The wrong description about neuroregulation of urine formation is that ()
A: the renal innervation is controlled by sympathetic nerves
B: the transmitter is E
C: NE acts on α receppor and afferent arterioles contract, so GFR↓
D: NE acts on β receppor in juxtaglomerular cells, so renin
increase
E: reabsorption of
NaCl and water in the proximal tubules and loop of Henle increase
A: the renal innervation is controlled by sympathetic nerves
B: the transmitter is E
C: NE acts on α receppor and afferent arterioles contract, so GFR↓
D: NE acts on β receppor in juxtaglomerular cells, so renin
increase
E: reabsorption of
NaCl and water in the proximal tubules and loop of Henle increase
举一反三
- The right descriptions about neuroregulation of urine formation are that () A: the renal innervation is controlled by sympathetic nerves B: the transmitter is NE C: NE acts on α receppor and afferent arterioles contract, so GFR↓ D: NE acts on β receppor in juxtaglomerular cells, so renin↑ E: reabsorption<br/>of NaCl and water in the proximal tubules and loop of Henle increase
- Which one is the main step about the process of urine formation? () A: glomerular filtration B: reabsorption in proximal convoluted tube C: reabsorption in the loop of Henle D: reabsorption in distal convoluted tube E: tubular secretion
- When arterial blood pressure rises, it can cause A: vagal tone decrease B: sympathetic tone increase C: aortic nerve afferent impulse reduce D: sinus nerve afferent impulse increase
- Which<br/>nerves convey stimuli from the skin, mucous membranes and deeper<br/>structures?() A: sympathetic<br/>nerves B: parasympathetic<br/>nerves C: motor<br/>nerves D: sensory<br/>nerves E: efferent<br/>nerves
- The formation site of primary urine is :() A: Renal corpuscle B: Renal tubule C: Collecting duct D: Renal corpuscle and renal tubule E: Renal tubule and collecting duct