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Which electron shuttle mechanism transfers the electrons from cytosolic NADH into the mitochondria with the electrons entering the electron transport chain at complex II [ Select] ? This shuttle mechanism occurs in [Select] Question 18 Which of the following results from the first round of the Q cycle, considering that the electron donor is one ubiquinol which is converted to ubiquinone? Note that ubiquinone is oxidized coenzyme Q, ubiquinol is reduced coenzyme Q, and semiqu is the coenzyme Q radical. O two reduced cytochrome c and one ubiquinone O one reduced cytochrome c and one ubiquinone one reduced cytochrome c, one reduced cytochrome B and one ubiquinone

Which electron shuttle mechanism transfers the electrons from cytosolic NADH into the mitochondria with the electrons entering the electron transport chain at complex II [ Select] ? This shuttle mechanism occurs in [Select] Question 18 Which of the following results from the first round of the Q cycle, considering that the electron donor is one ubiquinol which is converted to ubiquinone? Note that ubiquinone is oxidized coenzyme Q, ubiquinol is reduced coenzyme Q, and semiqu is the coenzyme Q radical. O two reduced cytochrome c and one ubiquinone O one reduced cytochrome c and one ubiquinone one reduced cytochrome c, one reduced cytochrome B and one ubiquinone

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Please answer both 17th and 18th

D Which electron shuttle mechanism transfers the electrons from cytosolic NADH into the mitochondria with the electrons entering the electron transport chain at complex II [ Select] ? This shuttle mechanism occurs in [Select] Question 18 Which of the following results from the first round of the Q cycle, considering that the electron donor is one ubiquinol which is converted to ubiquinone? Note that ubiquinone is oxidized coenzyme Q, ubiquinol is reduced coenzyme Q, and semiquinone is the coenzyme Q radical. O two reduced cytochrome c and one ubiquinone O one reduced cytochrome c and one ubiquinone O one reduced cytochrome c, one reduced cytochrome B and one ubiquinone O two reduced cytochrome c and one ubiquinol O one reduced cytochrome c and one semiquinone
Transcribed Image Text:D Which electron shuttle mechanism transfers the electrons from cytosolic NADH into the mitochondria with the electrons entering the electron transport chain at complex II [ Select] ? This shuttle mechanism occurs in [Select] Question 18 Which of the following results from the first round of the Q cycle, considering that the electron donor is one ubiquinol which is converted to ubiquinone? Note that ubiquinone is oxidized coenzyme Q, ubiquinol is reduced coenzyme Q, and semiquinone is the coenzyme Q radical. O two reduced cytochrome c and one ubiquinone O one reduced cytochrome c and one ubiquinone O one reduced cytochrome c, one reduced cytochrome B and one ubiquinone O two reduced cytochrome c and one ubiquinol O one reduced cytochrome c and one semiquinone
Which electron shuttle mechanism transte mitochondria with the electrons entering th [Select] ? This butt ✓[Select] skeletal muscle heart liver Question 17 Which electron shuttle mechanism transfers mitochondria with the electrons entering the [Select] ? This shuttle malate-aspartate shuttle glycerol-3-phosphate shuttle pyruvate-malate shuttle
Transcribed Image Text:Which electron shuttle mechanism transte mitochondria with the electrons entering th [Select] ? This butt ✓[Select] skeletal muscle heart liver Question 17 Which electron shuttle mechanism transfers mitochondria with the electrons entering the [Select] ? This shuttle malate-aspartate shuttle glycerol-3-phosphate shuttle pyruvate-malate shuttle
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