The non-polar reason is probably what's responsible for the more or less circular shape of a cell without loose ends (not counting examples where the cytoskeleton gives the cell a characteristically different shape, just as in neurons). It's the configuration that the cell can take which requires less energy to be in.
Besides that, in the non-polar region non-polar proteins are located, some important in metabolism and signalling.
Also, this layer filters out polar elements on either side, making the membrane selectively permeable.
The non-polar region of a phospholipid are the two fatty acid tails.
The protein is anchored into the membrane by its nonpolar region, but the protein remains moblie. To explain it more, the middle section of the protein is made of many nonpolar amino acids. This nonpolar coil fits into the nonpolar interior of the lipid bilayer allowing the protein to float in the membrane.
Which is the effect of having the polar and nonpolar ends of phospholipid molecules oriented as they are in this illustration?
I can only answer the second part of your question. As far as attraction goes, polar is not the opposite of nonpolar. Polar in itself has two opposites: positive and negative. Those two are the opposites that attract; a positive region of a polar molecule is attracted to the negative region of another polar molecule.
Nonpolar fatty acid chains are nonpolar and prevent the cell from dissolving.
Only nonpolar (hydrophobic) molecules can pass through the bi-lipid membrane. For example, hormones are nonpolar, and they can pass through the membrane.
The protein is anchored into the membrane by its nonpolar region, but the protein remains moblie. To explain it more, the middle section of the protein is made of many nonpolar amino acids. This nonpolar coil fits into the nonpolar interior of the lipid bilayer allowing the protein to float in the membrane.
Which is the effect of having the polar and nonpolar ends of phospholipid molecules oriented as they are in this illustration?
I can only answer the second part of your question. As far as attraction goes, polar is not the opposite of nonpolar. Polar in itself has two opposites: positive and negative. Those two are the opposites that attract; a positive region of a polar molecule is attracted to the negative region of another polar molecule.
Nonpolar fatty acid chains are nonpolar and prevent the cell from dissolving.
Only nonpolar (hydrophobic) molecules can pass through the bi-lipid membrane. For example, hormones are nonpolar, and they can pass through the membrane.
IB sucks
Small and nonpolar.
Polar molecules must pass through the membrane via active transport. This is because the cellular membrane is mostly nonpolar, and polar and nonpolar molecules repel each other. Only nonpolar molecule (i.e. hormones) can pass through the membrane without active transportation.
Two layers of lipids organized with the nonpolar tails forming the interior of the membrane.
this Compound is suited to the function of the membrane Because its a inportant Function of the cell membrane
Nonpolar Fatty Acids
membrane, is a type of brain that function to think what to do.