If the sequence of one strand of $DNA$ is $5^{\prime}$ $A T G C A T C G 3'$ , find the sequence of complementary strand in $5^{\prime} \rightarrow 3^{'}$ direction
If the sequence of one strand of $DNA$ is $5^{\prime}$ $A T G C A T C G 3'$ , find the sequence of complementary strand in $5^{\prime} \rightarrow 3^{'}$ direction
- A
$T \;A \;C \;G \;T\;A \;G\;C$
- B
$C\; G \;A \;T \;G\; C \;A\; T$
- C
$A\; T\; G\; C \;A \;T \;C\; G$
- D
$A\; T\; C\; G\; T\; A\; C\; G$
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The diagram shows an important concept in the genetic implication of $DNA$. Fill in the blanks $A$ to $C$.
The diagram shows an important concept in the genetic implication of $DNA$. Fill in the blanks $A$ to $C$.
- [NEET 2013]
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- [AIPMT 2010]
What would happen if histones were to be mutated and made rich in acidic amino acids such as aspartic acid and glutamic acid in place of basic amino acids such as lysine and arginine?
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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.
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.
- [AIIMS 2015]