Question

polar molecules ions glucose hormones Ca2+ exocytosis sodium-potassium pump cholesterol endocytosis K+ nonpolar molecules proton pump diffuse through the lipid bilayer. require transport proteins. enters by receptor-mediated . bind to receptors and trigger the secretion of enzymes by . move through specific channels, which may be gated. The actively transports Na+ and .

          polar molecules
ions
glucose
hormones
Ca2+
exocytosis
sodium-potassium pump
cholesterol
endocytosis
K+
nonpolar molecules
proton pump
diffuse through the lipid bilayer.
require transport proteins.
enters by receptor-mediated .
bind to receptors and trigger the secretion of enzymes by .
move through specific channels, which may be gated.
The actively transports Na+ and .

polar molecules
ions
glucose
hormones
Ca2+
exocytosis
sodium-potassium pump
cholesterol
endocytosis
K+
nonpolar molecules
proton pump
diffuse through the lipid bilayer.
require transport proteins.
enters by receptor-mediated .
bind to receptors and trigger the secretion of enzymes by .
move through specific channels, which may be gated.
The actively transports Na+ and .

Added by Steven S.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Shveta Prithiani

03/22/2022

Step 1

Polar molecules typically cannot easily diffuse through the lipid bilayer because of their polarity, so this is a mismatch in the image. Show more…

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polar molecules diffuse through the lipid bilayer. ions require transport proteins. glucose enters by receptor-mediated hormones Ca2+ bind to receptors and trigger the secretion of enzymes by exocytosis move through specific channels, which may be gated. sodium-potassium pump The actively transports Na+ and cholesterol endocytosis K+ nonpolar molecules proton pump