Sort the electron acceptors that are able to diffuse inside the mitochondrial matrix from those that are immobilized in a protein complex in their active state.Drag each item to the appropriate bin.• View Available Hint(s)ResetHelpflavin mononucleotideflavin adenine dinucleotidenicotinamide adenine dinucleotidecoenzyme Qiron-sulfur clusterscytochromesAble to diffuse into mitochondrial matrixUnable to diffuse into mitochondrial matrix

Nicotinamide adenine dinucleotide (NAD) , Flavin adenine dinucleotide (FAD) , Flavin adenine…

Answered: Sort the electron acceptors that are…

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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Which of the following moves proteins across the outer mitochondrial membrane? SAM complex? TOM complex ? TIM 23 complex? TOC?
Clecese Civcelysis Pyrevate rentation Lactic Acid Ethyl Alcohol and CO: Acety1-CaA Mitochondrion Citric Acid Odle (Kreb's Cycle) 2 ATP Electron Transport Chain 32 ATP The greatest amount of ATP will be produced in a cell when when lactic acid is being made the reactions of the cytosol take place oxygen (O2) is being used by the cell O oxygen (O2) is not being used by the cell
Below is a diagram of the cross section of a mitochondrion. Fill in the blanks by choosing words from the Word Bank. Word Bank. Stroma membrane Electron Transport Chain accumulation site The structure at A is The process occurring at C is H+ ******** ADP H* H* ATP Chemiosmosis H+ The area at E is (E) ATP synthase Inner membrane NAD+ + H+ Matrix H* B H+ Vacuole FADH₂ NADH H* Citric acid cycle FAD + 2H+ The structure at B is H* Cyt c Stomate H* Calvin Cycle 1/20₂ + 2H+ Intermembrane space The sequence of events at D is H* H₂O A Outer 0000000000 Proton
Across electrons and another loses electrons 2. 13 4 19.) first step in respiration converts glucose to pyruvate 20.) process in inner mitochondrial membrane that produces majority of ATP for cel (3 words 7 18 6. 10 11 12 13 14 Down not require oxygen 15 12.) process of forming ATP from ADP & P through electron transfer by using a proton pump across the mitochondrial membrane 16 17 18 19 17.) final electron acceptor in electron transport chain aerobic respiration 20 5.
The figure below shows an illustration of a mitochondrian. Mustration of a mitochondrion Which of the following best describes the relationship between the structure and function of the mitochondrion? A B с D The shape of the mitochondrion Increases its material-exchange efficiency by maximiz ing its overall volume relative to its surface area. The double-membrane structure of the mitochondrion allows it to maintain its relatively acidic environment in which nutrients can be digested. The folds of the mitochondrion Inner membrane increase its material-exchange effi- ciency by maximizing its surface area relative to its volume. The specific structure of the mitochondrion Inner membrane allows it to correctly guide the folding of proteins into their functional shape.
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
Loss of this enzyme would be lethal to the cell CH₂-CH-CH₂ OH OH Glycerol- phosphate Loss of this enzyme would severely reduce the exchange of lipids between the cytosol and lumen P CH₂-CH-CH₂ O O I =C C=O Loss of this enzyme would lead to membrane phospholipids with identical phosphate head groups Phosphatase Acyl transferase Loss of this enzyme would result in membranes deficient in phosphatidylcholine Choline head Cytosol group ER lumen Choline phosphotransferase Loss of these enzymes would prevent lipid transfer between the ER and mitochondria Flippase lipid exchange proteins
2
Predict the effect of an uncoupler such as dinitrophenol (Fig. ) on production of NADPH in a chloroplast.
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.
333
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