Post Type for Questions and Answers
Somatic cell gene transfer is used for P. transgenic animal production Q. transgenic diploid cell production R. classical breeding of farm animals S. in-vitro fertilization (A) P, R and S (B) P, Q and R (C) P and R (D) P only
Accession number is a unique identification assigned to a (A) single database entry for DNA/Protein (B) single database entry for DNA only (C) single database entry for Protein only (D) multiple database entry for DNA/Protein
Expressed Sequence Tag is defined as (A) a partial sequence of a codon randomly selected from cDNA library (B) the characteristic gene expressed in the cell (C) the protein coding DNA sequence of a gene (D) uncharacterized fragment of DNA present in the cell
In a chemostat operating under steady state, a bacterial culture can be grown at a dilution rate higher than maximum growth rate by (A) partial cell recycling (B) using sub-optimal temperature (C) pH cycling (D) substrate feed rate cycling
During lactic acid fermentation, net yield of ATP and NADH per mole of glucose is (A) 2 ATP and 2 NADH (B) 2 ATP and 0 NADH (C) 4 ATP and 2 NADH (D) 4 ATP and 0 NADH
Identify the enzyme that catalyzes the following reaction: α-Ketoglutarate + NADH + NH4+ + H+ → Glutamate + NAD+ + H2O (A) Glutamate synthetase (B) Glutamate oxoglutarate aminotransferase (C) Glutamate dehydrogenase (D) α-ketoglutarate deaminase
The degree of inhibition for an enzyme-catalyzed reaction at a particular inhibitor concentration is independent of the initial substrate concentration. The inhibition follows (A) competitive inhibition (B) mixed inhibition (C) un-competitive inhibition (D) non-competitive inhibition
Oxidation-reduction reactions with positive standard redox potential (E⁰’) have (A) positive ΔG⁰ (B) negative ΔG⁰ (C) positive ΔE⁰’ (D) negative ΔE⁰’
Nuclease-hypersensitive sites in the chromosomes are sites that appear to be (A) H2 and H4 histone free (B) H1 and H2 histone free (C) H3 and H4 histone free (D) Nucleosome free
The formation of peptide cross-links between adjacent glycan chains in cell wall synthesis is called (A) Transglycosylation (B) Autoglycosylation (C) Autopeptidation (D) Transpeptidation