To understand the entire glycolytic pathways better, kindly complete the table below Steps Structural Formula Enzyme, activator and coenzyme required Structural formula of the product Is the reaction reversible or irreversible?
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To understand the entire glycolytic pathways better, kindly complete the table below
Steps |
Structural Formula |
Enzyme, activator and coenzyme required |
Structural formula of the product |
Is the reaction reversible or irreversible? |
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- create a detailed flow chart or diagram that will illustrate all the important features of the glycolytic pathway. I want you to place in your flow chart or diagram the following important information like: 1. the reactants and products of each step, 2. enzymes involved in each step, 3. important by-products generated in some steps, 4. type of the reaction of each step, 5. and the outline of the two stages of the pathway. Also, discuss briefly (4 sentences) how Galactose and Fructose enter the glycolytic pathway.Write the ten reactions of the glycolytic pathway, naming all enzymes and providing the structural formulas of their substrates and products.An example of an enzyme-catalyzed reaction proceeding via a transition-state stabilization mechanism is the hydrolysis of peptides by chymotrypsin while, Lysozyme is often cited as an example of an enzyme which operates by strain mechanism. Discuss both mechanisms in the context of each enzyme.
- The uncatalyzed reaction rate for the conversion of substrate X to product Y is one year. The enzyme-catalyzedrate is one millisecond. Describe the features of theenzyme that are probably responsible for this ratedifference.The enzyme that catalyzes reaction below can be classified as: CoO COO NAD+ NADH + H* Но- | malate -C- H-Ć- dehydrogenase Охaloacetate Malate isomerase lyase hydrolase oxidoreductase ligase transferaseComplete the table below for the gluconeogenesis with their corresponding precursor molecule LACTATE Steps Structural Enzyme, Structural Formula activator and formula of Is the reaction reversible or irreversible? of the coenzyme the product substrate required
- The following are coenzymes or cofactors involved in enzymatic reactions. Identify the biochemical role that each plays within a biochemical transformation: Cofactor/Coenzyme Biochemical Role Thiamine pyrophosphate Coenzyme A Adenosine triphosphate Heme Lipoamide TetrahydromethanopterinThe comparison of the active site geometries of chymotrypsin and subtilisin under the assumption that their similarities have catalytic signifi cance has led to greater mechanistic understanding of both these enzymes. Discuss the validity of this strategy.Lactate can be converted into pyruvate by the enzyme lactate dehydrogenase and the coenzyme NAD+. Write the reaction in the standard biochemical format, using a curved arrow to show the involvement of NAD+.
- What are the possivble oxidation product of catalase using H2O2 as the substrate? Explain in 1-3 sentencesWhat glycolytic intermediate does glycogenolysis produce? Explain in brief..Describe the biochemical role of coenzyme Q10 and how supplementation may impact metabolism. Be sure to address the key terms listed below as part of your discussion; you may address additional etiologies as well. coenzyme Q Complex I Complex II Complex III ubiquinone ubiquinol Electron transport chain Oxidative phosphorylation Reactive oxygen species