• Conducted over 140 small molecule screening assays and quantitative gene expression analyses in rat hepatoma cells (H4IIE) to characterize novel GR coregulators• Designed and executed various cellular and biochemical assays to investigate key molecular mechanisms• Established and validated KDM6A KO H4IIE cell line, creating a research cell bank

• Conducted weekly literature reviews on Sorafenib and Regorafenib, assessing efficacy and safety in HCC and MCC treatment. Presented findings via 30 PowerPoint slides to executives, delivering up-to-date expertise • Analyzed clinical data from hundreds of patients on Regorafenib response, conducting comparative evaluations with rival pharmaceuticals. Contributed to evidence-based decision-making processes

• Investigated positive scaling of collagen cross-linking and passive stiffness in mdx mice, a model for duchenne muscular dystrophy• Conducted Picrosirius Red staining and polarized light microscopy imaging to analyze collagen structure• Utilized MATLAB to develop and interpret multiple linear regression models, establishing statistical relationships between collagen architecture and muscle stiffness, contributing to a publication

• Studied centromeric histone CENH3 modification for haploidization induction in tomato• Cloned 19 centromeric histone CENH3 mutant variants and genotyped for haploid induction frequencies, yielding valuable data on haploid induction rates• Verified localization pattern of the 19 variant CENH3 proteins at the centromere through immunofluorescence staining and microscopy, providing valuable insights into their function