Solute X is freely filtered into Bowman’s space. Twenty percent (20%) of Solute X in the peritubular capillaries is secreted into both the proximal and distal tubules. The clearance of Solute X is

Greater than Cin but less than CPAH.

Less than Cin but greater than Cglu.

Greater than Cin but less than CPAH.

Which one of the following parameters will be decreased 30 minutes after a hemorrhage of 10% of the blood volume?

Circulating aldosterone levels.

Pin = 0.2 mg/ml Uin = 24 mg/ml PPAH = 0.1 mg/ml UPAH = 60 mg/ml PX = 0.3 mg/ml UX = 60 mg/ml V = 1 ml/min Solute X exhibits a net

Reabsorption rate of 24 mg/min.

Reabsorption rate of 48 mg/min.

Reabsorption rate of 60 mg/min.

Posm = 310 mOsm/L Pglu = 1 mg/ml Uosm = 93 mOsm/L Uglu = 0 mg/ml V = 10 ml/min The most reasonable diagnosis for this patient is

Syndrome of inappropriate ADH secretion

Uncontrolled diabetes mellitus.

Block 6 Renal Physiology Prt 6

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Chachelly

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Quizzes Created: 528 | Total Attempts: 566,272

Questions: 23 | Attempts: 160 | Updated: Mar 21, 2023

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Block 6 Renal Physiology Prt 6

Portion of the nephron where the concentration of Na+ is increased approximately four-fold over plasma levels.

Portion of the nephron where urea is secreted.

Portion of the nephron where the majority of K⁺ reabsorption occurs.

Portion of the nephron where the Na⁺/K⁺/Cl^- symporter is located.

Solute X is freely filtered into Bowman’s space. Twenty percent (20%) of Solute X in the peritubular capillaries is secreted into both the proximal and distal tubules. The clearance of Solute X is

Which one of following is NOT a possible value for tubular fluid osmolality in the medullary collecting duct?

Which one of the following parameters will be decreased 30 minutes after a hemorrhage of 10% of the blood volume?

Which graph best illustrates the filtration of glucose as a function of P_glu?

Which graph best illustrates the clearance of a freely filtered solute that is not reabsorbed, secreted or metabolized by the nephron as a function of its plasma concentration?

The osmolarity of maximally concentrated urine.

The osmolarity of tubular fluid in the lumen of the early distal tubule.

The osmolarity of the interstitium at the papillary tips when urea recycling is inhibited.

The osmolarity of tubular fluid in the lumen of the late distal tubule when ADH levels are maximal.

Which patient has generalized edema?

Which patient has diabetes insipidus?

Which patient has the syndrome of inappropriate ADH secretion?

Which TF/P curve represents urea?

Which TF/P curve represents inulin?

P_in = 0.2 mg/ml U_in = 24 mg/ml P_PAH = 0.1 mg/ml U_PAH = 60 mg/ml P_X = 0.3 mg/ml U_X = 60 mg/ml V = 1 ml/min The excretion rate of inulin is

P_in = 0.2 mg/ml U_in = 24 mg/ml P_PAH = 0.1 mg/ml U_PAH = 60 mg/ml P_X = 0.3 mg/ml U_X = 60 mg/ml V = 1 ml/min The effective renal plasma flow is

P_in = 0.2 mg/ml U_in = 24 mg/ml P_PAH = 0.1 mg/ml U_PAH = 60 mg/ml P_X = 0.3 mg/ml U_X = 60 mg/ml V = 1 ml/min Solute X exhibits a net

P_osm = 310 mOsm/L P_glu = 1 mg/ml U_osm = 93 mOsm/L U_glu = 0 mg/ml V = 10 ml/min C_H20 =

P_osm = 310 mOsm/L P_glu = 1 mg/ml U_osm = 93 mOsm/L U_glu = 0 mg/ml V = 10 ml/min The most reasonable diagnosis for this patient is

Block 6 Renal Physiology Prt 6

Portion of the nephron where the concentration of Na+ is increased approximately four-fold over plasma levels.

