Which is a viable path that a carbon atom could take as it moves through metabolic pathways in a cell? Amino acid → purine → DNA → purine → amino acid → acetyl CoA –→ fatty acid triglyceride Amino acid acetyl CoA → ► purine pyrimidine glycerol fatty acid → lactic acid → glucose Glucose → glycerol → triglyceride fatty acid → purine - → DNA → pyrimidine → amino acid Fatty acid → amino acid pyrimidine → purine → glucose glycerol → acetyl CoA amino acid Pyrimidine → fatty acid purine amino acid acetyl CoA → glucose pyruvate → lactic acid
Which is a viable path that a carbon atom could take as it moves through metabolic pathways in a cell? Amino acid → purine → DNA → purine → amino acid → acetyl CoA –→ fatty acid triglyceride Amino acid acetyl CoA → ► purine pyrimidine glycerol fatty acid → lactic acid → glucose Glucose → glycerol → triglyceride fatty acid → purine - → DNA → pyrimidine → amino acid Fatty acid → amino acid pyrimidine → purine → glucose glycerol → acetyl CoA amino acid Pyrimidine → fatty acid purine amino acid acetyl CoA → glucose pyruvate → lactic acid
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:**Question:**
Which is a viable path that a carbon atom could take as it moves through metabolic pathways in a cell?
**Options:**
1. Amino acid → purine → DNA → purine → amino acid → acetyl CoA → fatty acid → triglyceride
2. Amino acid → acetyl CoA → purine → pyrimidine → glycerol → fatty acid → lactic acid → glucose
3. Glucose → glycerol → triglyceride → fatty acid → purine → DNA → pyrimidine → amino acid
4. Fatty acid → amino acid → pyrimidine → purine → glucose → glycerol → acetyl CoA → amino acid
5. Pyrimidine → fatty acid → purine → amino acid → acetyl CoA → glucose → pyruvate → lactic acid
The options provide different metabolic pathways, highlighting the transitions a carbon atom can undergo in cellular metabolism. Each pathway includes a series of biochemical transformations starting and ending with various biomolecules.
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