18. Glycolytic pathway is from glycose to to , then to _to to _ finally to
All amino acids can be synthesized from intermediates of the: A- the glycolytic pathway, the pentose phosphate pathway and citric acid cycle. B- citric acid cycle alone. C- the glycolytic pathway and citric acid cycle. D- glycolytic pathway and the pentose phosphate pathway.
Drag and drop each pathway descriptor to distinguish the glycolytic pathways below, then characterize each pathway by aligning with the statement that connects it to another. Pentose-phosphate 6-phosphogluconate is decarboxylated and several intermediates enter the Embden-Meyerhof pathway Glyceraldehyde-3-P from all three glycolytic pathways can be further oxidized to pyruvate by the enzymes of this pathway Entner-Doudorof Embden-Meyerhof The glyceraldehyde-3-P produced via 6- phosphogluconate is further oxidized by the Embden-Meyerhof pathway NAD MADRE NAPA 26 phosphapluche - be Glucose - АТР...
For each step of the glycolytic pathway, identify the enzyme mechanism(s) used for catalysis and any cofactors required.
8. Below is a schematic of the glycolytic pathway. HOW would you
identify WHICH reaction(s) was or was not RATE Limiting? WHAT DATA
do you NEED to KNOW ?????
Review the glycolytic pathway and determine the number of NADH
molecules produced when one glucose molecule is oxidized to
pyruvate. Determine the number of electrons produced in the same
reaction. Do the same for the oxidation of pyruvate to acetyl
CoA.
Review the glycolytic pathway and determine the number of NADH molecules produced when one glucose molecule is oxidized to pyruvate. Determine the number of electrons produced in the same reaction. Do the same for the oxidation of pyruvate to...
How does type I and type II diabetes affect the glycolytic pathway and what other pathways are used in each type instead?
86. All activities begin in which energy pathway? A ATP/CP B. Oxidative C. Glycolytic D. Aerobic
2. Know what you know about the glycolytic pathway and the allosteric regulatory function of PFK would each molecule listed below speed up or slow down glycolysis. Explain your thought for each one. • High levels of AMP • High levels of ATP • High levels of Pi
2. Consider the following portion of the glycolytic pathway catalysed by the enzymes (E1- E6) above the arrows. Which intermediate(s) (intermediates I -V) will be the substrates for the reactions that produce ATP? PO32- H2 E1 E2 EA 2 E5 E6 V. CH2OH CH20H (a) II only (b) IV only (c) I, IV I (d) II, IV (e) III, IV
6. A yeast variant was discovered that had a shorter glycolytic pathway. This "mutant" yeast made a novel enzyme that catalyzed the following reaction: Glyceraldehyde-3-phosphate + H2 + NAD → 3-phosphoglycerate + NADH+H* A. Would you expect this novel yeast strain to grow well under anaerobic conditions using glucose as a carbon source? Explain. B. Would you expect this novel yeast strain to grow well under aerobic conditions using glucose as a carbon source? Explain.