Q5 Lactate dehydrogenase is one of the many enzymes thatrequire NADH as coenzyme. It catalyzes the conversion ofpyruvate to lactate:NADH + H* NADC=0НО -С—НlactatedehydrogenaseCH3CH3PyruvateL-LactateDraw the mechanism of this reaction (show electron-pushing arrows).Show all structures and show the movement of electrons. (Hint: This is acommon reaction throughout metabolism)

Under anaerobic conditions, the pyruvate formed at the end of glycolysis is taken for lactate…

Answered: Q5 Lactate dehydrogenase is one of the…

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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Pls help ASAP, thanks! "What is the primary outcome of the malate-aspartate shuttle run during glycolysis?"
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Plz explain and give the correct answer
16. A fatty acyl CoA can produce activated electron carriers via fatty acid oxidation. Name any electron carrier(s) that are produced from one cycle of FA oxidation. For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). BIU S Paragraph Arial 14px A v Q
Please answer fast The equilbrium constant (Keq) under standard conditions for the hydrolysis of ATP is 200,000 M. This would suggest the reaction is: 1. proceeding in reverse direction 2. proceeding in forward direction 3. in equilibrium However, this does not take into consideration the concentration of substrates/products within the cell. This is can be calculated by determining the reaction quotient, Q by: [ATP] x [Pi] / [ADP] [ATP] + [Pi] / [ADP] [ADP] x [ATP] / [Pi] [ADP] x [Pi] / [ATP] Biochemical reactions commonly involve the transfer of groups from ATP. What is one of the products of pyrophosphate cleavage from ATP? AMP Adenosine ADP Inorganic phosphate Q5-6. The hydrolysis of ATP is often coupled to other reactions. For example: Phosphoenolpyruvate (PEP) + H2O → Pyruvate + Pi (ΔG'° = -63.1 kJ/mol) ATP + H2O → ADP + Pi (ΔG'° = -30.5 kJ/mol) (The standard free-energy changes for the reactions are indicated in brackets) Q5. Given the information above, what is the…
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Directions: Write the chemical equation for each of the processes involved in the oxidative phosphorylation (electron transport chain and chemiosmosis).
Puting a metabolic pathway map together which includes glycolysis, gluconeogenesis, glycogen synthesis & glycogenolysis, and the two types of fermentation, and pyruvate oxidation (to acetyl-CoA). The map should have/illustrate/show all of the indicated 6 pathways stated previously on the same page, to emphasize how these processes are related to each other. map should include: a) Clear labels for all the pathways b) All the pathways shown on the same page and correctly integrated with each other, i.e., it should be clear which reactions are shared by different pathways c) The names of all metabolites (common abbreviations may be used) d) The names of all enzymes e) All relevant cofactors/co-substrates discussed in class, clearly showing, where ATP is used and produced f) Double or single arrows representing reversible or irreversible reactions, respectively g) All "high-energy" intermediates clearly labeled with an asterisk (*) h) Labels for cellular locations of…
Remember for T/F questions, either answer TRUE or FALSE, but if the answer is FALSE make sure to explain WHY the answer is false. The cell prefers lipids as a food source due to the large amount of NADH it can create during fatty acid oxidation is then used to create ATP. 1 A- Ff▼ = = F B I U S X₂ x² % S'S ↓ S 8- OiLearn Video
. Describe the reaction steps of the citric acid cycle with a focus on their control. In addition discuss the energy provided to a living cell from the metabolism of one acetyl-CoA entering the citric acid cycle
Predict the relative amount of energy released for each of the common terminal electron acceptors used during anaerobic respiration, as compared to energy released during aerobic respiration
A1 Calculate the ATP yield for the complete oxidation of oleate.

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