The proteins of the electron transport chain in mitochondria convert the energy stored in molecules carrying electrons from glucose to.

Question

04-11-2022
Biology

Answered

The proteins of the electron transport chain in mitochondria convert the energy stored in molecules carrying electrons from glucose to.

Answer :

Other Questions

explain how the electron transport chain is utilized in oxidative phosphorylation

active transport a-requires an input of atp b-is involved in diffusion c-occurs in osmosis and facilitated transport d-all of the choices are correct

FILL IN THE BLANK. the process of transport across cell membranes that costs biochemical energy is ________.

What is the name for the process where plants use light energy to convert water and carbon dioxide into oxygen and high-energy carbohydrates such as sugars and

plant cells are protected from the harmful effects of excessive light energy and reactive oxidative molecules by

Earth has an abundant supply of water and it is essential for human beings to live. More than half of an adult body mass is water. One of the important places w

when a population overshoots its carrying capacity, as you saw in the lesson of the kaibab lab activity, what typically follows?

scientists have developed a new herbicide which farmers can use to control unwanted plants in their crop fields. the chemical works by blocking the production o

a process in which recipient cells acquire genes from free dna molecules in the surrounding medium is called group of answer choices

of the electron transfer complexes associated with the inner mitochondrial membrane, which is not involved in generation of a proton gradient?

adioabiola adioabiola · Answer 1 · 2022-11-07T12:05:17-05:00

The proteins which are involved with electron transport chain in mitochondria convert the energy stored in molecules carrying electrons from glucose to electrochemical gradient.

Why electrochemical gradient is important in oxidative phosphorylation?

oxidative phosphorylation can simply be defined as a process which involves energy conversion in the mitochondria.

However, the importance of electrochemical gradient cannot be overemphasized. From the task given above, electrochemical gradient helps the mitochondria to pass along the active transport chain in order to release energy, thereby, pumping hydrogen out. It is this electrochemical gradient while helps the inner

mitochondria convert the energy stored in molecules carrying electrons from glucose to produce needed ATP. The full meaning of ATP is adenosine triphosphate. It is form in which energy is produced the the cells of living organisms.

So therefore, we can now deduced from the above explanation that proteins made in the mitochondria convert the components of glucose to a gradient.