Biochemistry
9th Edition
ISBN: 9781319114671
Author: Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher: W. H. Freeman
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The conversion of succinate to fumarate in the TCA cycle is shown below.
Need carbon a and b answer. Drop down gives same options for both. Either "lost as co2" , "oxidized", or "reduced"
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- NADH and succinate are substrates that can be oxidized and will consume oxygen. Rotenone and cyanide are inhibitors of the electron transport chain and can block oxidation. Match each description of the effector to the appropriate oxygen consumption. A plot may match more than one description. Some plots will not match any description. (At least one of the matches in the image was incorrect)arrow_forwardDescribe the impact of each of the following on cellular respiration 1. A mutation in ubiquinone (Q) that makes it more a polar molecule. 2. A mutation in the pyruvate carrier protein in the mitochondrial membrane that decreases transport.arrow_forward44 45 46 47 48 50 27 Use the following figure to answer the question. CO2 Охаlоасеtic acid Phosphoenol- pyruvate AMP+ P K NADPH Cell I NADP+ ATP Malic acid Pyruvic acid Pyruvic acid Malic acid RUBP NADP CO2 Cell II NADPH Triose Phospho- glycerate Which of the following statements is true concerning the accompanying figure? O It represents a C4 photosynthetic system. It represents an adaptation that maximizes photorespiration. It represents a CAM photosynthetic system. It represents a C3 photosynthetic system. A Moving to another question will save this response. esc DII D 身 49arrow_forward
- Please Aspaarrow_forwardOxidative decarboxylations— involve loss of CO2 and the production of NADH. do not occur in the TCA cycle. involve loss of CO2 and the production of NAD. occur three times in the TCA cycle. involve loss of CO2 and the production of FADH2.arrow_forwardCytochrome P450 (CYP450) monoxygenase is the enzyme involved in Phase I metabolism. 450 refers to: * It can metabolize 450 drugs when in the reduced form and complexed to carbon monoxide It can produce 450 drugs when in the oxidized form and complexed to carbon dioxide It can emit light at 450 nm when in the oxidized form and complexed to carbon monoxide It can absorb light at 450 nm when in the reduced form and complexed to carbon dioxide It can absorb light at 450 nm when in the reduced form and complexed to carbon monoxidearrow_forward
- The reaction catalyzed by the enzyme Malate Dehydrogenase is an example of oxidative decarboxylation as it both catalyzes an oxidation reaction and produces CO2 True or Falsearrow_forwardPyruvate gets oxidized by gaining a CO2 molecule Question 30 options: True Falsearrow_forwardIf the fatty acid 14:147 is completely catabolized to CO2 and H2O, what would be: a. number of b-oxidation cycles? b. number of FADH2 formed (both b-oxidation and citric acid cycle) c. number of NADH formed (both b-oxidation and citric acid cycle) d. net yield of ATP per molecule (don't forget about cost of fatty acid activation).arrow_forward
- We often describe respiration by the simple equation of 6 O2 + C6H1206 - 6 CO2 + 6 H20. However, as we've now covered, there's way more going on than what's represented by this one equation. Summarize the entire process of energy generation starting from glucose, covering the substances produced through each process involved (no need to summarize the individual steps), where these processes take place, how they interact with each. other, changes in energy and oxidation along the way, and what happens to the molecules produced in the end.arrow_forwardIntermediary carriers are in a limited supply: When they cannot be recycled because of a metabolic block, serious consequences ensue. Think of some examples of these consequences.arrow_forwardWhere is the first NADH molecule produced in cellular respiration? options: Conversion of pyruvate to acetyl coenzyme A Conversion of acetyl coenzyme A to pyruvate Reduction of oxygen to water In the cytoplasmarrow_forward
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