Identify the metabolic pathway or reaction based on the products produced. 4ATP + 4 Hydrogen ions: 24 Hydrogen ions: 1ATP + 8 Hydrogen ions: 4 Hydrogen ions:
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Q: Identify the metabolic pathway or reaction based on the products produced. 4ATP +4 Hydrogen ions...…
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Q: Define about Drosha enzyme ?
A: RNA is a type of nucleic acid present in the cells.
Identify the
4ATP + 4 Hydrogen ions:
24 Hydrogen ions:
1ATP + 8 Hydrogen ions:
4 Hydrogen ions:
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Solved in 2 steps
- Complete the interrelated pathways by providing the neccesary metabolite, enzyme, reaction or metabolic pathway. Use abbreviations/acronyms (except for coenzyme)Give the systematic names and the first three digits in the E.C. classifications of the enzymes catalysing the following reactions:Identify the redox reactions involved in nucleic acid metabolism. Explain microscopically
- With appropriate chemical structures, explain the mechanism (mode-of-action) of fluoroacetate poisoning? Example: Step 1: Fluoroacetate is converted to Product “A”. This reaction is catalyzed by Enzyme __________________________ Structures of fluoroacetate and the product “A”. Name of Enzyme. Step 2: Product “A” from Step 1 is converted to Product “B.” Catalyzed by enzyme 2. Structure of Product B and name of Enzyme 2. etc.Illustrate the mechanism of hydrolytic and oxidative rancidity. Do not forget to label the important components of the reaction.Describe the cause and significance of metabolicsyndrome.
- Give a complete and well descriptive definition of the following:1.1 Fractional saturation1.2Allostery1.3 Metal activated enzymes 1.4 Metalloenzymes1.5 Acid-base catalysisidentify the enzyme needed in each of the following reactions as an isomerase, decarboxylase, dehydrogenase, protease, or a phosphatase.An example of using enzymes as reagents in the clinical laboratory is: The hexokinase glucose method, The diacetyl monoxine blood urea nitrogen (BUN) method, The alkaline picrate creatinine method, The biuret total protein method?
- Explain the importance of optimum pH in the use of enzymes.Indicate whether each of the following statements about enzyme terminology is TRUE or FALSE. All conjugated enzymes contain a cofactor. An apoenzyme has both a protein and nonprotein part. Metal ions cannot be present in a cofactor. An apoenzyme is present in all holoenzymes. Simple enzymes cannot contain cofactors. A holoenzyme has both a protein and nonprotein part. Metal atoms are present in all conjugated proteins. A cofactor is present in some, but not all, conjugated enzymes.Write the reactions for the preparative phase of glycolysis. Use structural formulas, name all enzymes and cofactors, and indicate whether the reaction is readily reversible or not reversible.