Answer:
GTP-bound form
Explanation:
Such a receptor may be associated with the GDP-regulated G-stimulant protein system. When the neurotransmitter binds to the receptor, the protein G-GDP complex is activated by separating its β subunit. When the ligand "sticks" to it, it releases GDP and allows GTP to bind. This form of the G protein that binds GTP, is the activated ("on") form of it. When it is "on" it releases signals into the cell. After a short period (seconds or less) the G protein hydrolyzes the GTP to GDP and itself "turns off".
Answer:
Fermentation
Explanation:
It does not make ATP, but it allows glycolysis to continue.
The answer is D, all of the above.
it is grasshopper because they donot have backbones
explain why electric forces are essential to forming compounds
electrical forces cause particles to attract, repel, and form bonds