Portion of the nephron where urea is secreted.

Portion of the nephron where the majority of K+ reabsorption occurs.

Portion of the nephron where the Na+/K+/Cl- symporter is located.

Solute X is freely filtered into Bowman’s space. Twenty percent (20%) of Solute X in the peritubular capillaries is secreted into both the proximal and distal tubules. The clearance of Solute X is

Which one of following is NOT a possible value for tubular fluid osmolality in the medullary collecting duct?

Which one of the following parameters will be decreased 30 minutes after a hemorrhage of 10% of the blood volume?

Which graph best illustrates the filtration of glucose as a function of Pglu?

Which graph best illustrates the clearance of a freely filtered solute that is not reabsorbed, secreted or metabolized by the nephron as a function of its plasma concentration?

The osmolarity of maximally concentrated urine.

The osmolarity of tubular fluid in the lumen of the early distal tubule.

The osmolarity of the interstitium at the papillary tips when urea recycling is inhibited.

The osmolarity of tubular fluid in the lumen of the late distal tubule when ADH levels are maximal.

Which patient has generalized edema?

Which patient has diabetes insipidus?

Which patient has the syndrome of inappropriate ADH secretion?

Which TF/P curve represents urea?

Which TF/P curve represents inulin?

Pin = 0.2 mg/ml Uin = 24 mg/ml PPAH = 0.1 mg/ml UPAH = 60 mg/ml PX = 0.3 mg/ml UX = 60 mg/ml V = 1 ml/min The excretion rate of inulin is

Pin = 0.2 mg/ml Uin = 24 mg/ml PPAH = 0.1 mg/ml UPAH = 60 mg/ml PX = 0.3 mg/ml UX = 60 mg/ml V = 1 ml/min The effective renal plasma flow is

Pin = 0.2 mg/ml Uin = 24 mg/ml PPAH = 0.1 mg/ml UPAH = 60 mg/ml PX = 0.3 mg/ml UX = 60 mg/ml V = 1 ml/min Solute X exhibits a net

Posm = 310 mOsm/L Pglu = 1 mg/ml Uosm = 93 mOsm/L Uglu = 0 mg/ml V = 10 ml/min CH20 =

Posm = 310 mOsm/L Pglu = 1 mg/ml Uosm = 93 mOsm/L Uglu = 0 mg/ml V = 10 ml/min The most reasonable diagnosis for this patient is

Portion of the nephron where the majority of K⁺ reabsorption occurs.

Portion of the nephron where the Na⁺/K⁺/Cl^- symporter is located.

Which graph best illustrates the filtration of glucose as a function of P_glu?

P_in = 0.2 mg/ml U_in = 24 mg/ml P_PAH = 0.1 mg/ml U_PAH = 60 mg/ml P_X = 0.3 mg/ml U_X = 60 mg/ml V = 1 ml/min The excretion rate of inulin is

P_in = 0.2 mg/ml U_in = 24 mg/ml P_PAH = 0.1 mg/ml U_PAH = 60 mg/ml P_X = 0.3 mg/ml U_X = 60 mg/ml V = 1 ml/min The effective renal plasma flow is

P_in = 0.2 mg/ml U_in = 24 mg/ml P_PAH = 0.1 mg/ml U_PAH = 60 mg/ml P_X = 0.3 mg/ml U_X = 60 mg/ml V = 1 ml/min Solute X exhibits a net

P_osm = 310 mOsm/L P_glu = 1 mg/ml U_osm = 93 mOsm/L U_glu = 0 mg/ml V = 10 ml/min C_H20 =

P_osm = 310 mOsm/L P_glu = 1 mg/ml U_osm = 93 mOsm/L U_glu = 0 mg/ml V = 10 ml/min The most reasonable diagnosis for this patient is