Renal tubule

... meet the very hypertonic osmolarity of the interstitial fluids in the renal medulla (so it gets concentrated and stays that way). In the ascending ... the solution gets steadily more dilute towards the distal convoluted tubule. Important points here: medulla always has a high osmolarity. Vasa ...

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... it leads to the effernt arteriole and to the proximated convulted tubule. so C is your answer. i am damn sure about it. the efferent then leads ... and runs along the nephron and this capilaries will then lead to the renal vein and then to Venacava and then to the heart.

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... is higher than osmotic pressure, does it mean that more water enter the renal tubule? 3) I don't understand how osmotic pressure is dependent on the protein concentration. ...

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... water balance in the blood by making the membranes of the distal tubule and collecting ducts in the nephron of kidneys more permeable to water. ... the remaining 15% of water absorbed by the nephron be absorbed into the renal cortex which is absorbed into the blood by the peritubular capillaries. ...

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... of a defect (or defects) in multiple pathways, including those of the renal kallikrein system, sodium epithelial transport system, renin- angiotensinogen-aldosterone ... in which increased reabsorption of sodium and water in the renal tubule leads to hypertension (12). However, although genetic ...

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