TRANSCRIPTION#!#TRANSLATION

Molecular Basis OF Inheritance : Transcription, Transcriptional Unit Mechanism in Prokaryotes and Eukaryotes, Genetic Code, Different Types OF RNA (m-RNA r-RNA and t-RNA) ,Translation, Regulation OF Gene Expression, Operon Concept,

DNA Replication|Transcription Unit|Monocistronic And Polycistronic mRNA|Types Of RNA|Genetic Code-History|Translation Unit|Charging Of tRNA|LAC Operon|Satellite DNA|DNA Fingerprinting

Translation Unit|Charging Of tRNA|Translation-Initiation |Elongation |Termination |Translation |Replication |Transcription |Frame Shift Mutation

The sequence of nucleotide on coding strand of DNA is GTGTTTATGTAA by transcription and translation it produce a polypeptide chain.What is sequence of amino acid in this polypeptide chain.

Read the following statements and choose the correct opton. I. RNA polymerase associates transiently with 'Rho' factor to initiate transcription. II. In bacteria, transcription and translation takes place in the same compartment. III. RNA polymerase I is responsible for transcription of t-RNA. IV. When hn-RNA undergoes capping process, adenylate residues are added at 3' end in a template indepedent manner. V. h-RNA is the precursor of m-RNA.

The process of formation of m-RNA from DNA is called translation/transcription.

Transcription |Transcription Unit|Transcription Process|Transcription In Eukaryotes|Monocistronic And Polycistronic MRNA

Statement A : The primary transcript produced in eukaryotic is translated without undergoing any modification or processing. Statement B: The hn-RNA in humans has exons and introns.

Match the following columns. {:("Column I", "Column II"), ("(A) Translation Termination", "(1) Aminoacyl tRNA synthatase"), ("(B) Translation", "(2) Okazaki fragments"), ("(C) Transcription", "(3) GTP dependent release factor"), ("(D) DNA replication", "(4) RNA polymerase"):}