bulk flow

______________ ______________ is the force exerted by a fluid pressing against a wall

In capillaries, _____________ __________ is the same as ____________ _______ ________, the pressure exerted by blood on capillary walls

__________ ____________ ___________ tends to force fluids through capillary walls through filtration, it pushes fluid out of capillary

Why is HPc higher at the arterial end of the bed compared to the venous end?

capillary hydrostatic pressure is higher at the ____________ end of the bed compared to the ___________ end because ___________ __________ drops as it flows across the capillary bed

_____________ ________ ___________ ___________ refers to the capillary hydrostatic pressure or capillary blood pressure that is opposed by the force pushing back outside the capillaries and pushing fluid in, it pushes fluid into the capillary

the _________ ___________ ___________ are the forces opposing hydrostatic pressure created by large non-diffusible molecules

molecules like plasma proteins cannot cross the ___________ and instead draw water in through _________, water moves to make the _______ more ________

____________ __________ ___________ ___________ develops from abundant plasma proteins in capillary blood, it pulls fluid into the capillary

the __________ ________ _________ ________ __________ is lower because interstitial fluid contains few proteins, it pulls fluid out of the capillary

the ____ ____________ _______ considers all forces acting at the capillary bed

(HPc + OPif ) - (HPif + OPc )

_______ ______ across capillary walls cause continuous mixing of fluid between the ______ and the __________ fluid compartments and maintains the interstitial environment

the two kinds of pressures that drive fluid movement are __________ ___________ and ____________ ___________

___ ____________ occurs at the arteriolar end of a capillary as fluid moves from the ________ into the __________ ______

____ _____________ occurs at the venous end of a capillary

fluid moves from the _________ ________ into the _________

a drop in __________ _________ because of _________ in the _________ results in a negative ____ _________ __________ causing net reabsorption to occur at the ________ end of the capillary