Information flow or central dogma of modern biology is

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5.Molecular Basis of Inheritance

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Information flow or central dogma of modern biology is

$RNA - - Proteins - -> DNA$

$\mathrm{DNA} \rightarrow \mathrm{RNA}->\mathrm{RNA}$

$RNA - - $>$ DNA - - Proteins$

$DNA - - RNA - $>$ Proteins$

Solution

Central dogma term was proposed by Crick $(1958)$. It proposes unidirectional or one way flow of information from $DNA$ to $RNA$ and then to protein (polypeptide).

Standard 12

Biology

If $A$ and $C$ make $30\,\%$ and $20\,\%$ of $DNA$, respectively, what will be the percentage composition of $T$ and $G$ ?

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(NEET-2022)

Nucleotides are building blocks of nucleic acids. Each nucleotide is a composite molecule formed by

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(AIPMT-2005)

Which amino acids are present in histones

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What is the type of coiling in $DNA$

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Assertion : In a $DNA$ molecule, $A-T$ rich parts melt before $G-C$ rich parts.

Reason : In between $A$ and $T$ there are three $H-$ bond, whereas in between $G$ and $C$ there are two $H-$ bonds.

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(AIIMS-2010)

Information flow or central dogma of modern biology is

Solution

Similar Questions

If $A$ and $C$ make $30\,\%$ and $20\,\%$ of $DNA$, respectively, what will be the percentage composition of $T$ and $G$ ?

Nucleotides are building blocks of nucleic acids. Each nucleotide is a composite molecule formed by

Which amino acids are present in histones

What is the type of coiling in $DNA$

Assertion : In a $DNA$ molecule, $A-T$ rich parts melt before $G-C$ rich parts. Reason : In between $A$ and $T$ there are three $H-$ bond, whereas in between $G$ and $C$ there are two $H-$ bonds.

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Assertion : In a $DNA$ molecule, $A-T$ rich parts melt before $G-C$ rich parts.

Reason : In between $A$ and $T$ there are three $H-$ bond, whereas in between $G$ and $C$ there are two $H-$ bonds.