Based on the image below select the correct statementsIntermembrane spaceInnermitochondrialmembraneNADHNAD+ProtonpumpATPsynthaseADP + P₁verifier-SGorLXZ61a39Ecjya7yr5Yf3404XUmXKRi3wHy13ATPMitochondrial matrixhttps://canvas.uts.edu.au/assessment questions/356921/files/1562662/download? InnermitochondrialmembranepumpMitochondrial matrixhttps://canvas.uts.edu.au/assessment questions/356921/files/1562662/download?verifier-SGorLXZ61a39Ecjya7yr5Yf3404XUmXKRi3wHy13Oxidative phosphorylation involves flow of electrons through a chain of membrane-boundcarriers in the mitochondriaThe proton pump uses energy from the conversion of NAD+ to NADHH+ ions diffuse back into the mitochondrial matrix through ATP synthaseThe transfer of H+ through ATP synthase required energy in the form of ATPThe inner mitochondrial membrane contains less H+ than the mitochondrial matrix

Oxidative phosphorylation process is a catabolic process that takes place in the mitochondria. This…

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Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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How NADH formed during glycolysis enters the mitochondria? Name both shuttle system (No explanation required)
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sentence) 16. Use these 6 phrases and write them in the mitochondrial area that they best describe. High [H+] Higher pH Lower pH Negatively-charged Positively-charged Low [H+] Mitochondrial Matrix ANSWER ANSWER ANSWER 2 Body* #3 3 A $ 4 B % 5 Mitochondrial Intermembrane Space ANSWER ANSWER ANSWER I MacBook Pro U 6 bb & 7 8
The diagram below shows the mitochondrial electron transport chain. Work with your team to add the following labels •Complexes I-IV and ATP synthase NADH and NAD+ Figure 7.10b Biology: How Life Works, Second Edition 2016 Macmillan Education H* Gradient: Reduction of O₂: mugit's For each poison, assess impact on (1) input (NADH, electrons); (2) H+ gradient; (3) reduction of oxygen; (4) ATP synthase; and finally, do you predict it to be fatal to humans?. 1. Cyanide: binds to Cytochrome C (complex IV), and deactivates it. NADH levels: ATP Synthase: Fatal? •FADH2 and FAD O2 and H2O •ATP, ADP, and Pi •H+ and electrons •Matrix, cytoplasm, and intermembrane space.
electron transport
co S Question #6. On the right is a schematic showing the structure of complex V (ATP Synthase). The various subunits are labeled. 6A Label the figure to show the location of the mitochondrial matrix αβλαβ Y 6B On the figure indicate the direction of proton flow across the membrane in the direction of ATP synthesis. Make sure to specifically indicate through which portion of the complex the protons move. E Ab, a a cc ccc Inner membrane 6C List the specific subunits in the complex that rotate as protons flow through the complex (select from: a, b2, c, a, ß, y, 8, ɛ) 6D Rotation occurs in 120° steps. Briefly explain why this is consistent with the bind-and-change mechanism that produces ATP. In your answer, make sure to indicate the number of active sites in the complex and how rotation alters their ability to promote catalysis.
The electron transport chain Question 6 options: creates NADH None of these move protons across the inner mitochondrial membrane creates ATP
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Please explain the Electron Transport System how you understand it. Explanation The electron transport chain is a series of electron transporters embedded in the inner mitochondrial membrane that shuttles electrons from NADH and FADH2 to molecular oxygen. In the process, protons are pumped from the mitochondrial matrix to the inter membrane space, and oxygen is reduced to form water. Question: Respond to the Explanation post above about the electron transport chain.
SEQUENCE THE FOLLOWING MAJOR EVENTS IN CELLULAR RESPIRATION USING NUMBERS 1 - 4 - A series of reactions wherein the pyruvic acid is converted from one compound to another releasing CO2, NADH, FADH2, and 2 ATP molecules. - The breakdown of one glucose molecule into two molecules of pyruvic acids; 2 ATP molecules are produced and NADH is released to be used in the later stage of cellular respiration. - In this stage, the NADH and FADH2 produced in the previous reactions give up high-energy electrons that are passed from one molecule to another, producing ATP in the process. It is in this stage that most ATP molecules are produced. - Each molecule of pyruvic acid produces one molecule each of CO2 and acetyl CoA and more NADH is produced.
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Based on the image below select the correct statements Intermembrane space H Inner mitochondrial- membrane NADH !!!! NAD+ Proton pump H ATP synthase H JUU ADP+P₁ ATP Mitochondrial matrix