286386
Select the correct match of the types of organs given in column I with their role in excretion given in column II.
Column I
(Types of organ) Column II
(Role in excretion)
A. Lungs I. Secretes bile-containing substances like bilirubin, biliverdin, cholesterol, degraded steroid hormones, vitamins and drugs.
B. Liver II. Eliminates water and salts in sweat and substances like sterols, hydrocarbons and waxes through sebum.
C. Skin III. Remove large amounts of CO (18 litres/day) and also significant quantities of water every day
D. Kidney IV. Remove wastes (metabolic by-products) and regulate pH, ion concentration, volume and osmolarity of blood
286387
Select the correct match of the types of neuron present in column I with its location given in column II.
Column I Column II
A. Fall in GFR I. Activate the JG cells to release renin
B. Angiotensin II II. Increases the glomerular blood pressure and thereby GFR
C. Renin III. Carries out the conversion of angiotensinogen in the liver to angiotensin I.
D. Aldosterone IV. Causes reabsorption of $\text{N}{{\text{a}}^{+}}$ and water from the distal parts of the tubule. This also leads to an increase in blood pressure and GFR.
286389
Match the items given in Column I with those in Column II and select the correct option given below:
Column I (Function) Column II
(Part of Excretory system)
A. Ultrafiltration I. Henle's loop
B. Concentration of urine II. Ureter
C. Transport of urine III. Urinary bladder
D. Storage of urine IV. Bowman's capsule
286390
Match the items given in Column $I$ with those in Column II and select the correct option given below:
Column I Column II
A. Ketonuria I. 125mL/ minute
B. GFR II. Mass of crystallised saltswithin the kidney
C. Renal calculi III. Inflammation in glomeruli of kidney
D. Glomerularnephritis IV. Presence of ketone bodies in urine
286386
Select the correct match of the types of organs given in column I with their role in excretion given in column II.
Column I
(Types of organ) Column II
(Role in excretion)
A. Lungs I. Secretes bile-containing substances like bilirubin, biliverdin, cholesterol, degraded steroid hormones, vitamins and drugs.
B. Liver II. Eliminates water and salts in sweat and substances like sterols, hydrocarbons and waxes through sebum.
C. Skin III. Remove large amounts of CO (18 litres/day) and also significant quantities of water every day
D. Kidney IV. Remove wastes (metabolic by-products) and regulate pH, ion concentration, volume and osmolarity of blood
286387
Select the correct match of the types of neuron present in column I with its location given in column II.
Column I Column II
A. Fall in GFR I. Activate the JG cells to release renin
B. Angiotensin II II. Increases the glomerular blood pressure and thereby GFR
C. Renin III. Carries out the conversion of angiotensinogen in the liver to angiotensin I.
D. Aldosterone IV. Causes reabsorption of $\text{N}{{\text{a}}^{+}}$ and water from the distal parts of the tubule. This also leads to an increase in blood pressure and GFR.
286389
Match the items given in Column I with those in Column II and select the correct option given below:
Column I (Function) Column II
(Part of Excretory system)
A. Ultrafiltration I. Henle's loop
B. Concentration of urine II. Ureter
C. Transport of urine III. Urinary bladder
D. Storage of urine IV. Bowman's capsule
286390
Match the items given in Column $I$ with those in Column II and select the correct option given below:
Column I Column II
A. Ketonuria I. 125mL/ minute
B. GFR II. Mass of crystallised saltswithin the kidney
C. Renal calculi III. Inflammation in glomeruli of kidney
D. Glomerularnephritis IV. Presence of ketone bodies in urine
286386
Select the correct match of the types of organs given in column I with their role in excretion given in column II.
Column I
(Types of organ) Column II
(Role in excretion)
A. Lungs I. Secretes bile-containing substances like bilirubin, biliverdin, cholesterol, degraded steroid hormones, vitamins and drugs.
B. Liver II. Eliminates water and salts in sweat and substances like sterols, hydrocarbons and waxes through sebum.
C. Skin III. Remove large amounts of CO (18 litres/day) and also significant quantities of water every day
D. Kidney IV. Remove wastes (metabolic by-products) and regulate pH, ion concentration, volume and osmolarity of blood
286387
Select the correct match of the types of neuron present in column I with its location given in column II.
