Mined medulloblastoma and glioblastoma databases to gain knowledge on regulatory pathways known to promote tumor relapse and to affect treatment response.Performed comparative analyses of neural differentiation and brain tumor development to reveal important tumor development routes and mechanisms of action of oncogenes and tumor suppressors.Performed sequencing analyses to map the splicing events of core proteins, SNRPB, EFTUD2, and MAGOH, regulated by increases in apoptosis and decreased proliferation and survival of brain tumor cells, to identify new tumor development pathways.

Strategized for a new platform launch based on customer segmentation with the aim to gain 25% of new market shareIdentified areas of improvement in digital presence by analyzing KPIs and refined online marketing contentSynthesized new insights from 500+ quantitative surveys and research evidence to steer the direction of a new platform launch

Researched and analyzed the BioTech industry through the investigation of case studies from global company leaders including Roche, Pfizer, and Regeneron Pharmaceuticals

Explored gene expression and its changes as related to opioid addiction with University of Michigan undergraduates; connected students to researchers, scientists and doctors. Founding member of the Southwest Regional Branch

Researched the early identification of anti-Yo antibodies corresponding with paraneoplastic neurological syndromes, focusing on paraneoplastic cerebellar degeneration.Created and determined the efficacy of an IDH1 mutant enzyme inhibitor model in a simulated biological system, focusing specifically on NADPH and 2 Hydroxyglutarate levels to slow the progression of glioblastoma multiforme.Explored the effects of ultra-archaea bacteria on cholesterol levels within the human body as a potential treatment method for diabetes patients.Researched the effects of ultra-archaea bacteria on the difference in interfacial tension of oil as a method to naturally disperse ocean oil spills

Studied the role of IDH1, both the gene and its corresponding enzyme/mutant enzyme, on the formation of glioblastomas with Dr. Ryan Holzer.Worked closely with oncologists and professors undertaking lessons and lectures on the developmental stages of diseases affected by environmental and genetic factors.Participated in hands-on laboratory classes with an emphasis on modern drug therapy and the emergence of personalized medicine.