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Physiology: Renal
18
Contraction : Diarrhea is an example of isosmotic volume _____
Tubuloglomerular : This feedback occurs when renal arterial BP increases
Hydrostatic: Starling forces across glomerular capillaries include _____ and oncotic pressures
Creatinine : Body's marker for glomerular filtration rate
Glucose : Transport of this involves a co-transport with sodium and facilitated transport
Urea : Reabsorption of this is passive and usually follows water reabsorption
Sodium : This is mainly absorbed in the proximal convoluted tubule
Chloride : This ion is absorbed extensively in the late proximal convoluted tubule
Increase : Glomerulotubular balance ensures that if GFR increases, reabsorption will _____
Impermeable : The thin descending and ascending limbs are _____ to water
Load : Reabsorptive mechanisms in the thick ascending limb is _____-dependent
ADH : This hormone acts on the thick ascending limb
Aldosterone : This acts on cells to increase Na+ reabsorption in the late distal tubule
Insulin : This stimulates the dietary K+ uptake by increasing the Na+-K+ ATPase activity
Vasodilator : In exercise, K+ is released and acts as a _____ metabolite to increase blood flow
Diuretics : This group of drugs primarily prevent the reabsorption of Na+
Current : Corticopapillary gradient contributed by counter _____ multiplication and urea recycling
Hyperosmotic : In the syndrome of inappropriate ADH, the body produces _____ urine
Nephrogenic : A type of diabetes insipidus when kidneys are not responsive to ADH
Physiology: Renal
Across:2. | Reabsorption of this is passive and usually follows water reabsorption | 3. | This is mainly absorbed in the proximal convoluted tubule | 5. | Diarrhea is an example of isosmotic volume _____ | 7. | Body's marker for glomerular filtration rate | 8. | This hormone acts on the thick ascending limb | 10. | Transport of this involves a co-transport with sodium and facilitated transport | 11. | A type of diabetes insipidus when kidneys are not responsive to ADH | 14. | Reabsorptive mechanisms in the thick ascending limb is _____-dependent | 16. | The thin descending and ascending limbs are _____ to water | 17. | In exercise, K+ is released and acts as a _____ metabolite to increase blood flow | 18. | Starling forces across glomerular capillaries include _____ and oncotic pressures |
| | Down:1. | In the syndrome of inappropriate ADH, the body produces _____ urine | 4. | Glomerulotubular balance ensures that if GFR increases, reabsorption will _____ | 6. | This stimulates the dietary K+ uptake by increasing the Na+-K+ ATPase activity | 9. | Corticopapillary gradient contributed by counter _____ multiplication and urea recycling | 12. | This ion is absorbed extensively in the late proximal convoluted tubule | 13. | This acts on cells to increase Na+ reabsorption in the late distal tubule | 15. | This group of drugs primarily prevent the reabsorption of Na+ |
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© 2013
PuzzleFast.com, Noncommercial Use Only
Physiology: Renal
Across:2. | Reabsorption of this is passive and usually follows water reabsorption | 3. | This is mainly absorbed in the proximal convoluted tubule | 5. | Diarrhea is an example of isosmotic volume _____ | 7. | Body's marker for glomerular filtration rate | 8. | This hormone acts on the thick ascending limb | 10. | Transport of this involves a co-transport with sodium and facilitated transport | 11. | A type of diabetes insipidus when kidneys are not responsive to ADH | 14. | Reabsorptive mechanisms in the thick ascending limb is _____-dependent | 16. | The thin descending and ascending limbs are _____ to water | 17. | In exercise, K+ is released and acts as a _____ metabolite to increase blood flow | 18. | Starling forces across glomerular capillaries include _____ and oncotic pressures |
| | Down:1. | In the syndrome of inappropriate ADH, the body produces _____ urine | 4. | Glomerulotubular balance ensures that if GFR increases, reabsorption will _____ | 6. | This stimulates the dietary K+ uptake by increasing the Na+-K+ ATPase activity | 9. | Corticopapillary gradient contributed by counter _____ multiplication and urea recycling | 12. | This ion is absorbed extensively in the late proximal convoluted tubule | 13. | This acts on cells to increase Na+ reabsorption in the late distal tubule | 15. | This group of drugs primarily prevent the reabsorption of Na+ |
| |
© 2013
PuzzleFast.com, Noncommercial Use Only