Explain why Pi (inorganic phosphate) is absolutely required for i) glycolysis to proceed and (ii) describe...
Explain why Pi (inorganic phosphate) is absolutely required for i) glycolysis to proceed and (ii) describe energetic consequences of missing Pi in glycolysis. Be specific about steps of chemical reactions and/or product involved in glycolysis.
Homework Answers
Pi or inorganic phosphate is an essential substrate in a glycolytic reaction that catalyzed by a glyceraldehyde 3-phosphate dehydrogenase.
Glyceraldehyde-3-phosphate + NAD+ + Pi 
1,3-Bisphosphoglycerate + NADH
Primary phosphate is an essential substance to complete glycolytic pathway. Inorganic or primary phosphate, rather than ATP, provides the source of the phosphoryl group and it's absence may affect the formation of high energy phosphate bond in 1,3-Bisphosphoglycerate in glycolysis.
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Explain why Pi (inorganic phosphate) is absolutely required for
i) glycolysis to proceed and (ii) describe...
Please explain why only II will proceed. I am having difficulties understanding these questions, thank you! A16 Which o...
Please explain why only II will proceed. I am having
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Explain why dimethyl maleate is converted in high yield to
dimethyl fumarate under the conditions you used. Use thermodynamic
and kinetic arguments to justify your answer.
How does the reaction preformed relate to the isomerization of
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Please explain why only II will proceed. I am having
difficulties understanding these questions, thank you!
A16 Which of the following reactions would proceed as written? O - T 1. LiAIH4 2. HCI, H20 Me H MeoH Et 1. EtMgBr Me H 2. HCI, H Me OH 1. EtMgBr 2. HCI, H20 Et Me Me OH Me H MeH 1. NaBH4 2. HCI, H,Ó Me OH Tand II. A) B) C) D) E) Tand III. only. Ill only. IV only.
Need the correct answers and explain why they are now
correct
The first phase of gycolysis is called investment phase because a. Glucose accumulates to high levels in cell before glycolysis starts b. NADH is produced as an investment to be used later in the generation of ATP. c. It generates ATP d. NAD+ is regenerated for later use e. Energy is used in two steps to phosphorylate glucose and fructose-6-P Which statement about this reaction is TRUE? a. Pyruvate...
QUESTION 5 This question explores the Calvin cycle in plants. A summary of the three stages of CO, assimilation in photosynthetic organisms is shown below (Fig. 20-31 from the text book). All the reactions of the Calvin cycle in detail are shown on the last page. Only the first three reactions are directly involved in carbon-fxation, assimilation and reduction, to Stage 3: ATP3 Regeneration of (3) Stage 1a Ribulose 1.5 e (GAP). The rest of the pathway results in the...
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Explain why dimethyl maleate is converted in high yield to
dimethyl fumarate under the conditions you used. Use thermodynamic
and kinetic arguments to justify your answer.
How does the reaction preformed relate to the isomerization of
retinal in the human eye (which enables vision).
Primer: A major topic covered in the second half of Organic I is the properties and reactivity of alkenes. This lab experiment will provide you with an opportunity to examine alkene reactivity by conducting an isomerization...
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