Category: CUET PG Previous Year Question Papers PDF with Solutions

Q.62 What is true about steroid hormones? A. Steroid hormones bind to specific receptors. B. Steroid hormones bind to DNA to control gene expression. C. Steroid hormones travel to distant […]

Q.61 Given below are two statements: Statement–I: Cyanide results in cellular hypoxia. Statement–II: The tight coupling of electron transport and phosphorylation is uncoupled by cyanide. In the light of the […]

Q.60 Given below are two statements: Statement–I: Ammonia is produced during catabolism of amino acids in muscle cells. Statement–II: In muscle cells, ammonia is converted to urea and then excreted […]

Q.59 Given below are two statements: Statement–I: 146 base pairs of DNA are wrapped around the histone octamer to form a nucleosome. Statement–II: Nucleosomes play important role in gene expression. […]

Q.58 Given below are two statements: Statement–I: Enzymes lower the activation energy of reactions. Statement–II: The presence of an enzyme has no effect on Keq. In the light of the […]

Q.57 Given below are two statements: Statement–I: Weak interactions like hydrogen bonds and salt bridges stabilize protein folding. Statement–II: Protein folding is assisted by chaperones. In the light of the […]

Q.56 Given below are two statements: Statement–I: Mutation in the middle of a gene that creates stop codon is called frameshift mutation. Statement–II: Frameshift mutation can be a point mutation. […]

Q.55 Given below are two statements: Statement–I: Histone acetylation is generally associated with decrease in gene transcription. Statement–II: Acetylation occurs on lysine residues in the N-terminal tails of histones. In […]

Q.54 Arrange the following steps of cell signalling in chronological order: A. Reception B. Generation of signal C. Response D. Transduction Choose the correct answer from the options given below. […]

Q.53 Proteins involved in DNA replication are written below. Arrange them chronologically in terms of function: A. DNA polymerase I B. DNA polymerase III C. Helicase D. Ligase E. Primase […]