vitro | ht…
RT @CVIR_Journal: Throwback Thursday Hydrophilic #Stent Coating Inhibits Platelet Adhesion on Stent Surfaces: Initial Results In Vitro | ht…
Throwback Thursday Hydrophilic #Stent Coating Inhibits Platelet Adhesion on Stent Surfaces: Initial Results In Vitro | https://t.co/hmTRtO1MyI #openaccess #irad https://t.co/CJZUNjK0rI
RT @CVIR_Journal: Continuing with the series of #OpenAccess articles Hydrophilic #stent coating inhibits platelet adhesion on stent surfac…
Continuing with the series of #OpenAccess articles Hydrophilic #stent coating inhibits platelet adhesion on stent surfaces: initial results in vitro https://t.co/26RxLoSUmZ #OpenAccessWeek #irad https://t.co/9HLXVzAdBf
RT @CVIR_Journal: Miltos Krokidis Article Tip: Get NiTiNol covered! This study reveals that plates of nickel titanium appear to attract les…
Miltos Krokidis Article Tip: Get NiTiNol covered! This study reveals that plates of nickel titanium appear to attract less platelet aggregates when covered by a hydrophilic coating, read the complete article here https://t.co/xiiyFCzSP1 #FOAMrad @ruhrunibo