339717 Select the incorrect statements about the loop of Henle.

339718 Statement A :
Large amounts of urea enter the thin segment of the ascending limb of Henle's loop which is transported back to the interstitium by the collecting tubule.
Statement B :
Human kidneys can produce urine nearly four times concentrated than the initial filtrate formed.

339719 Match the terms given in Column I with their physiological processes given in Column II and choose the correct answer
Column I
Column II
A
Proximal convoluted
1
Formation of tubule concentrated urine
B
Distal convoluted
2
Filtration of blood tubule
C
Henle’s loop
3
Reabsorption of 70-80% of electrolytes
D
Counter current
4
Ionic balance mechanism
E
Renal corpuscle
5
Maintenance of concentration gradient in medulla

339720 Statement A :
Collecting duct extends from cortex of the kidney to the inner parts of the ureter.
Statement B :
Large amounts of water could be reabsorbed from collecting duct to produce concentrated urine.

339721 Osmolarity in the cortex and inner medulla respectively are

339717 Select the incorrect statements about the loop of Henle.

339718 Statement A :
Large amounts of urea enter the thin segment of the ascending limb of Henle's loop which is transported back to the interstitium by the collecting tubule.
Statement B :
Human kidneys can produce urine nearly four times concentrated than the initial filtrate formed.

339719 Match the terms given in Column I with their physiological processes given in Column II and choose the correct answer
Column I
Column II
A
Proximal convoluted
1
Formation of tubule concentrated urine
B
Distal convoluted
2
Filtration of blood tubule
C
Henle’s loop
3
Reabsorption of 70-80% of electrolytes
D
Counter current
4
Ionic balance mechanism
E
Renal corpuscle
5
Maintenance of concentration gradient in medulla

339720 Statement A :
Collecting duct extends from cortex of the kidney to the inner parts of the ureter.
Statement B :
Large amounts of water could be reabsorbed from collecting duct to produce concentrated urine.

339721 Osmolarity in the cortex and inner medulla respectively are

339717 Select the incorrect statements about the loop of Henle.

339718 Statement A :
Large amounts of urea enter the thin segment of the ascending limb of Henle's loop which is transported back to the interstitium by the collecting tubule.
Statement B :
Human kidneys can produce urine nearly four times concentrated than the initial filtrate formed.

339719 Match the terms given in Column I with their physiological processes given in Column II and choose the correct answer
Column I
Column II
A
Proximal convoluted
1
Formation of tubule concentrated urine
B
Distal convoluted
2
Filtration of blood tubule
C
Henle’s loop
3
Reabsorption of 70-80% of electrolytes
D
Counter current
4
Ionic balance mechanism
E
Renal corpuscle
5
Maintenance of concentration gradient in medulla

339720 Statement A :
Collecting duct extends from cortex of the kidney to the inner parts of the ureter.
Statement B :
Large amounts of water could be reabsorbed from collecting duct to produce concentrated urine.

339721 Osmolarity in the cortex and inner medulla respectively are

339717 Select the incorrect statements about the loop of Henle.

339718 Statement A :
Large amounts of urea enter the thin segment of the ascending limb of Henle's loop which is transported back to the interstitium by the collecting tubule.
Statement B :
Human kidneys can produce urine nearly four times concentrated than the initial filtrate formed.

339719 Match the terms given in Column I with their physiological processes given in Column II and choose the correct answer
Column I
Column II
A
Proximal convoluted
1
Formation of tubule concentrated urine
B
Distal convoluted
2
Filtration of blood tubule
C
Henle’s loop
3
Reabsorption of 70-80% of electrolytes
D
Counter current
4
Ionic balance mechanism
E
Renal corpuscle
5
Maintenance of concentration gradient in medulla

339720 Statement A :
Collecting duct extends from cortex of the kidney to the inner parts of the ureter.
Statement B :
Large amounts of water could be reabsorbed from collecting duct to produce concentrated urine.

339721 Osmolarity in the cortex and inner medulla respectively are

339717 Select the incorrect statements about the loop of Henle.

339718 Statement A :
Large amounts of urea enter the thin segment of the ascending limb of Henle's loop which is transported back to the interstitium by the collecting tubule.
Statement B :
Human kidneys can produce urine nearly four times concentrated than the initial filtrate formed.

339719 Match the terms given in Column I with their physiological processes given in Column II and choose the correct answer
Column I
Column II
A
Proximal convoluted
1
Formation of tubule concentrated urine
B
Distal convoluted
2
Filtration of blood tubule
C
Henle’s loop
3
Reabsorption of 70-80% of electrolytes
D
Counter current
4
Ionic balance mechanism
E
Renal corpuscle
5
Maintenance of concentration gradient in medulla

339720 Statement A :
Collecting duct extends from cortex of the kidney to the inner parts of the ureter.
Statement B :
Large amounts of water could be reabsorbed from collecting duct to produce concentrated urine.

339721 Osmolarity in the cortex and inner medulla respectively are