Developing CRISPR Prime Editing for highly efficient precise gene editing. This project will further develop a recent breakthrough in gene editing technology named CRISPR prime editing to improve its

Description

Developing CRISPR Prime Editing for highly efficient precise gene editing. This project will further develop a recent breakthrough in gene editing technology named CRISPR prime editing to improve its performance in generating specific genome modifications in cells and organisms. This project expects to generate new knowledge regarding optimal strategies for its deployment as well as create novel enhanced versions of the technology. This would significantly enhance our ability to perform precise genome modification of organisms and lead to substantial benefits for a vast array of applications in fundamental and applied biology. Future applications will include generating mutations in cells and model organisms for basic research and creating genetically enhanced agricultural animals or plants.. Scheme: Discovery Early Career Researcher Award. Field: 3101 - Biochemistry and Cell Biology. Lead: Dr Fatwa Adikusuma