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Question

(A) The correct matching is as follows:$(a)$ Exon: These are the coding sequences in a gene that appear in mature $RNA$. Hence,$(a-II)$.$(b)$ Intron:

Vedclass · Accepted Answer

$a-II, b-I, c-IV, d-III$

Vedclass · Answer

(A) The correct matching is as follows:$(a)$ Exon: These are the coding sequences in a gene that appear in mature $RNA$. Hence,$(a-II)$.$(b)$ Intron: These are the non-coding sequences that are removed during $RNA$ splicing. Hence,$(b-I)$.$(c)$ Genetic code: The deciphering of the genetic code was significantly contributed to by Nirenberg,Khorana,and Matthaei. Hence,$(c-IV)$.$(d)$ $DNA$ packaging: $DNA$ is packaged into structures called nucleosomes in eukaryotes. Hence,$(d-III)$.Therefore,the correct sequence is $a-II, b-I, c-IV, d-III$.

Column-$I$	Column-$II$
$(a)$ Exon	$(I)$ Non-coding sequence
$(b)$ Intron	$(II)$ Coding sequence
$(c)$ Genetic code	$(III)$ Nucleosome
$(d)$ $DNA$ packaging	$(IV)$ Nirenberg,Khorana and Matthaei

Column-$I$	Column-$II$
$(a)$ Splicing	$(1)$ Lac Operon
$(b)$ Okazaki fragments	$(2)$ Lagging strands
$(c)$ Jacob and Monod	$(3)$ Lactose
$(d)$ Inducer	$(4)$ Removal of introns

Match the following columns:

Column-$I$ Column-$II$

$(a)$ Exon $(I)$ Non-coding sequence

$(b)$ Intron $(II)$ Coding sequence

$(c)$ Genetic code $(III)$ Nucleosome

$(d)$ $DNA$ packaging $(IV)$ Nirenberg,Khorana and Matthaei

Similar Questions

Match the columns.
Column-$I$ Column-$II$
$(a)$ Splicing $(1)$ Lac Operon
$(b)$ Okazaki fragments $(2)$ Lagging strands
$(c)$ Jacob and Monod $(3)$ Lactose
$(d)$ Inducer $(4)$ Removal of introns

The clover leaf model of $tRNA$ consists of:

After a mutation at a genetic locus,the character of an organism changes due to the change in:

The complete flow chart of the Central Dogma is:

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Match the following columns: Column-$I$ Column-$II$ $(a)$ Exon $(I)$ Non-coding sequence $(b)$ Intron $(II)$ Coding sequence $(c)$ Genetic code $(III)$ Nucleosome $(d)$ $DNA$ packaging $(IV)$ Nirenberg,Khorana and Matthaei