differentiate the roles of NAD and NADP in metabolism?
NADH and NADPH are reduced forms of NAD+ and NADP+.
NAD+/NADH participates in catabolic reactions, reactions that break down molecules to release energy. One of the example is glycolysis and Citric acid cycle.
NADP+/NADPH participates in anabolic reactions, reactions that consume energy in order build up or synthesize larger molecules.
Example: Several reactions in photosynthesis.
Given the roles of NAD+ NADH in oxidation reactions and NADPH- NADP+ reduction reactions, discuss which cofactor is more commonly used in catabolic pathways and which one is in anabolic pathways? What do you expect the intracellular ratios of NAD+/NADH and NADP+/NADPH to be high or low under homeostasis? Explain your answers. Explain the benefits of the Q cycle comparing to direct transfer of electrons from QH2 to two cytochrome c Distinguish substrate-level phosphorylation and oxidative phosphorylation. Provide specific examples...
Question 12 Photosynthesis and Cellular Respiration produce a molecule called NADP+ and NAD+, respectively. What is the purpose of NADP+ and NAD+? a)To collect free electrons and hydrogen ions. b)To drop off free electrons and hydrogen ions c)To make ATP d)To breakdown glucose into smaller and smaller components.
compare and contrast NAD+ and NADP+ how many CO2 molecules are released during the breakdown of 4 glucose molecules ^^glycolysis and cellular respiration
Which is a reduced molecule? Multiple Choice NADP NADPH NAD FADH2 Both NADPH and FADH2 are correct
Going from palmatate to tryptophan, can use
anything.
Palmatate an use as many: ATP NAD NADP Do S oxidation - AND MAKE Tripbphan PIom Palmatate PLp Shas all steps
Palmatate an use as many: ATP NAD NADP Do S oxidation - AND MAKE Tripbphan PIom Palmatate PLp Shas all steps
1 a. NADP, FAD2, and NAD are all examples of co-enzymes. What role do these co-enzymes have in the processes of aerobic cellular respiration and photosynthesis? 1 b. Why are these molecules not classified as enzymes?
Differentiate the roles of the financial counsellor and the financial planner.
Problem 1. Metabolism
Carotenoid-derived compounds such as ionones and pseudoionone
constitute essential aromas in tea, roses, tomato, wine and
tobacco. Pseudoionone is a valuable acyclic intermediate for the
chemical synthesis of ionones. Thus, there has been several
attempts to produce this compound in a heterologous host as shown
below.
In the figure above the enzymes (here shown as gene names) are
given in Italics and chemical compounds in
non-italics.
The figure shows that pseudoionones are produced from the
general terpenoid...
Ethanol metabolism starves the cell of NAD+ and increases the production of reactive oxygen species. What will be the effect on the TCA cycle, PPP, glycogen metabolism, and beta-oxidation?
discuss the metabolism of ethanol with respect to the following: the roles of alcohol and aldehyde dehydrogenase, the rate of alcohol metabolism as a function of blood alcohol levels, and the general mechanism or mechanisms by which acute high-dose and chronic moderate alcohol consumption effect alimination of many other drugs that undergo hepatic metabolism.