Q.28 In bacteria, the σ factor that plays a major role in transcription during thestationary phase is(A) σ70(B) σ54(C) σ28(D) σ32 σ32 is the sigma factor that plays a major […]
Q. 27 In the electron transport chain, flavin mononucleotide (FMN) can adopt ______as the highest oxidation state and is capable of accepting or donating _____electrons, respectively.(A) 2; 2 or 3(B) […]
Q.26 The net equation for aerobic glycolysis is(A) Glucose+2ATP 2 lactate+2ADP+2Pi(B) Glucose+2ADP+2Pi+2NAD+ 2 pyruvate+2ATP+2NADH+2H2O+4H+(C) Glucose+2ADP+2Pi 2 pyruvate+2ATP+2H2O(D) Glucose+2ADP+2Pi+2NAD+ 2 lactate+2ATP+2NADH+2H2O+4H+ The correct net equation for aerobic glycolysis is: Glucose + […]
Q.25 For an enzyme following Michaelis–Menten kinetics, when [S]=KM then, thevelocity v is([S] is substrate concentration, KM is Michaelis constant, Vmax is maximalvelocity)(A) [S] × Vmax(B) 0.75 × Vmax(C) 0.5 […]
Q.24 In a honey bee population, the workers are infertile but protect the queen fromintruders and help in reproduction. This is an example of(A) K selection(B) Sexual selection(C) Kin selection(D) […]
Q.22 The stationary phase of cation–exchange chromatography can be(A) DEAE–cellulose(B) CM–cellulose(C) Sephadex G–50(D) Heparin–Sepharose Cation-Exchange Chromatography Stationary Phase: CSIR NET Solved Question The correct answer to the question “The stationary […]
Q.21 DNA gyrase can(A) cut single–stranded DNA(B) relax supercoiled DNA(C) introduce negative supercoiling in DNA(D) not utilize ATP DNA gyrase, a type II topoisomerase found in bacteria, primarily introduces negative […]
Q.20 The major product formed in the given reaction is The major product of this reaction is the tert‑butyl‑substituted cyclopentyl aldehyde, i.e. option (D). The mechanism proceeds through diazotization of the […]