Dimethoate is a commonly used agrochemical. However, chronic exposure to it can cause an individual to develop hyper-ß-alaninemia (i.e., excessive alanine) in the muscles. Would hyper-ß-alaninemia impact glycolysis? O Yes, pyruvate kinase would be suppressed as a consequence of hyper-B-alaninemia. Yes, glucokinase would be suppressed as a consequence of hyper-ß-alaninemia. No, hyper-ß-alaninemia would not impact glycolysis. Yes, hexokinase would be suppressed as a consequence of hyper-ß-alaninemia. O Yes, phosphofructokinase would be suppressed as a consequence of hyper-B-alaninemia.
Dimethoate is a commonly used agrochemical. However, chronic exposure to it can cause an individual to develop hyper-ß-alaninemia (i.e., excessive alanine) in the muscles. Would hyper-ß-alaninemia impact glycolysis? O Yes, pyruvate kinase would be suppressed as a consequence of hyper-B-alaninemia. Yes, glucokinase would be suppressed as a consequence of hyper-ß-alaninemia. No, hyper-ß-alaninemia would not impact glycolysis. Yes, hexokinase would be suppressed as a consequence of hyper-ß-alaninemia. O Yes, phosphofructokinase would be suppressed as a consequence of hyper-B-alaninemia.
Biochemistry
6th Edition
ISBN:9781305577206
Author:Reginald H. Garrett, Charles M. Grisham
Publisher:Reginald H. Garrett, Charles M. Grisham
Chapter27: Metabolic Integration And Organ Specialization
Section: Chapter Questions
Problem 17P
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![Dimethoate is a commonly used agrochemical. However, chronic exposure to it can cause
an individual to develop hyper-ß-alaninemia (i.e., excessive alanine) in the muscles. Would
hyper-ß-alaninemia impact glycolysis?
O Yes, pyruvate kinase would be suppressed as a consequence of hyper-ß-alaninemia.
Yes, glucokinase would be suppressed as a consequence of hyper-ß-alaninemia.
No, hyper-ß-alaninemia would not impact glycolysis.
Yes, hexokinase would be suppressed as a consequence of hyper-ß-alaninemia.
O Yes, phosphofructokinase would be suppressed as a consequence of hyper-ß-alaninemia.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F790403c6-3ff1-4e96-a049-b154822a3275%2F3fbc31c2-1101-4a97-8a34-c2e0a9413197%2Fcmlo8f_processed.png&w=3840&q=75)
Transcribed Image Text:Dimethoate is a commonly used agrochemical. However, chronic exposure to it can cause
an individual to develop hyper-ß-alaninemia (i.e., excessive alanine) in the muscles. Would
hyper-ß-alaninemia impact glycolysis?
O Yes, pyruvate kinase would be suppressed as a consequence of hyper-ß-alaninemia.
Yes, glucokinase would be suppressed as a consequence of hyper-ß-alaninemia.
No, hyper-ß-alaninemia would not impact glycolysis.
Yes, hexokinase would be suppressed as a consequence of hyper-ß-alaninemia.
O Yes, phosphofructokinase would be suppressed as a consequence of hyper-ß-alaninemia.
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