RT @load_dependent: In healthy volunteers, SV increase from fluid bolus is mediated both by reduction in afterload (due to hemodilution and…
In healthy volunteers, SV increase from fluid bolus is mediated both by reduction in afterload (due to hemodilution and reduced viscosity) and increase in preload. https://t.co/IJUqmmZV3M
@JohsEnevoldsen @BenStultz @Manoj_Wickram A few more papers you might be interested in:
RT @LMSaxhaug: Another paper I’ve missed illustrating the effects of crystalloids on cardiovascular performance in healthy volounteers. Str…
RT @z1surgeon: Exactly what we see in cardiac surgery. Reducing the SVR(i) with crystalloid administration. Then the less informed attempt…
RT @LMSaxhaug: Another paper I’ve missed illustrating the effects of crystalloids on cardiovascular performance in healthy volounteers. Str…
RT @LMSaxhaug: Another paper I’ve missed illustrating the effects of crystalloids on cardiovascular performance in healthy volounteers. Str…
RT @z1surgeon: Exactly what we see in cardiac surgery. Reducing the SVR(i) with crystalloid administration. Then the less informed attempt…
RT @LMSaxhaug: Another paper I’ve missed illustrating the effects of crystalloids on cardiovascular performance in healthy volounteers. Str…
RT @LMSaxhaug: Another paper I’ve missed illustrating the effects of crystalloids on cardiovascular performance in healthy volounteers. Str…
RT @z1surgeon: Exactly what we see in cardiac surgery. Reducing the SVR(i) with crystalloid administration. Then the less informed attempt…
Exactly what we see in cardiac surgery. Reducing the SVR(i) with crystalloid administration. Then the less informed attempt to increase the B.P with more crystalloid 🤦🏻♂️ #antiphysiology
Another paper I’ve missed illustrating the effects of crystalloids on cardiovascular performance in healthy volounteers. Stroke volume increased by equal parts ⬆️EDV ⬇️ESV. Marked reduction in SVR. Drop in viscosity postulated as cause https://t.co/3P3Acy
Crystalloid raises venous return by increasing MSFP & lowering blood viscosity [resistance] http://t.co/YeREpXX2M6 http://t.co/CTldGlTy3n