According to the chemiosmotic model proposed by Peter Mitchell in 1961, an electrochemical gradient is linked to the synthesis of ATP in mitochondria. Construct an explanation of the chemiosmotic model by doing each of the following.(a) Make a claim about the role of the inner mitochondrial membrane in ATP synthesis.(b) PresentONE piece of evidence that supports the role you proposed in part (a).(c) Provide reasoning to explainhow the evidence you presented in part (b) supports the claim you made in part (a

Chemiosmotic model was proposed by peter mitchell in 1961 . Chemiosmotic model states that the proton motive force that is generated by the transport of proton from the inter membrane space to matrix is used by ATP synthase present in inner mitocondrial membrane.

The ATP synthase enzyme helps in the biosynthesis of ATP from ADP and inorganic phosphate.

abhishekprakash2625 abhishekprakash2625 · Answer 2 · 2021-10-04T15:53:57+02:00

Answer:

The chemiosmotic model proposed by Peter Mitchell in 1961, an electrochemical gradient is linked to the synthesis of ATP in mitochondria.

Explanation:

a) The inner membrane of mitochondria is also known as perichondrial space which is filled with the fluid called perichondrial fluid. it contains all the enzymes required for the ETC. The [tex]H_{2}[/tex] from light reaction and dark reaction get accumulated in inner membrane spaces. Oxysome are present in the inner membrane spaces which help in the production of ATP

b) All the enzyme complexes are present in the inner membrane of the mitochondria.

c) All the complexes transport the proton to the oxysome which has ATP synthetase enzyme to the production of ATP.

d) The oxysome is the essential part for the production of the ATP, as it pump the proton part and help in making of ATP.

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