Classify each metabolic reaction as an oxidation-reduction reaction, isomerization reaction, or group transfer reaction.
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Are these correct? And what category would the last reaction belong to and why? Thank you!
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- For each pair of biomolecules, identify the type of reaction (oxidation‑reduction, hydrolysis, isomerization, group transfer, or internal rearrangement) required to convert the first molecule to the second. In each case, indicate the general type of enzyme and cofactor(s) or reactants required, and any other products that would result. A(n) (hydrolysis, oxidation reduction, group transfer, isomerization, internal rearrangment) reaction converts glucose to fructose. This reaction is catalyzed by a(n) (dehydrogenase, isomerase, kinase, phosphatase).For each pair of biomolecules, identify the type of reaction (oxidation‑reduction, hydrolysis, isomerization, group transfer, or internal rearrangement) required to convert the first molecule to the second. In each case, indicate the general type of enzyme and cofactor(s) or reactants required, and any other products that would result A(n) (hydrolysis, oxidation reduction, group transfer, isomerization, internal rearrangment) reaction converts glycerol to dihydroxyacetone. This reaction requires (NADH and a dehydrogenase, NADH and a phosphatase, NAD+ and a dehydrogenase, NAD+ and a phosphatase) and also produces (NAD+ and H+, NAD+ and H2O, NADH and H+, NADH and H2O).For each pair of biomolecules, identify the type of reaction (oxidation‑reduction, hydrolysis, isomerization, group transfer, or internal rearrangement) required to convert the first molecule to the second. In each case, indicate the general type of enzyme and cofactor(s) or reactants required, and any other products that would result. A(n) (hydrolysis, oxidation reduction, group transfer, isomerization, internal rearrangment) reaction converts glycerol to glycerol 3‑phosphate. This reaction requires (ADP and a kinase, ATP and a phosphatase, ATP and a kinase, ADP and a phosphatase).
- For each pair of biomolecules, identify the type of reaction (oxidation‑reduction, hydrolysis, isomerization, group transfer, or internal rearrangement) required to convert the first molecule to the second. In each case, indicate the general type of enzyme and cofactor(s) or reactants required, and any other products that would result A(n) (hydrolysis, oxidation reduction, group transfer, isomerization, internal rearrangment) reaction converts glycylalanine to glycine and alanine. This reaction requires (NAD+ and a peptidase or protease, ADP and a phosphatase, H2O and a phosphatase, H2O and a peptidase or a protease)Match each reaction description to the type of enzyme that catalyzes the reaction. 1. Oxidation and reduction of compounds 2. Transfers a functional group from one compound to another compound 3. Utilizes water to break bonds within a compound 4. Addition/removal of a group of atoms and bonds within a compound 5. Forms a bond between two compounds A. Ligase B. Transferase C. Hydrolase D. Oxidoreductase E. Isomerase F. LyaseA(n) _________ reaction converts glycylalanine to glycine and alanine. This reaction requires __________. Blank 1 options- Oxidation-reduction Hydrolysis Isomerization Group transfer Internal rearrangement Blank 2 options- H2O and apeptidase or a protease H2O and a phosphatase ADP and a phosphatase NAD+ and a peptidase or a protease
- A(n)___________ reaction converts glycerol to dihydroxyacetone. This reaction requires _________ and also produces __________. Blank 1 options- Oxidation-reduction Hydrolysis Isomerization Group transfer Internal rearrangement Blank 2 options- NAD+ and a dehydrogenase NADH and a dehydrogenase NAD+ and a phosphatase NADH and a phosphatase Blank 3 options- NADH and H+ NAD+ and H+ NADH and H2O NAD+ and H2OWhat is the ∆G naught' for a phosphoryl transfer from ATP to glycerol? The hydrolysis of α-glycerophosphate to glycerol and inorganic phosphate has a ∆G naught' of -8.37 kj/mol. ATP + H2O <--> ADP + Pi ∆G naught' = -30.5 kj/mol What is the efficiency of this reaction (i.e. what % of the available energy remains in the system after the reaction)? Express your answer as a % of the total amount of energy available in the system. Where does the rest of the energy go?DRAW IT Using a series of arrows, draw the branched metabolicreaction pathway described by the following statements, andthen answer the question at the end. Use red arrows and minussigns to indicate inhibition.L can form either M or N.M can form O.O can form either P or R.P can form Q.R can form S.O inhibits the reaction of L to form M.Q inhibits the reaction of O to form P.S inhibits the reaction of O to form R.Which reaction would prevail if both Q and S were present inthe cell in high concentrations?(A) L S M(B) M S O(C) L S N(D) O S P
- Using the glycerol-3-phosphate shuttle, determine how many ATP can be produced from one mole of each of the following compounds on complete oxidation?a.) Mannoseb.) Dihydroxyacetone phosphatec.) Citrated.) Malatee.) SuccinateWhich of the following correctly describes the reactions in the β-oxidation cycle? oxidation → cleavage → hydration → oxidation oxidation → hydration → oxidation → cleavage hydration → oxidation → oxidation → cleavage oxidation → oxidation → hydration → cleavageConsider the following chemical equation whose delta(G) = 9kcal/mol: AC + BD ---> AB + CD what are the reactants and what are the products is this reaction spontaneous? How do you know? Is energy released or consumed by this reaction? If an enzyme, which catalyzes this reaction is added, what will happen to delta (G) If this reaction is coupled to another reaction, whose delta(G) is -12 kcal/mol, what will be the net delta(G) value? will the overall reaction be spontaneous