Answer:
Both are hydrophobic
Explanation:
Because first of all Internal start- transfer process is a process where a peptide is transfered to the side opening of translocon and then then fixes itself in the membrane, whereas
Stop-transfer sequences in proteins act to stop this process of translocation and moves out through the side opening in translocation to fix itself on a membrane this is consistent with the hydrophobic nature that repels water. Because they are non polar and lack the capacity to form a hydrogen bond with another molecule
Exergonic is wrong, I think endergonic is correct.
Well, the answer would be The Frontal Lobe
False in a sense because it is not random. It is just that some organisms have more advantageous characteristics than others. These genes are then passed on which makes the likelihood of the next generation surviving greater.
"it is needed to ensure that equal 3-carbon units can be made."
One important part of the glycolysis is the metabolization of two three-carbon molecules. A glucose molecule could not be divided into two molecules. <span>
After a phosphorylation of the fructose, the molecule has now two phosphate groups. The molecule is then divided into two and the glyceraldehyde-3-phosphate (one of two) continues the chain reactions of glycolysis.</span>