$DNA$ consists of two complementary nucleotide chains. If the sequence of nucleotide in one of the chains is $AGCTTCGA$, then the nucleotide sequence in the other chain shall be
$DNA$ consists of two complementary nucleotide chains. If the sequence of nucleotide in one of the chains is $AGCTTCGA$, then the nucleotide sequence in the other chain shall be
- A
$TAGCATAT$
- B
$GATCCTAG$
- C
$TCGAAGCT$
- D
$GCTAAGCT$
Similar Questions
Identify the correct match between the codons and coding functions.
Column $-I$
Column $-II$
$(A) \;AUG$
$(1)$ Phenylalanine
$(B) \;UAA$
$(2)$ Methionine
$(C) \;UUU$
$(3)$ Tryptophan
$(D)\; UGG$
$(4)$ Termination
Identify the correct match between the codons and coding functions.
| Column $-I$ | Column $-II$ |
| $(A) \;AUG$ | $(1)$ Phenylalanine |
| $(B) \;UAA$ | $(2)$ Methionine |
| $(C) \;UUU$ | $(3)$ Tryptophan |
| $(D)\; UGG$ | $(4)$ Termination |
In tertiary structure of $DNA$, what is a histone octamer?
A complex consisting of eight positively charged histone proteins (two of each $H2A, H2B, H3 and H4$) that aid in the packaging of $DNA.$
In tertiary structure of $DNA$, what is a histone octamer?
A complex consisting of eight positively charged histone proteins (two of each $H2A, H2B, H3 and H4$) that aid in the packaging of $DNA.$
When one or more genes are missing from middle part of chromosome, it is called
When one or more genes are missing from middle part of chromosome, it is called
Segments of $mRNA$ removed during splicing are called......
Segments of $mRNA$ removed during splicing are called......
Which type of $RNA$ is most abundant in cell
Which type of $RNA$ is most abundant in cell