Outsmarting Evolution with Gene Drive Technology: Thinking Beyond the Release
The recent revolution in gene editing technology has enabled the possibility of solving
multiple global health and environmental issues through the novel engineering of
CRISPR-based gene drives. This paper reviews recent developments in gene drive technology.
PhD Doctoral Student, University of British Columbia
My expertise is in molecular genetics, specifically genetic engineering techniques with plants. I also have some experience with plant physiological research and bioinformatics in coexpression analysis and orthologue identification between species. My interests include both the fields of evolutionary and molecular genetics, and I minored in physical and human geography in my undergraduate degree. In future I hope to continue genetic research, aspiring for that which explores links between genetic research, the environment/climate, food security and disease eradication.
![[Research poster] Genotypic detection of AMR in S. pneumoniae isolates using multiple PCR methods](https://images.zapnito.com/cdn-cgi/image/metadata=copyright,format=auto,quality=95,width=256,height=256,fit=scale-down/https://images.zapnito.com/users/725046/documents/259148/078b12b9-dbce-4332-875f-e07152bc059d-med.jpg)
![[Research report] Genotypic detection of AMR in S. pneumoniae isolates using multiple PCR methods](https://images.zapnito.com/cdn-cgi/image/metadata=copyright,format=auto,quality=95,width=256,height=256,fit=scale-down/https://images.zapnito.com/users/725046/documents/259147/1717058b-be75-472f-b7cb-33463075942e-med.jpg)
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