MCQ Book Questions

Q51700. In DNA replication the enzyme required in the first step is

Q51701. The smallest unit of DNA capable of cod- ing for the synthesis of a polypeptide is

Q51702. Termination of the synthesis of the RNA molecule is signaled by a sequence in the template strand of the DNA molecule, a signal that is recognized by a termination protein, the

Q51703. After termination of the synthesis of RNA molecule, the core enzymes separate from the DNA template. The core enzymes then recognize a promoter at which the syn- thesis of a new RNA molecule commenc- es, with the assistance of

Q51704. In the process of transcription in bacterial cells

Q51705. The correct statement concerning RNA and DNA polymerases is

Q51706. The eukaryotic nuclear chromosomal DNA

Q51707. The function of a repressor protein in an operon system is to prevent synthesis by binding to

Q51708. All pribnow boxes are variants of the sequence:

Q51709. 5’-Terminus of mRNA molecule is capped with

Q51710. The first codon to be translated on mRNA is

Q51711. AUG, the only identified codon for methio- nine is important as

Q51712. In biosynthesis of proteins the chain terminating codons are

Q51713. The formation of initiation complex during protein synthesis requires a factor:

Q51714. The amino terminal of all polypeptide chain at the time of synthesis in E. coli is tagged to the amino acid residue:

Q51715. Initiation of protein synthesis begins with binding of

Q51716. Initiation of protein synthesis requires

Q51717. The enzyme amino acyl tRNA synthetase is involved in

Q51718. In the process of activation of amino acids for protein synthesis, the number of high energy phosphate bond equivalent utilised is

Q51719. In the process of elongation of chain binding of amino acyl tRNA to the A site requires