Neurons normally derive ATP solely through
A) aerobic respiration.
B) anaerobic respiration.
C) formation of creatine phosphate.
D) use of stored glycogen.
E) both A and D

Question

13-08-2019
Biology

contestada

Neurons normally derive ATP solely through
A) aerobic respiration.
B) anaerobic respiration.
C) formation of creatine phosphate.
D) use of stored glycogen.
E) both A and D

Respuesta :

Otras preguntas

rachel told mariana that if she rolls two number cubes 100 times she will never get a product of 23 mariana toldbher that she cant be sure. whos right? explain

Okay Here Is The Question Its 3 Parts:How Far Is The Sun From Earth?There Are 3 Feet In A Yard. How Many Yards Is The Sun From The Earth? Explain How.There Are

If you have 12 circles an you shade in3/4 of them, how many circles do you shade?

rachel told mariana that if she rolls two number cubes 100 times she will never get a product of 23 mariana toldbher that she cant be sure. whos right? explain

On a map what do black dots usually represent?

The product of two consecutive odd integers is 77 more than twice the larger integer.find the integers.

How do u add 10 to 2 digits numbers

list two ways that American Indians and European colonists were allies

ArnimZola ArnimZola · Answer 1 · 2019-08-23T21:19:28+02:00

Answer:

A. Aerobic respiration

Explanation:

The cell body of neurons have mitochondria which in turn serve as the site for ATP production. Nerve cells derive their energy by complete oxidation of glucose by the process of aerobic respiration. The enzymes required for aerobic respiration of glucose are present in mitochondria. The ATP molecules produced in cell bodies are delivered to the other parts of neurons to serve as source of energy during conduction of nerve impulse.

Neurons normally derive ATP solely through A) aerobic respiration. B) anaerobic respiration. C) formation of creatine phosphate. D) use of stored glycogen. E) both A and D

Respuesta :

Otras preguntas

Neurons normally derive ATP solely through
A) aerobic respiration.
B) anaerobic respiration.
C) formation of creatine phosphate.
D) use of stored glycogen.
E) both A and D