The role of ATP synthase isand it is located insplit glucose; cytosol of cellsO shuttle pyruvates into mitochondria; cytosol of cellspass electrons to proteins along the inner mitochondrial membrane;mitochondriaO attach ADP and Pi (ie, make ATP); mitochondria

ATP synthase is an enzyme present in mitochondrial inner membrane. It catalyses the convertion of…

The role of ATP synthase is and it is located in O split glucose; cytosol of cells O shuttle pyruvates into mitochondria; cytosol of cells O pass electrons to proteins along the inner mitochondrial membrane;mitochondria O attach ADP and Pi (ie, make ATP); mitochondria

The role of ATP synthase is and it is located in O split glucose; cytosol of cells O shuttle pyruvates into mitochondria; cytosol of cells O pass electrons to proteins along the inner mitochondrial membrane;mitochondria O attach ADP and Pi (ie, make ATP); mitochondria

Biochemistry

6th Edition

ISBN:9781305577206

Author:Reginald H. Garrett, Charles M. Grisham

Publisher:Reginald H. Garrett, Charles M. Grisham

Chapter21: Photosynthesis

Section: Chapter Questions

Problem 6P: pH and in the Chloroplast Proton-Motive Force (Integrates with Chapter 20.) In mitochondria, the...

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The role of ATP synthase is
and it is located in
split glucose; cytosol of cells
O shuttle pyruvates into mitochondria; cytosol of cells
pass electrons to proteins along the inner mitochondrial membrane;mitochondria
O attach ADP and Pi (ie, make ATP); mitochondria

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The proton motive force is the result ofa. ATP synthase transporting protons during ATP synthesisb. an electron gradient between the matrix and the intermembranespace of a mitochondrionc. a proton gradient between the matrix and intermembrane space ofa mitochondriond. a buildup of negatively charged ions
Intermembrane Space 3 ADP 8 Mitochondrial Matrix FADH FAD 3ATR NAO NACH deydrogenese compiex Cytochrome b-c ATP Oytochrome cxidase complex comples PAOt AH Copyright 2001 Benjamin Cummings, an imprini of Addison Wesley Longman, Inc he source of the high concentration of H+ in the inter-membrane space is /are the D ATP synthase. water molecules molecules of NADH and FADH2 oxygen (O2) Dus
Which of the following statements about oxidative phosphorylation is correct? O H+ ions are transferred from Complex I or Complex II to ATP synthase where ATP production occ O Proton pumps transfer electrons from the cytosol to the mitochondrial matrix as electrons are tra O The chemical and electrical gradient is established between the intermembrane space and the ma electron carriers. O ATP synthase pumps electrons back to the intermembrane space as a consequence of electrocher mitochondrial matrix. • Previous
NADH and FADH2 pass electrons to a set of respiratory proteins known as Cytochromes Pyruvate dehydrogenases Lactate dehydrogenases Electronic enzymes Kreb's cycle enzymes
the uneven distribution of protons across the inner mitochondrial membrane often called ? the proton gradient force the electron transport forcethe delta force the chemiosmotic force. the proton motive force
without oxygen US V 11 glucose G 2 13 14 pyruvate with oxygen acetyl Col CO₂ CO₂ Using the diagram above, fill in the chart below for a summary of cellular respiration taking place in the mitochondria. X₂ X² но B I 2 4 electron transport system C > X Q 흐트 E Summary of Cellular Respiration Name of Location Brief Is ATP process of process Description produced? I E D
[Cellular Respiration] Which feature depicted in the figure is due to the function of the electron carriers FADH2 and NADH? 10 m Adjacert proton enits Hllchanned - e ring roas ATP ADPP Arg-20 is dieplaced Matrie Process repeats Rotation ofeing termenbrane spee Proton beurd to reptive charge on Ap41 leptemi Hl channel Protoe hatchamel Statie Proton enters Roates Lodish et al. (2016), Molecular Biology of the Cell, 8th Edition High Oxygen content in the Cystosolic matrix O High ATP content in the exoplasmic intermembrane space O High ADP content in the Cytosolic matrix O High Hydrogen Content in the exoplasmic intermembrane space
Glycolysis takes place in the plasma membrane O ribosomes mitochondrion chloroplast O cytosol
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Electrons carried via NADH Electrons carried via NADH and FADH ELECTRON TRANSPORT CHAIN AND OXIDATIVE PHOSPHORYLATION GLYCOLYSIS Glucose Pyruvate KREBS CYCLE Cytosol Mitochondrion ATF ynthase ATP ATP ATP Substrate-level phosphorylation Substrate-level phosphorylation Oxidative phosphorylation Copyng C Pearson Eaucaton e p ng RL Elergamen Cummmgs Figure 5. The Process of Cellular Respiration Explain the major events of the celluar respiration based on the given diagram.
Cellular Respiration 2 ATP 6 NADH 2 FADH 2 ATP 2 NADH |36 АТР GLUCOSE ACETYL-COA LACTIC ACID ETHANOL GLYCOLYSIS PYRUVATE FERMENTATION OXYGEN KREB'S CYCLE MITOCHONDRIAL MATRIX MITOCHONDRIAL CHRISTAE biologycorner.com CYTOPLASM begins with CARBON DIOXIDE ELECTRON TRANSPORT CHAIN which is broken down during II which occurs in the coenzymes 2H •0, H0 AfP (ene produces a net gain of results in 2 molecules of produces occurs in the -that is used in- can be used in- requires- releases - which is oxcidized, creating aerobic respiration anaerobic coenzymes processes such as starting with coenzymes moves to the used the which is shuffled into the which produces -which occurs in the 3
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