a. b. C. d. incubating bacteria, previously transformed with orthogonal RNA and orthogonal synthetase, in a medium conta

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A B C D Incubating Bacteria Previously Transformed With Orthogonal Rna And Orthogonal Synthetase In A Medium Conta 1 (73.58 KiB) Viewed 101 times

a. b. C. d. incubating bacteria, previously transformed with orthogonal RNA and orthogonal synthetase, in a medium containing non-conventional amino acids transforming bacteria with liposomes containing non-conventional amino acids e. 2. Enzymes in reverse micelles might show increased activity due to low water content thereby increasing stability All of the answers encapsulation that limits autolysis d. restricted mobility thereby preventing unfolding PROPN a. b. C. 3. In a Fluorous biphasic system, theis dissolved in a fluorous solvent (or used as a suspension) while the is dissolved in an organic solvent. The fluorous and organic phases form an homogenous mixture upon heating and after the reaction has taken place, cooling the system easily separates phases. ionic liquid; empty reverse micelle empty reverse micelle; substrate substrate; enzyme enzyme; substrate a. b. C. d. a. b. nano C. 1. Enzyme engineering has led to improved enzymatic activity by using non-conventional amino acids. These amino acids are incorporated into the protein sequence by: incubating bacteria in a medium containing non-conventional amino acids transforming bacteria with orthogonal tRNA and orthogonal synthetase It is not possible to introduce non-conventional amino acids into a protein d. e. b. C. d. e. 4. Laccases in fungi, bacteria and algae are used for? Lignin synthesis Lignin degradation Decoloring Bleaching All of the answers 5. Reactions catalyzed by alcohol and aldehyde dehydrogenases consume NAD(P) + cofactor which can be recycled back by adding: Engate reductase (ERED) none of the answers Baeyer Villiger monooxygenase (BVMO) all of the answers NAD(P)H oxidase