D Dochopeful13 Full Member 10+ Year Member Joined Apr 3, 2013 Messages 848 Reaction score 332 Points 5,451 Pre-Medical May 22, 2019 #1 Advertisement - Members don't see this ad Can someone please explain the below question to me? The answer is A. High Hydrostatic pressure causes edema in tissues so wouldn’t you want an increase in albumin in the veins to suck the water back in and decrease pressure?
Advertisement - Members don't see this ad Can someone please explain the below question to me? The answer is A. High Hydrostatic pressure causes edema in tissues so wouldn’t you want an increase in albumin in the veins to suck the water back in and decrease pressure?
U ultravioletcat New Member Joined Mar 22, 2019 Messages 6 Reaction score 3 Points 781 Pre-Medical May 22, 2019 #2 Osmotic pressure is what you are describing by "sucking the water back in", hydrostatic is the opposite. Upvote 0 Downvote
Osmotic pressure is what you are describing by "sucking the water back in", hydrostatic is the opposite.
D Dochopeful13 Full Member 10+ Year Member Joined Apr 3, 2013 Messages 848 Reaction score 332 Points 5,451 Pre-Medical May 22, 2019 #3 ultravioletcat said: Osmotic pressure is what you are describing by "sucking the water back in", hydrostatic is the opposite. Click to expand... I totally misread the question. Thank you. Upvote 0 Downvote
ultravioletcat said: Osmotic pressure is what you are describing by "sucking the water back in", hydrostatic is the opposite. Click to expand... I totally misread the question. Thank you.
