(A) The Central Dogma of molecular biology describes the flow of genetic information within a biological system.$1$. $(a)$ represents Replication,wher

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$(a)-$Replication; $(b)-$Transcription; $(c)-$Translation; $(d)-$Protein

(A) The Central Dogma of molecular biology describes the flow of genetic information within a biological system.$1$. $(a)$ represents Replication,where $DNA$ makes a copy of itself.$2$. $(b)$ represents Transcription,where $DNA$ is used to synthesize $mRNA$.$3$. $(c)$ represents Translation,where $mRNA$ is used to synthesize a polypeptide chain or Protein $(d)$.Therefore,the correct sequence is $(a)-$Replication,$(b)-$Transcription,$(c)-$Translation,$(d)-$Protein.

Class 12 Biology Molecular Basis of Inheritance Mix Example-Molecular Basis of Inheritance

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The complete flow chart of the Central Dogma is:

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A
$(a)-$Replication; $(b)-$Transcription; $(c)-$Translation; $(d)-$Protein
B
$(a)-$Transformation; $(b)-$Replication; $(c)-$Transcription; $(d)-$Translation
C
$(a)-$Replication; $(b)-$Transcription; $(c)-$Transformation; $(d)-$Protein
D
$(a)-$Translation; $(b)-$Transformation; $(c)-$Replication; $(d)-$Protein

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Molecular Basis of Inheritance

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Mix Example-Molecular Basis of Inheritance

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Match the following columns:
Column-$I$ Column-$II$ Column-$III$
$(1) \ 1952$ $(a)$ Watson and Crick $(i)$ Double helix model of $DNA$
$(2) \ 1928$ $(b)$ Friedrich Miescher $(ii)$ Proof that $DNA$ is genetic material
$(3) \ 1869$ $(c)$ Griffith $(iii)$ Nuclein
$(4) \ 1953$ $(d)$ Hershey and Chase $(iv)$ Transforming principle

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$A$ genetic mutation that does not result in a phenotypic expression is called a .....

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

Medium

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Match List-$I$ with List-$II$:

List-$I$ List-$II$

$A$. Monocistronic gene $I$. Coding sequence

$B$. Polycistronic gene $II$. Intervening sequence

$C$. Exons $III$. Mostly prokaryotes

$D$. Introns $IV$. Mostly eukaryotes

List-$I$	List-$II$
$A$. Monocistronic gene	$I$. Coding sequence
$B$. Polycistronic gene	$II$. Intervening sequence
$C$. Exons	$III$. Mostly prokaryotes
$D$. Introns	$IV$. Mostly eukaryotes

Medium

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For protein synthesis,$P$ can directly code,while each nucleotide of $Q$ has a $2'-OH$ group in its sugar. Identify $P$ and $Q$.
$\quad\quad P\quad Q$

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Column-$I$	Column-$II$	Column-$III$
$(1) \ 1952$	$(a)$ Watson and Crick	$(i)$ Double helix model of $DNA$
$(2) \ 1928$	$(b)$ Friedrich Miescher	$(ii)$ Proof that $DNA$ is genetic material
$(3) \ 1869$	$(c)$ Griffith	$(iii)$ Nuclein
$(4) \ 1953$	$(d)$ Hershey and Chase	$(iv)$ Transforming principle

The complete flow chart of the Central Dogma is:

Similar Questions

$A$ genetic mutation that does not result in a phenotypic expression is called a .....

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

Match List-$I$ with List-$II$: List-$I$ List-$II$ $A$. Monocistronic gene $I$. Coding sequence $B$. Polycistronic gene $II$. Intervening sequence $C$. Exons $III$. Mostly prokaryotes $D$. Introns $IV$. Mostly eukaryotes

For protein synthesis,$P$ can directly code,while each nucleotide of $Q$ has a $2'-OH$ group in its sugar. Identify $P$ and $Q$.$\quad\quad P\quad Q$

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Match List-$I$ with List-$II$:

List-$I$ List-$II$

$A$. Monocistronic gene $I$. Coding sequence

$B$. Polycistronic gene $II$. Intervening sequence

$C$. Exons $III$. Mostly prokaryotes

$D$. Introns $IV$. Mostly eukaryotes

For protein synthesis,$P$ can directly code,while each nucleotide of $Q$ has a $2'-OH$ group in its sugar. Identify $P$ and $Q$.
$\quad\quad P\quad Q$