Microorganisms that can detoxify DON can be used as feed additives, and the genes encoding detoxification activities can be used in the genetic engineering of crops.
Monoclonal antibodies are used in studies of specific factors in immune mechanisms, and recombinant DNA (deoxyribonucleic acid) technology is used in the genetic engineering of microbes so that they can synthesize specific antigenic proteins useful in vaccine production.
E. coli TG1 was used as the expression host, and E. coli DH5α (TOYOBO, Osaka, Japan) and MV1184 (TAKARA BIO INC., Shiga, Japan) were used as the genetic engineering hosts.
Under his direction, the Tiantan vaccinia virus strain was used for the genetic engineering of antigen expression, resulting in clinical trials of several recombinant vaccine candidates.
These data suggest that tissue-specifically expressed NAC genes have the potential to be used for the genetic engineering of specific traits.
Then, either using traditional breeding methods or using the newer genetic engineering technologies, [we can] produce new varieties of crops and improve the genetic makeup of food animals so that they'll be resilient to climate change, because they'll have within them these disease-resistant and pest-resistant traits, that they'll need fewer chemicals and drugs to have an abundant production.
Given that isolation of small RGD sequences from the large ECM proteins is a complex process, the short RGD peptide sequence was synthesized in the laboratory using the recombinant genetic engineering [10].
This obviously has to use the genetic and metabolic engineering routes.
Biotech firms Diversa, Dyadic International ional, [/org] Metabolix, Novozymes and Genencor use the same genetic engineering tricks found in cancer research to produce superenzymes and bacteria that excel at turning corn into plastics.
Gene doping is the practice of using genetic engineering to artificially enhance athletic performance.
