Coagulopathy implications using a multiscale model of traumatic bleeding matching macro- and microcirculation

RT @ajpheartcirc: Researchers developed the first #bleeding model that prescribes geometry of injury to calculate rate of pressure-driven #…

Researchers developed the first #bleeding model that prescribes geometry of injury to calculate rate of pressure-driven #bloodloss & local wall shear rate in the presence or absence of coagulopathic blood https://t.co/rNsK5lrLXr #trauma #TraumaticInjur

Researchers developed the first #bleeding model that prescribes geometry of injury to calculate rate of pressure-driven #bloodloss & local wall shear rate in the presence or absence of coagulopathic blood https://t.co/7Y35Fds7MY #trauma #TraumaticInjur

#ArticlesInPress Coagulopathy implications using a multiscale model of traumatic bleeding matching macro and microcirculation https://t.co/9kcVcJJ5Ld @PennEngineers #trauma #bleeding #hemorrhage #coagulopathy https://t.co/sx74k7vnc8