10. ATP synthase is a key enzyme of mitochondrial energy conversion.Mitochondrial ATP synthase deficiency is due to a mutation in a geneimportant for the formation of a subunit in the ATP synthase complex,seen in the illustration below. Scientists could use cells with this genemutation to investigate which of the following questions? (LS1-7) *InnermitochondrialmembranePYRUVATEGLYCOLYSIS ODATIONACOCYCLEOXIDATIVEPHOSPHORYL-ATIONATPsynthaseProtein complexof electronIntermembrane-spacecarriersIIIInnermitochondrialmembraneFADH, FAD2 H* + ½02H,0NADNADH(carrying electronsfrom food)ADP + OАТРMitochondrialmatrixOxidative phosphorylationWhat effect does the mutation have on the movement of electrons between theelectron carriers of the electron transport chain?What effect does the mutation have on the amount of ATP synthesized during cellularrespiration?What effect does the mutation have on the number of protons pumped into theintermembrane space of the mitochondria?What effect does the mutation have on the number of water molecules formed at theend of the electron transport chain?

Name: 10. ATP synthase is a key enzyme of mitochondrial energy conversion.M
Uploaded: 2024-03-20T06:42:55.000Z
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Description: 10. ATP synthase is a key enzyme of mitochondrial energy conversion.Mitochondrial ATP synthase deficiency is due to a mutation in a geneimportant for the formation of a subunit in the ATP synthase complex,seen in the illustration below. Scientists c