what is the name of the short vessel that directly connects the arteriole and venule at opposite ends of the bed? a vascular shunt É/–ü¼’â@a vascular shunt is also called a ? interarteriole-thoroughfare channel É/–ü¼’â@name the 3 types of capillary exchanges 1) diffusion 2) vesicular transport 3) bulk flow É/–ü¼’â@ _______ can be either facilitated or filtration bulk flow É/–ü¼’â@vesicular transportation ( ________ & ________) exocytosis + endocytosis É/–ü¼’â@endocytosis = bring it inside the cell É/–ü¼’â@exocytosis = moving outside the membrane É/–ü¼’â@is aka solutes moving from high concentration to low diffusion É/–ü¼’â@ ________ -- regulation of the relative volumes of blood and interstitial fluid bulk flow É/–ü¼’â@osmotic pressure up against a wall É/–ü¼’â@hydrostatic pressure is the actual movement of water É/–ü¼’â@balance of pressures = net filtration pressure (NFP) É/–ü¼’â@_________ = movement of fluid between plasma and interstitial fluid in a state of near equilibrium at the arterial and venous end of a capillary starling's law of the capillaries É/–ü¼’â@NFP = (blood Hydrostatic Pressure + Interstitial fluid osmotic pressure) - ( blood colloid osmotic pressure + interstitial fluid hydrostatic pressure) É/–ü¼’â@ ________ = pressure of blood acting against the capillary walls forcing fluids out of capillaries blood hydrostatic pressure É/–ü¼’â@ ________ = pressure acting ouside the capillaries pushing fluid in interstitial fluid hydrostatic pressure É/–ü¼’â@ ________ = pressure as a resulf of moving fluid into cappillaries due to attraction to non diffusable solutes blood colloid osmotic pressure É/–ü¼’â@_______ = pressure of blood acting against the cappillary walls forcing fluids into capillaries interstitial fluid osmotic pressure É/–ü¼’â@ ____ = filtration exceeds reabsorption resulting in increased interstitial fluid volume edema É/–ü¼’â@name 3 causes of edema 1) increased blood hydrostatic pressure in capillaries 2) decreased concentration of plasma proteins 3) increased permeabilty of capillaries 4) increased extracellular fluid volume 5) blockage of lymphatic vessels É/–ü¼’â@ ________ = distribution of cardiac output hemodynamics É/–ü¼’â@hemodynamics depends on 2 things 1) pressure differences that drive blood flow 2) the resistance of blood flow É/–ü¼’â@name 2 reasons for pressure differences 1) distance from the pump 2) total volume of blood in cardio system É/–ü¼’â@ ________ = hydrostatic pressure exerted by blood on the walls of a blood vessel; in aorta and large systemic arteries blood pressure É/–ü¼’â@ É/–ü¼’â@