Fatty acid synthesis is regulated in 2 ways. What are they, how do they function, and which one contains the "committed step"?
The fatty acid synthesis has certain processes like condensation, reduction dehydration and reduction until 16 carbon chains are formed.
The fatty acid synthesisis the production of fatty acids.
The fatty acid synthasebis responsible fir the release of NADPH and acetyl CoA which is the key factor for the productions of fatty acids.Namely saturated and unsaturated fatty acids are formed. This are straight chained fatty acidsThe branches chain are saturated fatty acids.
It is regulated by two main enzymes like acetyl CoA carboxylase and fatty acid synthase.
In fatty acid synthesis the the acrtyl CoA catalysts the action of Malonyl CoA.After this the four step fatty acid assembling is done which are long chain.
The glycolotic pathway is responsible for formation of fatty acids from acety CoA.This process generally takes place in cytoplasm of a cell.
In fatty acid synthesis the Malonyl coenzyme A formation is considered to the committed step as it cannot be reversed.
Fatty acid synthesis is regulated in 2 ways. What are they, how do they function, and...
The synthesis of ____________ is the first committed step of fatty acid synthesis and the enzyme that catalyzes this reaction,_____________ is the major site of regulation of fatty acid synthesis.
1-Explain how the synthesis of fatty acids is regulated (35 points). 2-Explain how beta-oxidation and fatty acids synthesis are reciprocally regulated (30 points). . 2- Explain how insulin and glucagon regulate lipolysis (35 points).
9. a. Describe the various ways that Acetyl-CoA Carboxylase, the first committed step of fatty acid biosynthesis, is regulated. b. Predict whether this enzyme is likely to be active in the fed state or the fasted state, and provide a rationale for how this activation occurs given your answer to part a.
Need help with both questions, thank you! Question 13 The committed step of fatty acid synthesis is catalyzed by the enzyme acetyl CoA carboxylase. Which of the following accurately describes this enzyme? None of the choices is correct. All of the choices are correct Phosphorylation of the enzyme inhibits its activity. The inhibited enzyme can be stimulated by allosteric regulation of citrate. The dephosphorylated enzyme is active. Question 14 Formation of this molecule is the committed step of fatty acid...
HMG CoA Reductase Catalyzes the first committed step in fatty acid synthesis True or false
2) Use this intermediate in fatty acid synthesis ACP The synthesis of this intermediate required one molecule of malonyl CoA two molecules of malony CoA three molecules of malonyl COA four molecules of malony CoA five molecules of malonyl COA Not listed 7) The molecules shown below are intermediates found in one round of fatty acid synthesis after the condensation step. so ACP ACP Which round of fatty acid synthesis is occurring in the reactions shown? The intermediate above is...
Reaction I is the first committed step in fatty acid synthesis, and reaction II is the first step in the conversion of pyruvate to glucose in gluconeogenesis. Both acetyl-CoA and pyruvate are carboxylated at the expense of ATP. What is the chemical logic behind this energy expenditure in both cases? For full marks, provide your answer with reaction schemes and electron pushing arrows.
1. What prevents fatty acid synthesis and fatty acid degradation from occurring at the same time? 2. Name the function of the following molecules or enzyme. a. bile salts b. carnitine c. acetyl-CoA carboxylase (ACC) 3. Describe the biochemical processes associated with weight loss and weight gain.
1. Describe the reactions in the initiation stage of fatty acid synthesis. 2. Describe the reactions in the elongation stage of fatty acid synthesis. 3. How are fatty acids "activated" 4. Describe how fatty acid chains are desaturated. 5. Describe the reactions which convert glycerol 3-phosphate into phosphatidate. 6. Describe how phosphatidate is converted to a triacylglycerol. 7. Describe the basic pathway of cholesterol synthesis. 8. Describe the basic concept of the ß-oxidation pathway. 9. Describe how fatty acids are...
Which of the following correctly compares fatty acid synthesis and fatty acid oxidation? Select ALL correct statements. Fatty acid synthesis requires reduced electron carriers while fatty acid oxidation requires oxidized electron carriers. Fatty acid synthesis and fatty acid oxidation both include a repeating cycle of reactions at some point during the process. Transport proteins in the mitochondrial membrane are required for fatty acid synthesis but not for fatty acid oxidation. Without metabolic coupling, fatty acid synthesis is an endergonic process...