Q. The free energy released during electron transport is utilized to move protons from _____________ to inner membrane and cytosol.

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Q. Proton motive force is the net sum of how many gradient components?

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Q. The contribution made by electric potential versus pH gradient to the proton motive force (Δp) is determined by which property of the mitochondrial membrane?

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Q. The approximate proton motive force of an actively respiring mitochondrion is ____________ mV.

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Q. The maintenance of proton motive force requires that inner mitochondrial membrane remains permeable to protons.

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Q. For which organelle proton motive force is also a source of energy?

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Q. Mitochondria is the organ for ______

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Q. The protruding invaginated sheets inside mitochondria is known as _____

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Q. The inner boundary membrane and inner cristal membrane are joined by ____

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Q. Which part of mitochondria has almost 70-75% protein content?

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Q. Which part of mitochondria is responsible for the degradation of many enzymes?

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Q. In the inner membrane of mitochondria, there is one protein molecule for approximately every _______

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Q. Cardiolipin present in inner mitochondrial membrane plays a role in ___________

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Q. Porins are present in ____________

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Q. The mitochondrial DNA in humans encode for how many poplypeptides?

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Q. Human mitochondrial DNA encodes for ____________

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Q. Human mitochondrial DNA encodes for _________

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Q. The mitochondrial RNA polymerase is made up of _____________

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Q. Glycolysis takes place in _____

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Q. The first stable compound of Kreb’s cycle is _____________

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