Assisting in developing a sophisticated predictive analytical model that draws insights from large-scale datasets related to mental health and substance use disorders. This collaborative effort is instrumental in enhancing the quality of care and research outcomes for the MISSION intervention.
Tracked, analyzed, and interpreted trends in data from ongoing projects regarding opioid usage in the greater New England region. Performed advanced statistical techniques using SAS, STATA, R, and Python.
Performed statistical analysis with novel dataset of clinical study regarding tobacco and nicotine usage with hypothetical flavor ban. Applied statistical tools SAS and GraphPad to provide descriptive analysis of conclusions.
Actively collaborated with fellow researchers and principal investigators on an international scale to develop and implement coding policies for tracking and updating COVID-19 information. Assisted with data curation, organization, and maintenance, ensuring the database's integrity and usability for research and decision-making.
Dissertation: "Evaluating How Chronic Stress Can Diminish Immunotherapy Efforts in Osteosarcoma Patients"
Through identifying stress as a potential obstacle to immunotherapy success through vigorous data analysis and literature reviews, this research holds substantial clinical implications. It underscores the importance of incorporating stress management strategies into the holistic care of osteosarcoma patients, ultimately enhancing the efficacy of immunotherapeutic approaches.