$DNA$ polymerase enzyme is responsible for the synthesis of
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Similar Questions
- 1Consider the followingView Solution
1.Structural gene
2.Messenger $RNA$
3.Ribosomes
4.Transcription
5.Translation
Which of the following is the correct sequence for protein synthesis
- 2One strand of the given segment of $DNA$ codes for $mRNA$ having the sequence $AUC, GCG, UCA$ needed for synthesis of proteins. The strand by which $DNA$ molecule will be responsible for the above $mRNA$ sequence isView Solution
- 3Variable number of tandem repeats $(VTNRs)$ in the $DNA$ molecule are highly useful in:View Solution
- 4Which one of the following is not applicableto $RNA$ ?View Solution
- 5Replication of $DNA$ is inView Solution
- 6Arrange the various steps of $DNA$ fingerprinting technique in the correct orderView Solution
$(I)$ Separation of $DNA$ fragment by electrophoresis.
$(II)$ Digestion of $DNA$ by restriction endonucleases.
$(III)$ Hybridization using labeled $VNTR$ probe
$(IV)$ Isolation of $DNA$.
$(V)$ Detection of hybridized $DNA$ fragments by autoradiography.
$(VI)$ Transferring of separated $DNA$ fragment to synthetic membranes.
- 7In $DNA$ if $10\%$ guanine is present, how much thymine is presentView Solution
- 8View Solution'Operon model' for gene regulation in bacteria was proposed by
- 9Assertion : Replication and transcription occur in the nucleus but translation in the cytoplasm.View Solution
Reason : $m-RNA$ is transferred from the nucleus into the cytoplasm where ribosomes and amino acids are available for protein synthesis.
- 10Match List $I$ with List $II$:Choose the correct answer from the options given below :View Solution
List $I$ List $II$ $A$ $RNA$ polymerase $III$ $I$ snRNPs $B$ hline Termination of transcription $II$ Promotor $C$ Splicing of Exons $III$ Rho factor $D$ $TATA$ box $IV$ SnRNAs, tRNA