Answer: the main function is to control what goes in and out of the cell. It is made of a double layer of lipids (fats) imbedded with odd-looking protein molecules. Because it is a fat, only some things that are very tiny, like water and oxygen pass through this part.
Explanation:
I know alligators, crocodiles and many big cats eat them in the wild.
There are two types of roots based on their origin: taproot and fibrous root system. An example of taproot is carrot which is a primary root that develops from a radicle. Lateral roots are roots developed from other roots while adventurous roots are roots which arise from other plant organs besides the roots. Answer is A
Answer:
All of the other answer choices suggest the presence of a multipass transmembrane protein.
Explanation:
The primary sequence contains stretches of polar and nonpolar amino acids, suggesting an amphipathic design.
This one could be, because of the presence of polar an nonpolar aminoacids. The phospholipids membrane have the same construction.
The protein has windows of the primary sequence with positive hydropathy values separated by windows of the primary sequence with negative hydropathy values.
The same here, having pieces of positive and negative hidropathy can be a sign of transmembrane protein.
The protein isolates with the membrane fraction of the cell rather than the cytoplasmic fraction of the cell.
This is discribing you a transmembrane protein
Hydrogen ions rush out of the thylakoid, powering the reaction that produces ATP
Explanation:
As the electrons from the reactive center of photosystems are passed down the protein chain, their energy is harnessed to pump in H+ ions from the stroma into the thylakoid lumen. This creates an H+ proton gradient that has potential energy to do work. ATP synthase utilized this gradient to generate ATPs by chemiosmosis. As the H+ ions move down the concentration gradient through the protein molecule, the ATP synthase is able to phosphorylate ADP and convert them into ATPs – the energy currency of cells.
This same principle not only in the chloroplasts but also in the mitochondria.
Learn More:
For more on chemiosmosis check out;
brainly.com/question/13155456
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