control test subjectlist kidneyphysiology

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Control test 2 – Renal physiology 1. The nephron: functional structure, vascularisation 2. Glomerular filtration 3. Determinants of the glomerular filtration rate (GFR) 4. Renal blood flow 5. Tubuloglomerular feedback and its role in the autoregulation of GFR 6. Active transport mechanisms along the nephron tubule; transport maximum 7. Passive transport mechanisms along the nephron tubule 8. Reabsorbtion and secretion in the proximal tubule and the loop of Henle 9. Reabsorbtion and secretion in the distal, cortical collecting tubules, and the medullary collecting duct 10. Glomerulotubular balance – physical forces that govern reabsorbtion 11. Humoral and nervous regulation of reabsorbtion 12. Renal clearance 13. Formation of a dilute urine 14. Obligatory urine volume 15. Countercurrent mechanism 16. Urea contribution to renal medullary hyperosmolarity 17. Impotance of vasa recta in keeping a hyperosmotic renal medullary interstitium 18. Importance of ADH for urine concentrating mechanism and ADH-release regulation 19. Comparison between the systems controlling extracellular fluid volume and osmolarity 20. Feedback control of effective circulating volume 21. Pressure diuresis 22. Integrated responses to changes in sodium intake 23. Renal regulation of potassium 24. Micturition

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Psysiology sem 2 UMF

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  • Control test 2 Renal physiology

    1. The nephron: functional structure, vascularisation 2. Glomerular filtration 3. Determinants of the glomerular filtration rate (GFR) 4. Renal blood flow 5. Tubuloglomerular feedback and its role in the autoregulation of GFR 6. Active transport mechanisms along the nephron tubule; transport maximum 7. Passive transport mechanisms along the nephron tubule 8. Reabsorbtion and secretion in the proximal tubule and the loop of Henle 9. Reabsorbtion and secretion in the distal, cortical collecting tubules, and the medullary

    collecting duct 10. Glomerulotubular balance physical forces that govern reabsorbtion 11. Humoral and nervous regulation of reabsorbtion 12. Renal clearance 13. Formation of a dilute urine 14. Obligatory urine volume 15. Countercurrent mechanism

    16. Urea contribution to renal medullary hyperosmolarity

    17. Impotance of vasa recta in keeping a hyperosmotic renal medullary interstitium

    18. Importance of ADH for urine concentrating mechanism and ADH-release regulation

    19. Comparison between the systems controlling extracellular fluid volume and osmolarity

    20. Feedback control of effective circulating volume

    21. Pressure diuresis

    22. Integrated responses to changes in sodium intake

    23. Renal regulation of potassium

    24. Micturition