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The Argument 120
The Equations for Transmembrane Transport
Results and Conclusions
5 other sections not shown
ascending vessels blood plasma Chapter cm/s coefficient to urea collecting duct collecting tubule system concen concentration gradient concentration of urea concentration profiles Countercurrent multiplication cuvettes descending and ascending descending limb descending vasa recta distal tubule driving force equation experimental exposed papilla external gradient extraction of water Figure flowrate fluid entering Fluid Uptake fraction function of length glomeruli hydraulic and oncotic hydraulic permeability impermeable inner medulla inulin inulin concentration juxtamedullary nephrons kidney Kokko lary loop of Henle medullary collecting tubule micropuncture mOsm/L non-equilibrium thermodynamics oncotic pressure osmolality osmolarity outer medulla percent Physiol pipette plasma protein potassium protein molecules proximal tubule puncture reabsorption reagent reflection coefficients saline molarity salt samples small solutes sodium chloride systemic plasma thick ascending limb thin ascending tion transcapillary transmembrane tubule fluid tubule segments urea concentration urea permeability urinary concentrating mechanism urine values vasa recta capillaries vivo water extraction water flux water movement