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The following nutrient molecule is digested and transported to a cell where it undergoes further catabolism: HO- HO HO- Pa OH OH OH OH OH In 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 the total number of these molecules produced. • 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) Add Row number produced 0 X S

The following nutrient molecule is digested and transported to a cell where it undergoes further catabolism: HO- HO HO- Pa OH OH OH OH OH In 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 the total number of these molecules produced. • 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) Add Row number produced 0 X S

Biochemistry
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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The following nutrient molecule is digested and transported to a cell where it undergoes further catabolism: HO НО OH 0 OH HO- OH OH OH In 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 the total 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 produced X 0 X 00
Transcribed Image Text:The following nutrient molecule is digested and transported to a cell where it undergoes further catabolism: HO НО OH 0 OH HO- OH OH OH In 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 the total 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 produced X 0 X 00
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