Column I Column II
A. Fall in GFR I. Activate the JG cells to release renin
B. Angiotensin II II. Increases the glomerular blood pressure and thereby GFR
C. Renin III. Carries out the conversion of angiotensinogen in the liver to angiotensin I.
D. Aldosterone IV. Causes reabsorption of $\text{N}{{\text{a}}^{+}}$ and water from the distal parts of the tubule. This also leads to an increase in blood pressure and GFR.
286389
Match the items given in Column I with those in Column II and select the correct option given below:
Column I (Function) Column II
(Part of Excretory system)
A. Ultrafiltration I. Henle's loop
B. Concentration of urine II. Ureter
C. Transport of urine III. Urinary bladder
D. Storage of urine IV. Bowman's capsule
286390
Match the items given in Column $I$ with those in Column II and select the correct option given below:
Column I Column II
A. Ketonuria I. 125mL/ minute
B. GFR II. Mass of crystallised saltswithin the kidney
C. Renal calculi III. Inflammation in glomeruli of kidney
D. Glomerularnephritis IV. Presence of ketone bodies in urine
286386
Select the correct match of the types of organs given in column I with their role in excretion given in column II.
Column I
(Types of organ) Column II
(Role in excretion)
A. Lungs I. Secretes bile-containing substances like bilirubin, biliverdin, cholesterol, degraded steroid hormones, vitamins and drugs.
B. Liver II. Eliminates water and salts in sweat and substances like sterols, hydrocarbons and waxes through sebum.
C. Skin III. Remove large amounts of CO (18 litres/day) and also significant quantities of water every day
D. Kidney IV. Remove wastes (metabolic by-products) and regulate pH, ion concentration, volume and osmolarity of blood
286387
Select the correct match of the types of neuron present in column I with its location given in column II.
Column I Column II
A. Fall in GFR I. Activate the JG cells to release renin
B. Angiotensin II II. Increases the glomerular blood pressure and thereby GFR
C. Renin III. Carries out the conversion of angiotensinogen in the liver to angiotensin I.
D. Aldosterone IV. Causes reabsorption of $\text{N}{{\text{a}}^{+}}$ and water from the distal parts of the tubule. This also leads to an increase in blood pressure and GFR.
286389
Match the items given in Column I with those in Column II and select the correct option given below:
Column I (Function) Column II
(Part of Excretory system)
A. Ultrafiltration I. Henle's loop
B. Concentration of urine II. Ureter
C. Transport of urine III. Urinary bladder
D. Storage of urine IV. Bowman's capsule
286390
Match the items given in Column $I$ with those in Column II and select the correct option given below:
Column I Column II
A. Ketonuria I. 125mL/ minute
B. GFR II. Mass of crystallised saltswithin the kidney
C. Renal calculi III. Inflammation in glomeruli of kidney
D. Glomerularnephritis IV. Presence of ketone bodies in urine
286386
Select the correct match of the types of organs given in column I with their role in excretion given in column II.
Column I
(Types of organ) Column II
(Role in excretion)
A. Lungs I. Secretes bile-containing substances like bilirubin, biliverdin, cholesterol, degraded steroid hormones, vitamins and drugs.
B. Liver II. Eliminates water and salts in sweat and substances like sterols, hydrocarbons and waxes through sebum.
C. Skin III. Remove large amounts of CO (18 litres/day) and also significant quantities of water every day
D. Kidney IV. Remove wastes (metabolic by-products) and regulate pH, ion concentration, volume and osmolarity of blood
286387
Select the correct match of the types of neuron present in column I with its location given in column II.
Column I Column II
A. Fall in GFR I. Activate the JG cells to release renin
B. Angiotensin II II. Increases the glomerular blood pressure and thereby GFR
C. Renin III. Carries out the conversion of angiotensinogen in the liver to angiotensin I.
D. Aldosterone IV. Causes reabsorption of $\text{N}{{\text{a}}^{+}}$ and water from the distal parts of the tubule. This also leads to an increase in blood pressure and GFR.
286389
Match the items given in Column I with those in Column II and select the correct option given below:
Column I (Function) Column II
(Part of Excretory system)
A. Ultrafiltration I. Henle's loop
B. Concentration of urine II. Ureter
C. Transport of urine III. Urinary bladder
D. Storage of urine IV. Bowman's capsule
286390
Match the items given in Column $I$ with those in Column II and select the correct option given below:
Column I Column II
A. Ketonuria I. 125mL/ minute
B. GFR II. Mass of crystallised saltswithin the kidney
C. Renal calculi III. Inflammation in glomeruli of kidney
D. Glomerularnephritis IV. Presence of ketone bodies in urine