The main challenge for the production of insulin using $rDNA$ techniques was getting insulin into its matured form using $........$ bonds.
- AHydrogen
- BPeptide
- CIonic
- DDisulphide
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View SolutionMatch List-$I$ with List-$II$:
List-$I$ List-$II$ $A$. Genetically engineered Human Insulin $I$. Gene therapy $B$. $\text{GM}$ Cotton $II$. $\text{E. coli}$ $C$. $\text{ADA}$ Deficiency $III$. Antigen-antibody interaction $D$. $\text{ELISA}$ $IV$. $\text{Bacillus thuringiensis}$
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| $A$. Genetically engineered Human Insulin | $I$. Gene therapy |
| $B$. $\text{GM}$ Cotton | $II$. $\text{E. coli}$ |
| $C$. $\text{ADA}$ Deficiency | $III$. Antigen-antibody interaction |
| $D$. $\text{ELISA}$ | $IV$. $\text{Bacillus thuringiensis}$ |
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