Southborough, Massachusetts, United States
Facilitated in analyzing missense variants and examined their effects on protein-protein interactions through the combined approach of computational and experimental approaches in Yu Lab
Facilitated with metabolic network topology analysis to justify wet lab approaches in 2024 project Oncurex
- Investigated and engineered genetic elements involved upstream and downstream of the mevalonate (MVA) pathway of yeast - Characterized plasmid to introduce Ursolic Acid synthesis into yeast and to optimize its yield through genetic knockouts to increase the cytosolic acetyl-CoA pool
- Collaborate with a 40+ member project team to research, design, and build health solutions for underprivileged communities; gain knowledge on PCB design and prototyping breadboards/arduinos
- Systematized and summarized studies on precisely controllable engineered designer cells and functions in dynamically adjustable gene- and cell-based next-gen medicine - Co-author of peer-reviewed article published in Synthetic and Systems Biotechnology
- Biomedical, Optogenetic, and Synthetic Biology researcher under Prof. Haifeng Ye - Assisted in experimental design, data analysis, and the implementation of cell-based immunotherapeutic strategies, optimizing precision control of immune responses through light-based technologies - Contributor of paper published in Nature Communication