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He started off with a lipid bilayer a very thin biological membrane with a high electrical resistance.
b A tilted AAO membrane with a ~200-nm thickness.
Equal protein loading was verified by reprobing each membrane with a GAPDH antibody.
A greater molecular weight of polymer will produce a membrane with a more dense structure.
Regarding the membrane with a minimal content of the modifier, α = β = 1.
Then measure the radioactivity on each membrane with a γ-counter.
The target was to determine the most efficient membrane with a reasonable number of experiments.
A grid pattern was drawn on the membrane with a white paint marker.
A cellulose acetate membrane with a pore size of 0.15 μm was used.
We first interpret the inequality in the context of elastic membranes, and observe that it lends itself to make a comparison between the deflection of a membrane with a varying density with that of a membrane with a uniform density.
The peak at r = 3 nm practically disappears for the membrane with a maximal content of the modifier.
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