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Refer to the Figure Below

Question 109

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Refer to the figure below. Refer to the figure below.   Which sequence of metabolic paths could a carbon atom take to go from a molecule of glucose to a molecule of DNA? A)  Glycolysis <font face= symbol ></font> glycerol biosynthesis <font face= symbol ></font> triglyceride biosynthesis <font face= symbol ></font> fatty acid biosynthesis <font face= symbol ></font> citric acid cycle B)  Glycolysis <font face= symbol ></font> amino acid biosynthesis <font face= symbol ></font> citric acid cycle <font face= symbol ></font> acetyl CoA synthesis <font face= symbol ></font> nucleic acid biosynthesis C)  Glycolysis <font face= symbol ></font> pyruvate oxidation <font face= symbol ></font> citric acid cycle <font face= symbol ></font> amino acid biosynthesis <font face= symbol ></font> purine biosynthesis D)  Glycolysis <font face= symbol ></font> amino acid biosynthesis <font face= symbol ></font> protein biosynthesis <font face= symbol ></font> citric acid cycle <font face= symbol ></font> acetyl CoA synthesis E)  Glycolysis <font face= symbol ></font> pyruvate oxidation <font face= symbol ></font> citric acid cycle <font face= symbol ></font> electron transport <font face= symbol ></font> ATP synthesis Which sequence of metabolic paths could a carbon atom take to go from a molecule of glucose to a molecule of DNA?


A) Glycolysis glycerol biosynthesis triglyceride biosynthesis fatty acid biosynthesis citric acid cycle
B) Glycolysis amino acid biosynthesis citric acid cycle acetyl CoA synthesis nucleic acid biosynthesis
C) Glycolysis pyruvate oxidation citric acid cycle amino acid biosynthesis purine biosynthesis
D) Glycolysis amino acid biosynthesis protein biosynthesis citric acid cycle acetyl CoA synthesis
E) Glycolysis pyruvate oxidation citric acid cycle electron transport ATP synthesis

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