In the ppp nadph is - Study guides, Class notes & Summaries

The phosphorylation of glucose to make glucose-6-phoshpate in glycolysis consumes ATP, and increases entropy. True or False? False -entropy decreases as order increases Two ways in which carbon can be acquired for biosynthesis include ___________ and ______________. A. Heterotrophy and autotrophy B. Chemotrophy and phototrophy C. Autotrophy and phototrophy D. Lithotrophy and autotrophy A. Heterotrophy and autotrophy -chemo and photo refer to energy tropism ...

Biochemistry Final Exam UNE CHEM 1005 (Weeks 9-15) Questions & Answers Solved 100% Correct!! Control of Fatty Acid Synthesis vs. Oxidation When Insulin is HIGH --> fatty acid synthesis occurs When Glucagon is HIGH --> lipolysis, fatty acid B-oxidation, ketogenesis occur **These never happen at the same time! Lipolysis Process of releasing free fatty acids from triacylglycerols stored in the adipose IN THE FASTED STATE Steps of lipolysis 1) Hormone Sensitive Lipase: activated by...

Biochemistry Final Exam UNE CHEM 1005 (Weeks 9-15) Questions & Answers Solved 100% Correct!! Control of Fatty Acid Synthesis vs. Oxidation When Insulin is HIGH --> fatty acid synthesis occurs When Glucagon is HIGH --> lipolysis, fatty acid B-oxidation, ketogenesis occur **These never happen at the same time! Lipolysis Process of releasing free fatty acids from triacylglycerols stored in the adipose IN THE FASTED STATE Steps of lipolysis 1) Hormone Sensitive Lipase: activated by...

6) (10 pts) S glycolysis and gluconeogenesis. (a) First, consider a scheme that maximizes production of ribose-5-phosphate (R-5-P) via the PPP. Assume that flux through the PPP converts all the G-6-P to R-5-P. Under these conditions, what is the maximum possible yield of R-5-P and NADPH following the addition of 24 nmol of G-6-P to your extract? Show your work. uppose you have a liver cell extract that contains all the enzymes for the pentose phosphate pathway (PPP), Solution The ne...

13.1 Describe the difference between catabolism and anabolism -catabolism: the cellular breakdown of large molecules into smaller molecules, releasing energy -anabolism (biosynthesis): building up of complex biomolecules from smaller precursors 13.2 Review Table 13.1 for how microbes obtain energy. Explain the role of energy carriers ATP, NADH, and FADH2 ATP: carrier and storage of energy NADH: donate e- to the ETS--product of glycolysis and TCA FADH2: donate e- to the ETS--product o...