Using the word anomeric carbon, “acceptor” nucleophilic substrate, and activated “donor”, describe how Glycosyl transferase's (and glycosidases) catalyze glycan and glycoconjugate formation Please answer asap
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- Using the word anomeric carbon, “acceptor” nucleophilic substrate, and activated “donor”, describe how Glycosyl transferase's (and glycosidases) catalyze glycan and glycoconjugate formationAll coenzymes are cofactors, but not all cofactors are coenzymes. Explain 2-3 sentencesThe 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 primary structure of the enzyme lysozyme compared to its tertiary structure is an example of how _____________ is critical to _____________.The enzyme chymotrypsin, catalyses the hydrolysis of nitrophenyl acetate and pther acyl esters. Name the amino acid residue, the side chain of the residue, and the type of bond/linkage involved in the formation of the acyl-emzyme complex during catalysis.Unbranched homopolymer of N-acetyl glucosamine is : 1.Cellulose 2.Chitin 3.Curcumin 4.Concanavalin A
- What is the mechanism of an enzyme reaction involving a coenzyme for Nucleophilic Addition Rxns? GiveHow to differentiate the following simply by seeing the reaction: a. oxidoreductase b. transferase c. hydrolase d. lyase e. isomerase f. ligaseProvide the general outline of biosynthesis of oxylipins and cite enzyme in each step. ANSWER THIS PLEASE ASAP!!!
- The conversion of succinyl-CoA to succinate produces GTP, which is an example of substrate level phosphorylation. True False JurThe second high energy intermediate metabolite of glycolysis that can be used for substrate level phosphorylation is also a precursor molecule for the synthesis of several amino acids. Name 5 of these amino acids.______________ transfers carnitine from mitochondrial matrix to cytoplasm during the transport of fatty acid to mitochondria. Carnitine acyltransferase I CarnitineacyltransferaseII Transaminase Translocase Citric acid shuttle