

Motivated student eager to apply classroom knowledge to real-world experiences, with a strong willingness to learn and contribute. Effective communicator with a collaborative mindset, ready to bring fresh perspectives and a strong work ethic to any team. Passionate in giving back to the community and making a difference in other's lives.
Conducted laboratory experiments to support ongoing research projects and validate hypotheses.
Currently researching the role of MMS21 in alleviating oncogene-induced replication stress and genomic instability in Saccharomyces cerevisiae.
Developing a plasmid-shuffling system incorporating ligase-deficient mms21Δ22 mutants and a MAD1Δ strain replaced with the selectable marker KanMX.
Modeled oncogene-induced replication stress using a galactose-inducible CLN2 overexpression system in S. cerevisiae.
Discovered that under CLN2-overexpressed conditions, ligase-deficient mms21 mutants exhibit significantly reduced growth compared to wild-type, demonstrating Mms21’s essential role in resisting replication stress.
Maintained accurate records of experimental results and prepared comprehensive reports for review meetings.
Unix
Experienced with command-line tools for bioinformatics and comparative genomics, including: