Answer:
GlnA will be overexpressed and the cells will have more glutamine than glutamate
Explanation:
Glutamine synthetase (glnA) is an enzyme involved in nitrogen metabolism that catalyzes the amidation of glutamate to glutamine. Moreover, the phosphorylated form of the NtrC response regulator protein (NtrC~P) acts as a transcriptional activator of genes associated with nitrogen metabolism, including glnA. NtrC~P exhibits 1-an enhanced DNA binding activity (increased oligomerization on the target DNA template) and 2-ATPase activity (oligomerization of the NtrC phosphoprotein), which are fundamental features for transcriptional activation. In consequence, it is expected that a higher level of NtrC~P (due to a defective form of the phosphatase that dephosphorylates NtrC~P) leads to the overexpression of glnA, thereby increasing glutamine levels and simultaneously decreasing glutamate concentration.
Aa (you can use any letter to represent this in the same way.)
Answer:
Thyroid - TSH - Hormone that regulate metabolism
Adrenal- Adrenaline- Makes hormone for fight or flight
Testes- Testosterone- Hormone that controls puberty in males
Pancreas - Insulin- Signals glucose to move out of the blood and into blood cells.
Ovaries- estrogen- hormone that controls puberty in females
Answer:
A
Explanation:
the sister chromatids separate
The main ones are plant cells, fungi, and in some prokaryotes which is a bacterial cell.
