Yes, of course it is davourable.
Oxidative phosphorilation occurs on inner membrane.It generates 34 ATP's.
That happens in the mitochondria, basically, excepting glycolysis. Oxidative phosphorilation of respiration.
photo phosphorilation oxidatjve phosphorilation Substrate level phosphorilation
in the cytoplasm of the cellIt is common to both types of respiration.In aerobic respiration, formed pyruvate und=dergo oxidative phosphorilation
Carbon dioxide. Oxidative phosphorilation, by the catabolism of carbohydrates, produces a lot of CO2 which must exit the lungs in gas exchange.
Actually, that is a biological answer and not quite accurate. The process that really releases the energy in the final phosphate bond of ATP is called phosphorilation. This is the process of bonding that phosphate to another molecule and that is the energy released. In the mitochondria ATP is synthesized by the process of oxidative phosphorilation from, ultimately, glucose being broken down.
The electron transport chain; it makes 32-34 ATP.
No, amoebae must take in oxygen to metabolize the food they ingest, just like you they are eukaryote and use oxidative phosphorilation to generate ATP. They bring in the oxygen diffusely across their cell membranes. They are aerobic organisms.
The process of oxidative phosphorylation, which occurs in the mitochondria, results in the most stored energy in the form of ATP production. This process involves the electron transport chain and generates the majority of ATP in cell respiration.
Mitochondria are the sites of cellular respiration. The produce energy units called ATP -AdenosineTriphosphate via a process called oxidative phosphorilation. Hence mitochondria are called the 'power house' of the human cells.
the krebs cycle and electron transport chains that provide the majority of the ATP gain require oxidative phosphorilation, the oxygen plays the part of a electron acceptor at the end of the etc
In cyanide poisoning, the decrease in ATP levels results from inhibition of the cytochrome c oxidase enzyme in the electron transport chain, impairing cellular respiration. This leads to a shift towards anaerobic metabolism, causing an increase in lactic acid production as cells try to generate ATP through glycolysis in the absence of sufficient oxygen.