For every single amino acid incorporated in peptide chain$. . . . $ $ATP$ and $. . . . $ $GTP$ molecules are used.
For every single amino acid incorporated in peptide chain$. . . . $ $ATP$ and $. . . . $ $GTP$ molecules are used.
- A
$1, 4$
- B
$1, 6$
- C
$1, 2$
- D
$1, 3$
Similar Questions
Match List $I$ with List $II$.
List $I$
List $II$
$A$. Gene $a$
$I.\; \beta$-galactosidase
$B$. Gene $y$
$II$. Transacetylase
$C$. Gene $i$
$III$. Permease
$D$. Gene $z$
$IV$. Repressor protein
Choose the correct answer from the options given below:
Match List $I$ with List $II$.
| List $I$ | List $II$ |
| $A$. Gene $a$ | $I.\; \beta$-galactosidase |
| $B$. Gene $y$ | $II$. Transacetylase |
| $C$. Gene $i$ | $III$. Permease |
| $D$. Gene $z$ | $IV$. Repressor protein |
Choose the correct answer from the options given below:
- [NEET 2023]
Geneticist plot the relative locations of genes on chromosomes by which of these methods
Geneticist plot the relative locations of genes on chromosomes by which of these methods
Streptomycin and related antibiotics bind to small sub-units of ribosomes in prokaryotes and they
Streptomycin and related antibiotics bind to small sub-units of ribosomes in prokaryotes and they
$DNA$ is methylated at
$DNA$ is methylated at
Nobel prize winner E.W. Sutherland demonstrated
Nobel prize winner E.W. Sutherland demonstrated