Draw and explain the round in the degradation of palmitate
Cuspareine is a quinoline alkaloid. Draw the product for Hofmann degradation and Emde degradation
explain the importance of protein degradation, and outline the essential pathway for cytosolic protein degradation.
10. State 4 major differences between fatty acid synthesis and fatty acid degradation. (16 points) a. b. d. 10, Write an equation for the complete oxidation of palmitate. Using the products from the stoichiometric equation, calculate the ATP yield. (20 pts) 10. State 4 major differences between fatty acid synthesis and fatty acid degradation. (16 points) a. b. d. 10, Write an equation for the complete oxidation of palmitate. Using the products from the stoichiometric equation, calculate the ATP yield....
Explain four ways your lifestyle could be contributing to the degradation of this biome. Explain four changes you could make in order to reduce your contribution to this degradation.
Incubation of RNA in high pH solutions results in degradation of the RNA molecule. Draw the reaction mechanism of this alkaline hydrolysis process of RNA.
An experimenter studying the oxidation of fatty acids in extracts of liver found that when palmitate (16:0) was provided as substrate, it was completely oxidized to CO2. However, when undecanoic acid (11:0) was added as substrate, incomplete oxidation occurred unless he bubbled CO2 through the reaction mixture. The addition of the protein avidin, which binds tightly to biotin, prevented the complete oxidation of undecanoic acid even in the presence of CO2, although it had no effect on palmitate oxidation. Explain...
Draw the expected Edman degradation product (a PTH derivative) of Lys-Gly-Met-Ala after one cycle. What is the peptide obtained after this cycle?
1. Explain why polymers are stronger when they contain crosslinking. 2. Explain how your polymer degradation observations relate to the properties of your polymer.
Draw the structure of the phenylthiohydantoin product you would obtain by Edman degradation of these peptides. Show the configuration of the chirality center on the heterocycle. a) H-Ile-Leu-Pro-Phe-OH b) H-Asn-Thr-Ser-Gly-Ala-OH Please answer both A and B
Can you please explain in detail heme degradation and explain in detail DNA repair mechanisms. It is really important to me. I will be forever grateful. And if I may ask you one thing if you copy from the internet please put the citations, or links. Thank you in advance!!!