USE OF DNA IN MEDICINE
Studies in bacilli and bacterial bacilli accept led to methods to dispense and recombine DNA in different and reproducible means and to amplify these recombined molecules millions of times. Once appropriately identified, the recombinant DNA molecules can be acclimated in assorted means advantageous in anesthetic and animal biology. There are abounding applications for recombinant DNA technology. Cloned commutual DNA has been acclimated to aftermath assorted animal proteins in microorganisms. Insulin and advance hormone accept been abundantly and auspiciously activated in bodies and insulin has been accountant for sale. Mass assembly of bacterial and viral antigens with recombinant DNA technology is acceptable to accommodate safe and able vaccines for some disorders for which there is no prevention. The cloned probes for the animal a- and ß-globin loci, for specific ache genes, such as the Z allele of a-antitrypsin, and for accidental genomic sequences are proving advantageous for prenatally diagnosing animal abiogenetic disorders and preventing their analytic consequences.
Studies in bacilli and bacterial bacilli accept led to methods to dispense and recombine DNA in different and reproducible means and to amplify these recombined molecules millions of times. Once appropriately identified, the recombinant DNA molecules can be acclimated in assorted means advantageous in anesthetic and animal biology. There are abounding applications for recombinant DNA technology. Cloned commutual DNA has been acclimated to aftermath assorted animal proteins in microorganisms. Insulin and advance hormone accept been abundantly and auspiciously activated in bodies and insulin has been accountant for sale. Mass assembly of bacterial and viral antigens with recombinant DNA technology is acceptable to accommodate safe and able vaccines for some disorders for which there is no prevention. The cloned probes for the animal a- and ß-globin loci, for specific ache genes, such as the Z allele of a-antitrypsin, and for accidental genomic sequences are proving advantageous for prenatally diagnosing animal abiogenetic disorders and preventing their analytic consequences.
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