What would happen to the amount of H+ secreted into the renal tubule if the activity...
What would happen to the amount of H+ secreted into the renal tubule if the activity of the Na+/K+ ATPase were increased?
Homework Answers
ATPase pumps on basolateral membrane pumps Na out of the luminal. Potassium is transported into tubular cells by basolateral Na pumps, therefore if the amount of Na increases, the ATPase will have trouble pumping correctly all of this, leading to a problem in the kidneys and the urination flow.
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What would happen to the amount of H+ secreted into the renal
tubule if the activity...
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QUESTION 18 Which structure passes urine to the renal pelvis? a. Proximal tubule b. Glomerulus c....
QUESTION 18 Which structure passes urine to the renal pelvis? a. Proximal tubule b. Glomerulus c. Bowman's capsule d. Loop of Henle e. Collecting ducts QUESTION 19 Which of the following structures in the nephron contains transport epithelium that is impermeable to water? a. The proximal tubule b. The distal tubule c. The collecting duct d. The ascending loop of Henle Oe. The descending loop of Henle QUESTION 20 Processing of filtrate in the proximal and distal tubules accomplishes what...
41. How would an increase in blood CO2 levels effect respiratory rate? a. It would cause...
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3. In patients with End Stage Renal Disease (Chronic Renal Failure) without treatment, what lab values...
3. In patients with End Stage Renal Disease (Chronic Renal Failure) without treatment, what lab values would you expect? Why? Type of Expected Why Lab Value (Increased, Decreased, Normal) Potassium (K ) increased Sodium (Na2+) Calcium 1 (Ca²+) Phosphorus (P) Chloride decreased (CI) Magnesium (Mg?) Red Blood Cell Count (RBC) Blood Urea Nitrogen (BUN) Creatinine increased increased
20) The amount of Potassium secreted by the kidneys is regulated by a) ADH b) Aldosterone...
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if l is increased and everything remains the same what will happen to h? 6.25 Experimental...
if l is increased and everything remains the same what will
happen to h?
6.25 Experimental measurements of the convection heat transfer coefficient for a square bar in cross flow yielded the following values: 50 W/m2 K when =40 W/m2-K when 20 m/s ½=15 m/s 0.5 m Air Assume that the functional form of the Nusselt number is Nu C Re Pr, where C, m, and n are constants. (a) What will be the convection heat transfer coefficient for a...
What would happen to the neuron if the Na- K ATPase activity was completely inhibited? O a. The resting potential wouldn't be restored after the action potential Ob. Repolarization of the membrane wouldn't appear. c. The resting potential would be restored too fast after the action potential. Od. The action potential couldn't be generated.
Which structure passes urine to the renal pelvis? a. Proximal tubule b. Glomerulus c. Bowman's capsule d. Loop of Henle e. Collecting ducts QUESTION 19 Which of the following structures in the nephron contains transport epithelium that is impermeable to water? a. The proximal tubule b. The distal tubule c. The collecting duct d. The ascending loop of Henle e. The descending loop of Henle QUESTION 20 Processing of filtrate in the proximal and distal tubules accomplishes what important function?...
Activity 3: Renal Responses to Respiratory Acidosis and Respiratory Alkalosis pCO2 Blood pH H in urine HCO3 in urine 40 30 60 Question: 3. With renal compensation of respiratory acidosis, the pH of the urine (increases or decreases). Activity 4: Respiratory Responses to Metabolic Acidosis and Metabolic Alkalosis Questions: 4. What happened to the blood pH when the metabolic rate went from 40 to 80 kcal/hr? 5. What happened to the breaths per minute when the metabolic rate went from...
QUESTION 18 Which structure passes urine to the renal pelvis? a. Proximal tubule b. Glomerulus c. Bowman's capsule d. Loop of Henle e. Collecting ducts QUESTION 19 Which of the following structures in the nephron contains transport epithelium that is impermeable to water? a. The proximal tubule b. The distal tubule c. The collecting duct d. The ascending loop of Henle Oe. The descending loop of Henle QUESTION 20 Processing of filtrate in the proximal and distal tubules accomplishes what...
41. How would an increase in blood CO2 levels effect respiratory rate? a. It would cause an increase in respiratory rate b. It would cause a decrease in respiratory rate 42. If arterial blood contain 98% oxyhemoglobin saturation and venous blood contains 60% oxyhemoglobin saturation, what can you conclude? a. There is increased loading of oxygen at the lung b. There is increased unloading at the tissues c. The person is resting 43. Which of the following causes water reabsorption...
3. In patients with End Stage Renal Disease (Chronic Renal Failure) without treatment, what lab values would you expect? Why? Type of Expected Why Lab Value (Increased, Decreased, Normal) Potassium (K ) increased Sodium (Na2+) Calcium 1 (Ca²+) Phosphorus (P) Chloride decreased (CI) Magnesium (Mg?) Red Blood Cell Count (RBC) Blood Urea Nitrogen (BUN) Creatinine increased increased
20) The amount of Potassium secreted by the kidneys is regulated by a) ADH b) Aldosterone c) Cortisol d) Parathormone e) Calcitonin 21) Where in the body CO2 reacts with water to form H2 CO3 a) Kineys b) Lungs c) Plasma & RBC's d) Plasma & WBC's e) Serum 22) Respiratory response to Alkalosis is: a) Hyperventilation b) Hypoventilation c) Hypercapnia d) Decreased metabolism e) Increased metabolism 23) The most effective long-term protection against pH changes of body fluid is:...
if l is increased and everything remains the same what will
happen to h?
6.25 Experimental measurements of the convection heat transfer coefficient for a square bar in cross flow yielded the following values: 50 W/m2 K when =40 W/m2-K when 20 m/s ½=15 m/s 0.5 m Air Assume that the functional form of the Nusselt number is Nu C Re Pr, where C, m, and n are constants. (a) What will be the convection heat transfer coefficient for a...
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