The following nutrient molecule is digested and transported to a cell where it undergoes further catabolism:HOHOонOHHO-OHOHOHIn the table below, list the important products of the complete glycolysis of this molecule.• In the first column of the table, write the chemical formula, name, or standard biochemical symbol for a product molecule. In the second column, write thetotal number of these molecules produced.Add Row• Only list the important products, including (1) molecules with any of the carbon atoms originally in the molecule above, (2) energy storage molecules(like ATP), and (3) any newly oxidized or reduced coenzymes.•List each product molecule on a separate row. You can add more rows to the table if you need them.• Be sure you write the number of product molecules formed by the complete glycolysis of the molecule above.• If the molecules does not undergo glycolysis at all, check the box under the table and leave the table blank.product(name, chemical formula, or standard symbol)The molecule does not undergo glycolysis.number producedX0

The given molecule is maltose which is a disaccharide sugar. Maltose is formed from two alpha…

Answered: The following nutrient molecule is…

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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Similar questions

Number the oxygens(1-6) in any order. Trace the path of this glucose through pathways of glycolysis and the TCA cycle and determine which step of the pathways each oxygen is removed from the process.
Fatty acid synthesis requires the activation of acetyl CoA to malonyl CoA. However, its condensation with a fatty acyl ACP results in the addition of only its two carbons. What is the thermodynamic advantage of the activation reaction? . The condensing enzyme requires a 3-carbon compound as substrate. Cleavage of CO2 from malonyl CoA provides the energy to allow for condensation to occur. It is the activate form of the two carbon acetyl CoA necessary for condensation. It makes malonyl CoA unstable. The reaction is a reversal of the 2-oxidation which is a spontaneous process.
Please draw all of the structures of the intermediates and names of all reactants, intermediates and products, as well as the names of the enzymes. Draw the whole pathway for the catabolism of fructose into 2 lactates as it occurs in muscle tissue.
Sort the following metabolic enzymes according to those involved only in glycolysis and those involved only in gluconeogenesis. (Note: Some of the enzymes may not be used.) Items (10 items) (Drag and drop into the appropriate area below) Fructose-1,6- bisphosphatase- 1 Categories Phosphoglycerat e kinase Aldolase Glycolysis Only Pyruvate kinase Enolase Gluconeogenesis Only Phosphofructoki nase-1 Phosphoenol uvate carboxykinas
What is the key regulatory enzyme in glycolysis? Please explain how this enzyme is regulated just after a meal has been consumed.
Which of the following statements is true for the shown reaction? The reaction requires vitamin B1 A decrease in the ratio of NADH/NAD+ inhibits the reaction The only fate of the product Y is to be converted to succinyl-CoA All of the above None of the above
1. The first step in the payoff phase of glycolysis is catalyzed by the enzyme glyceraldehyde 3-phosphate dehydrogenase, an enzyme that contains a nucleophilic cysteine playing a central role in the reaction. A) In the direction of gluconeogenesis, what reaction does this enzyme catalyze? AG° = -6.3 kcal/mol for this reaction in the direction of gluconeogenesis. Based on what you know about the substrates involved, provide two chemical reasons as to why the AGO of this reaction is negative.
Describe how a) Mean Arterial Pressure, b) Maximal Oxygen Consumption, and c) Blood Flow are determined using its formula. In addition, you should explain what those factors are including cardiac output, stroke volume, heart rate, resistance, a-vO2 difference, etc. Describe how many ATPs can be generated by complete cycles of beta oxidation of free fatty acid with 20 carbons. You should indicate how many cycles of beta oxidation and Krebs cycle, and total number of products as well
Strategies for regulating the central pathways in carbohydrate metabolism vary among different cells in one organism and among organisms. Slight changes in the regulation of enzymes in central metabolism can effectively re-route metabolite traffic through these pathways, just like a small mutation in PFK-1 can convert a healthy cell into a cancerous one. For instance, Gillaspera mold uses an alternative strategy for regulation the TCA and glycolysis. Gillaspera contains a unique isocitrate dehydrogenase that has an allosteric site for citrate. High citrate inhibits isocitrate dehydrogenase in this organism. Gillaspera also lacks a citrate binding site on PFK-1, so this variant of the enzyme is not affected by citrate concentrations at all. Gillaspera lacks the enzymes ethanol dehydrogenase and lactate dehydrogenase and no carbons are lost in its unique fermentation product. Would high glucose in these organisms lead to production of carbon dioxide from glucose catabolism?…
Indicate what will happen (increase, decrease or no effect) to the activity of the enzyme or rate of the metabolic pathway given the following conditions.
Hexokinase phosphohexose isomerase [Choose ] [Choose ] Is not the trapping reaction catalyzes an ATP-dependent phosphorylation of its substrate. Is irreversible and carries out substrate-level phosphorylation. PFK-1 aldolase triose-phosphate isomerase Splits the carbohydrate in two. Product is 2-phosphoglycerate. Is reversible and carries out substrate-level phosphorylation. Product is fructose-6-phosphate. Catalyzes the trapping reaction Makes a 2nd mole of G3P from DHAP Produces a high-free energy compound but no NADH or ATP. Oxidizes an aldehyde. GAPDH [Choose ] Phosphoglycerate kinase [Choose ]
Fill in the blanks with the numerical answer only: Number of electrons generated in oxidation of 1 glucose to 2 pyrvuate in glycolysis. Number of electrons generated in the oxidation of 2 pyruvate by pyruvate dehydrogenase complex. Number of electrons generated for complex II in oxidation of 2 acetyl CoA via the TCA Cycle.

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