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(A) The correct answer is $A$.The expression of genetic material occurs normally through the production of proteins. This involves two consecutive ste

Vedclass · Accepted Answer

$A$ - Transcription,$B$ - Translation,$C$ - Francis Crick

Vedclass · Answer

(A) The correct answer is $A$.The expression of genetic material occurs normally through the production of proteins. This involves two consecutive steps: transcription and translation.$1$. Transcription $(A)$: The $DNA$ codes for the production of messenger $RNA$ $(mRNA)$.$2$. Translation $(B)$: The $mRNA$ carries coded information to ribosomes,which read this information and use it for protein synthesis.$3$. Central Dogma $(C)$: $F.H.C.$ Crick described this unidirectional flow of information in $1958$ as the 'central dogma of molecular biology'.

Column $X$	Column $Y$
$(1)$ Chromosome	$(P)$ Genetic code
$(2)$ $m-RNA$	$(Q)$ Gene
$(3)$ $t-RNA$	$(R)$ Ribosome
$(4)$ $r-RNA$	$(S)$ Anticodon

The diagram shows an important concept in the genetic implication of $DNA$. Fill in the blanks $A$ to $C$.

Similar Questions

Segment of $DNA$ which is responsible for inheritance and expression of a particular character is known as

Select the correct match for $X$ and $Y$:
Column $X$ Column $Y$
$(1)$ Chromosome $(P)$ Genetic code
$(2)$ $m-RNA$ $(Q)$ Gene
$(3)$ $t-RNA$ $(R)$ Ribosome
$(4)$ $r-RNA$ $(S)$ Anticodon

The $1$ gene $1$ enzyme relationship was first established in .......... .

'Central Dogma' was proposed by

Explain the Central Dogma in molecular biology.

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