During urine formation, which of the following processes create high osmotic pressure in the uriniferous tubule?
a)
Active 
absorption, followed by absorption of 
b)
Active 
absorption, followed by absorption of 
c)
Active secretion of 
into efferent arteriole followed by absorption of 
into efferent renal arteriole
d)
Active secretion of 
and absorption of 
into efferent renal arteriole
During urine formation, which of the following processes create high osmotic pressure in the uriniferous tubule?
a)
Active absorption, followed by absorption of
b)
Active absorption, followed by absorption of
c)
Active secretion of into efferent arteriole followed by absorption of into efferent renal arteriole
d)
Active secretion of and absorption of into efferent renal arteriole
Question ID - 4007 | SaraNextGen Top Answer
During urine formation, which of the following processes create high osmotic pressure in the uriniferous tubule?
a)
Active absorption, followed by absorption of
b)
Active absorption, followed by absorption of
c)
Active secretion of into efferent arteriole followed by absorption of into efferent renal arteriole
d)
Active secretion of and absorption of into efferent renal arteriole
|
During urine formation, which of the following processes create high osmotic pressure in the uriniferous tubule? |
|
|
a) |
Active |
|
b) |
Active |
|
c) |
Active secretion of |
|
d) |
Active secretion of |
(a)
Osmotic pressure is a measure of tendency to take in water by osmosis. During urine formation, approximately two-thirds of the 
and water filtered into Bowman’s capsule is immediately reabsorbed across the walls of proximal convoluted tubule. This reabsorption is driven by active transport of 
out of the filtrate and into surrounding peritubular capillaries. 
follows 
passively because of electric attraction and water follows them both because of osmosis.