Distinguish between: m-RNA and t-RNA. | vedclass

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(N/A)       $m-RNA$    $t-RNA$        $(1)$ It carries the genetic information for protein synthesis from the nucleus to the cytoplasm.    $(1)$ It bi

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(N/A)       $m-RNA$    $t-RNA$        $(1)$ It carries the genetic information for protein synthesis from the nucleus to the cytoplasm.    $(1)$ It binds to specific amino acids and transports them to the ribosome surface.        $(2)$ Numerous $m-RNA$ units are active in the cell at different times based on gene expression.    $(2)$ There are $61$ types of $t-RNA$ possible for transporting $20$ types of amino acids (corresponding to $61$ codons).        $(3)$ $m-RNA$ undergoes degradation after completing its function.    $(3)$ $t-RNA$ molecules are generally stable and do not undergo degradation easily.        $(4)$ The sequence of nucleotides in $m-RNA$ determines the sequence and position of amino acids in the protein structure.    $(4)$ Each $t-RNA$ carries a specific type of amino acid unit.

Column $I$	Column $II$
$(a)$ $m-RNA$	$(i)$ Found in ribosomes
$(b)$ $t-RNA$	$(ii)$ Carries information from $DNA$ to the cytoplasm for protein synthesis
$(c)$ $r-RNA$	$(iii)$ Contains $75$ nucleotides
$(d)$ $RNA$	$(iv)$ $A$ polynucleotide chain containing ribose sugar and uracil base,existing in three types

List-$I$	List-$II$
$(a)$ Helicase	$(i)$ $DNA$-dependent $DNA$ synthesis
$(b)$ Ribonuclease	$(ii)$ Digestion of $RNA$
$(c)$ Reverse transcriptase	$(iii)$ Breaking hydrogen bonds between $DNA$ strands
$(d)$ $DNA$ polymerase	$(iv)$ $RNA$-dependent $DNA$ synthesis

Distinguish between: $m-RNA$ and $t-RNA$.

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$m-RNA$	$t-RNA$
$(1)$ It carries the genetic information for protein synthesis from the nucleus to the cytoplasm.	$(1)$ It binds to specific amino acids and transports them to the ribosome surface.
$(2)$ Numerous $m-RNA$ units are active in the cell at different times based on gene expression.	$(2)$ There are $61$ types of $t-RNA$ possible for transporting $20$ types of amino acids (corresponding to $61$ codons).
$(3)$ $m-RNA$ undergoes degradation after completing its function.	$(3)$ $t-RNA$ molecules are generally stable and do not undergo degradation easily.
$(4)$ The sequence of nucleotides in $m-RNA$ determines the sequence and position of amino acids in the protein structure.	$(4)$ Each $t-RNA$ carries a specific type of amino acid unit.