Decreasing the number of aquaporin channels in the eggs would not affect the amount of time it takes for the eggs to rupture. Placing eggs with aquaporins in a hypertonic solution would likely cause the eggs to shrink. Increasing the number of aquaporin channels in eggs would likely lead to a faster rupture. Placing control eggs in a hypertonic solution would likely lead the eggs to shrink.

Human Anatomy & Physiology (11th Edition)
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Decreasing the number of aquaporin channels in the eggs would not affect the amount of time it takes for
the eggs to rupture.
Placing eggs with aquaporins in a hypertonic solution would likely cause the eggs to shrink.
Increasing the number of aquaporin channels in eggs would likely lead to a faster rupture.
Placing control eggs in a hypertonic solution would likely lead the eggs to shrink.
Transcribed Image Text:Decreasing the number of aquaporin channels in the eggs would not affect the amount of time it takes for the eggs to rupture. Placing eggs with aquaporins in a hypertonic solution would likely cause the eggs to shrink. Increasing the number of aquaporin channels in eggs would likely lead to a faster rupture. Placing control eggs in a hypertonic solution would likely lead the eggs to shrink.
This graph shows the results of an experiment performed using frog eggs, whose membranes are
nearly impermeable to water. A scientist injected some frog eggs with messenger RNA that coded
for the production of membrane channel proteins called aquaporins. Control eggs were left
untreated, so they did not produce aquaporins.
Both groups of frog eggs were placed in a hypotonic solution and the volume of the eggs in each
group was measured over a 5-minute period. The frog eggs with aquaporins increased in volume
until finally rupturing, while the control eggs' volumes remained more constant.
Using the graph and your knowledge of aquaporin channel proteins, which statements do you think
are true?
Select all that apply.
relative volume
1.5
1.4
1.3
1.2
1.1
1.0
frog eggs with
aquaporin
1
control eggs
2
x (rupture)
3
time (min)
4
-5
Transcribed Image Text:This graph shows the results of an experiment performed using frog eggs, whose membranes are nearly impermeable to water. A scientist injected some frog eggs with messenger RNA that coded for the production of membrane channel proteins called aquaporins. Control eggs were left untreated, so they did not produce aquaporins. Both groups of frog eggs were placed in a hypotonic solution and the volume of the eggs in each group was measured over a 5-minute period. The frog eggs with aquaporins increased in volume until finally rupturing, while the control eggs' volumes remained more constant. Using the graph and your knowledge of aquaporin channel proteins, which statements do you think are true? Select all that apply. relative volume 1.5 1.4 1.3 1.2 1.1 1.0 frog eggs with aquaporin 1 control eggs 2 x (rupture) 3 time (min) 4 -5
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