Assertion : In recombinant DNA technology, human genes are often transferred into bacteria or yeasts.
Reason : Both bacteria and yeasts multiply very fast to form huge populations which express the desired genes

Assertion. In recombinant DNA technology, human genes are often transferred into bacteria or yeast. Reason. Both bacteria and yeast multiply very fast to form huge population which expresses the desired gene

Assertion : both bacteria and yeasts multiply very fast to form huge polulation which express the desired gene

Assertion: In recombinant DNA technology, human genes are often transferred into bacteria (prokaryote) or yeast (eukaryote). Reason: Both bacteria and yeast multiply very fast to form huge populations which express the desired gene.

Assertion : in recombinant DNA technology, human genes are often transferred into bacteria (prokaryotes) or yeast (eukaryote). Reason: Both bacteria and yeast multiply very fast to form huge population which express the desired gene.

Assertion: In recombinant DNA technology, human genes are often transferred into bacteria (prokaryotes) or yeast (eukaryote) Reason : Both bacteria and yeast multiply very fast to form huge population, which express the desired gene

Assetion: In recombinant DNA technology, human genes are often transferred into bacteria (prokaryotes) or yeast (eukaryote) Reason : Both bacteria and yeast multiply very fast to form huge population, which express the desired gene

Assetion: In recombinant DNA technology, human genes are often transferred into bacteria (prokaryotes) or yeast (eukaryote) Reason : Both bacteria and yeast multiply very fast to form huge population, which express the desired gene

Assetion: In recombinant DNA technology, human genes are often transferred into bacteria (prokaryotes) or yeast (eukaryote) Reason : Both bacteria and yeast multiply very fast to form huge population, which express the desired gene

Read the given statements and select the correct option Statement 1: In recombinant DNA technology, human genes are often transferred into bacteria (prokaryotes) or yeasts (eukaryotes). Statement 2: Both bacteria and yeast multiply very fast to form huge populations which express the desired gene.