Comptes Rendus, Volume 1Excerpta Medica Foundation., 1970 - Kidneys |
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Page 136
... countercurrent system in the renal medulla as the under- lying mechanism for the osmotic concentrating ability of the mammalian kidney - originated by KUHN and WIRZ - has survived ' die Stürme der frühen Jahre ' ( i.e. the turmoil of ...
... countercurrent system in the renal medulla as the under- lying mechanism for the osmotic concentrating ability of the mammalian kidney - originated by KUHN and WIRZ - has survived ' die Stürme der frühen Jahre ' ( i.e. the turmoil of ...
Page 149
... countercurrent multipliers is that stopped flow microperfusion studies [ 2 , 12 ] show no evidence of active salt reabsorption . Favoring countercurrent multiplication is the finding that AL osmolality is lower than in descending limb ...
... countercurrent multipliers is that stopped flow microperfusion studies [ 2 , 12 ] show no evidence of active salt reabsorption . Favoring countercurrent multiplication is the finding that AL osmolality is lower than in descending limb ...
Page 151
... Countercurrent Exchanger Properties of the Vasa recta By permitting countercurrent exchange of permeant solutes , the counter- flow arrangement of vasa recta ( VR ) restricts the loss of medullary solutes while providing a nutritional ...
... Countercurrent Exchanger Properties of the Vasa recta By permitting countercurrent exchange of permeant solutes , the counter- flow arrangement of vasa recta ( VR ) restricts the loss of medullary solutes while providing a nutritional ...
Contents
Embryology Ultrastructure Physiology | 1 |
Histochemi | 7 |
Recent Advances in Nephrology | 8 |
Copyright | |
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absorption acid transport activity addition albumin Amer amino acids ammonia amount amphotericin animals antigens appears arterial ascending limb bicarbonate blood body calculated capillary cells changes clearance collecting duct compared concentration contain cortex cytoplasmic degrading demonstrated descending diffusion distribution effect excretion experimental experiments figure flow fluid forms fraction function glomerular glucose human hydrogen ion increase incubated indicate infusion inulin isolated kidney less levels loop of Henle lysosomal mean measured mechanism medulla membrane metabolic Micropuncture mitochondria molecules nephron normal observed occur osmotic perfusion permeability Physiol plasma pores potassium present production protein proximal tubule ratio reabsorbed reabsorption References renal secretion shown similar slices sodium solute specific stage structure suggest Table teleost thin tion tissue transport tubular ultrastructure urea urinary urine vasa recta vessels vitro York