QuestionSBA
QuestionChoice
Net filtration pressure is the total pressure which drives fluid out of the capillary. The pressure within the glomerular capillary is hydrostatic pressure driving fluid out of the capillary. The plasma protein pressure is osmotic pressure into the capillary. The pressure within the Bowman's capsule is hydrostatic pressure into the capillary. Therefore, net filtration pressure = 45 - (25 +10), meaning net filtration pressure = 10mmHg.
10000716
a
10 mmHg
QuestionChoice
Net filtration pressure is the total pressure which drives fluid out of the capillary. The pressure within the glomerular capillary is hydrostatic pressure driving fluid out of the capillary. The plasma protein pressure is osmotic pressure into the capillary. The pressure within the Bowman's capsule is hydrostatic pressure into the capillary. Therefore, net filtration pressure = 45 - (25 +10), meaning net filtration pressure = 10mmHg.
10000717
b
80 mmHg
QuestionChoice
Net filtration pressure is the total pressure which drives fluid out of the capillary. The pressure within the glomerular capillary is hydrostatic pressure driving fluid out of the capillary. The plasma protein pressure is osmotic pressure into the capillary. The pressure within the Bowman's capsule is hydrostatic pressure into the capillary. Therefore, net filtration pressure = 45 - (25 +10), meaning net filtration pressure = 10mmHg.
10000720
e
18 mmHg
QuestionChoice
Net filtration pressure is the total pressure which drives fluid out of the capillary. The pressure within the glomerular capillary is hydrostatic pressure driving fluid out of the capillary. The plasma protein pressure is osmotic pressure into the capillary. The pressure within the Bowman's capsule is hydrostatic pressure into the capillary. Therefore, net filtration pressure = 45 - (25 +10), meaning net filtration pressure = 10mmHg.
10000718
c
30 mmHg
QuestionChoice
Net filtration pressure is the total pressure which drives fluid out of the capillary. The pressure within the glomerular capillary is hydrostatic pressure driving fluid out of the capillary. The plasma protein pressure is osmotic pressure into the capillary. The pressure within the Bowman's capsule is hydrostatic pressure into the capillary. Therefore, net filtration pressure = 45 - (25 +10), meaning net filtration pressure = 10mmHg.
10000719
d
205 mmHg
Concept
Chapter
2693
3813
Glomerular permeability
Topic
168
Renal Physiology
12690
During glomerular filtration, the pressure within the glomerular capillary is 45mmHg, the plasma protein pressure is 25mmHg, and the pressure within the Bowman's capsule is 10mmHg. Calculate the net filtration pressure.


a