DNA technologies: mapping sequencing technology genotyping DNA chips and microarrays.
There is however evidence of isolated cases of research in more advanced biotechnology such as recombinant DNA or genetic engineering, bioprocess technologies, bioinformatics, and cell fusion (molecular diagnostics).
Second, based on the technology of recombinant DNA, protein engineering, etc., novel recombinant enzymes suitable for the specific processing conditions should be manufactured.
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.
The emerging science of Synthetic Biology – including genome engineering and DNA editing technologies – is taking yeast strain development into a totally new realm of possibility.
Eltoukhy received his PhD, MS and BS degrees in electrical engineering from Stanford, and subsequently joined the Stanford Genome Technology Center in 2006 to work on low-cost DNA sequencing technologies.
Advances in genetic engineering technologies make it possible to introduce foreign DNA into the mosquito genome and either decrease the lifespan of the mosquito, or make it more resistant to the malaria parasite.
DNA Technologies has made DNA tags for more than just the Olympics.
On the other hand, development of clinically useful antifungal antibodies may profit from the on-going outstanding advances in recombinant DNA technologies and protein engineering.
While this section only focuses on so-called non-genetically modified organisms (non-GMO) techniques to create artificial diversity, the last section will further discuss techniques based on recombinant DNA technologies, such as metabolic engineering and synthetic biology, which generate genetically modified (GM) yeasts.
