The correct match is
I. DCT - Secretion of $N a^{+}$ and $K^{+}$ ions
II. Henle's loop - Reabsorption of glucose, water and $N a^{+}$ ions
III. Podocytes - Attached to the parietal layer of Bowmans capsule
IV. JGA - Rise in glomerular blood pressure activates it to release rennin.

III

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Solution

The correct option is D I
The Distal convolutes tubule(DCT) is a portion of the kidney between the loop of Henle and the collecting tubule. It is present in the renal cortex. In DCT Secretion of Na+ and K+ ions takes place.
So, the correct answer is 'DCT- Secretion of Na+ and K+ ions'.

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Similar questions

Q. The correct match is

I.	DCT	Secretion of $H^{+}$ and $K^{+}$ ions
II.	Henle's loop	Reabsorption of glucoes, water and $N a^{+}$ ions
III.	Podocytes	Attached to parietal layer of Bowman's capsule
IV.	JGA	Rise in glomerular blood pressure activates it to release rennin

Q. Match the following :

	List I (Part of nephron)		List II (Function)
A	Proximal convoluted tubule	I	Impermeable to sodium ions
B	Distal convoluted tubule	II	Impermeable to water
C	Dsecending limb of Henle's loop	III	Facultative reabsorption of water $N a^{+}$
D	Asecending limb of Henle's loop	IV	Reabsorption of nutrients and $N a^{+}$

Q. Match the following hormones with their respective functions: Hormone Function

A. Vasopressin	I. Excretion of $K^{+}$ ions and absorption of ${Na}^{+}$ ions in DCT and CCT
B. Aldosterone	II. Converts Angiotensinogen to Angiotensin I
C. Atrial Natriuretic Factor	III. Receptors are present in DCT, CCT and MCT to absorb water
D. Renin	IV. Decreases blood volume by decreasing ${Na}^{+}$ reabsorption in DCT and CCT

Q. Which of the following statements are correct?

(i) Re-absorption of water occurs passively in the initial segment of nephron.
(ii) Nitrogenous wastes are absorbed by passive transport.
(iii) Conditional re-absorption of

N a^{+}

and water takes place in DCT.
(iv) DCT reabsorbs

H C O_{3}

(v) DCT is capable of selective secretion of

H^{+}

K^{+}

, and

N H_{3}

to maintain

p H

and

N a^{+} - K^{+}

balance in blood.

We can produce a concentrated/ dilute urine. This is facilitated by a special mechanism. identify the mechanism.
(a) Reabsorption from PCT
(b) Reabsorption from collecting duct
(c) Reabsorption/Secretion in DCT
(d) Counter current mechanism in Henle's loop vasa recta

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The correct match isI. DCT - Secretion of Na+ and K+ ionsII. Henle's loop - Reabsorption of glucose, water and Na+ ionsIII. Podocytes - Attached to the parietal layer of Bowmans capsuleIV. JGA - Rise in glomerular blood pressure activates it to release rennin.

The correct option is D IThe Distal convolutes tubule(DCT) is a portion of the kidney between the loop of Henle and the collecting tubule. It is present in the renal cortex. In DCT Secretion of Na+ and K+ ions takes place.So, the correct answer is 'DCT- Secretion of Na+ and K+ ions'.

The correct match is
I. DCT - Secretion of $N a^{+}$ and $K^{+}$ ions
II. Henle's loop - Reabsorption of glucose, water and $N a^{+}$ ions
III. Podocytes - Attached to the parietal layer of Bowmans capsule
IV. JGA - Rise in glomerular blood pressure activates it to release rennin.

The correct option is D I
The Distal convolutes tubule(DCT) is a portion of the kidney between the loop of Henle and the collecting tubule. It is present in the renal cortex. In DCT Secretion of Na+ and K+ ions takes place.
So, the correct answer is 'DCT- Secretion of Na+ and K+ ions'.