What did NAD+ help do in reactions? (Pick ALL the correct possible answers) Select one or more: a. NAD+ acts as a coenzyme helping to work with an enzyme to create a reaction b. NAD+ is a made from Niacin (Vitamin B3), this is part of the reason why the B complex of vitamins helps you produce energy c. NAD+ removes hydrogen from other molecules d. NAD+ adds hydrogen to other molecules e. NAD+ helped to detoxify cells of ethanol by removing hydrogen making acetaldehyde and acetyl-COA

What did NAD+ help do in reactions? (Pick ALL the correct possible answers) Select one or more: a. NAD+ acts as a coenzyme helping to work with an enzyme to create a reaction b. NAD+ is a made from Niacin (Vitamin B3), this is part of the reason why the B complex of vitamins helps you produce energy c. NAD+ removes hydrogen from other molecules d. NAD+ adds hydrogen to other molecules e. NAD+ helped to detoxify cells of ethanol by removing hydrogen making acetaldehyde and acetyl-COA

Biology Today and Tomorrow without Physiology (MindTap Course List)

5th Edition

ISBN:9781305117396

Author:Cecie Starr, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Christine Evers, Lisa Starr

Chapter4: Energy And Metabolism

Section: Chapter Questions

Problem 3SQ

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Similar questions

Cells utilize the energy ot AlP to do usetul work, such as power muscle contractions. During cellular activities like muscle contractions, ATP is converted into ADP and a phosphate group. What is happening to energy in this process of conversion? A:Energy is being stored. B:Energy is being released. C:Energy is being destroyed. D:Energy is being created.
A cell is able to extract energy from the molecule glucose after it breaks it's C-C AND C-H bonds and replace them with C=O and O+H bonds in CO2 AND H20 in order to power unfavorable reactions.In brief setences describe why cells can gain energy from this process. Explain ( How the action of breaking bonsa relate to the energy) How forming bonds relates to the energy Why sonme of these bonds in store more energy to others. Use alll of the above to answer the question : how does this allo cells to extract energy from glucose
Kinase reactions describe enzymes which _____________. a. transfer groups from one part of a molecule to another b. use NAD/ NADH in their reactions. c. add or remove double bonds in molecules. d. add phosphate groups to another molecule
Which About Metabolism Is True A) Spontaneous Reactions Require Enzymes B)Non-Spontaneous Reactions Will Never Occur C)Endergonic Reactions Are Spontaneuos D)Catabollic Reactions Conume Energy To Build A Molecule
I need help with a biology question Enzymes catalyze chemical reactions by lowering the __________ a. Energy of activation b. Substrate levels needed c. Entropy d. Free energy
. Which of these is FALSE? A Breaking down glucose gives off energy B. Breaking down ATP gives off energy C. Cells use ATP for cell work D. 1 ATP has more energy than 1 glucose
What is the difference between cellular respiration and fermentation? Select an answer. a) cellular respiration does not need oxygen, while fermentation needs oxygen b) cellular respiration needs oxygen, while fermentation does not need oxygen c) cellular respiration produces very little energy, while fermentation produces a lot of energy d) Almost all cells carry out fermentation, while few carry out cellular respiration
NAD+ to NADH is an example of an _____ reaction.
reactions that tend to go on their own releasing energy are called?
What is the function of the active site of an enzyme? a. Involved in the catalytic reaction of the enzyme b. Inhibit the enzymatic activity c. Binding of regulators d. Binding of products after the reaction
How does an enzyme affect a chemical reaction? Select all that apply. A. Lowers the activation energy B. Decreases the rate of the reaction C. Increases the activation energy D. Increases the rate of the reaction
Which answers apply. (There could be more than one) Hydrolysis of ATP into ADP and inorganic phosphate releases energy because the reaction... a.) oxidizes ATP b.) reduces ATP c.) increases resonance d.) decreases resonance e.) increases entropy f.) decreases entropy