• Led a clinical research project across multiple research institutions to identify novel biomarkers of Parkinson's Disease.• Prepared and edited 5 publications in coordination with the principal investigator and research personnel.• Carried out an independent research project using a novel transgenic animal model to identify the role of peripheral inflammation and tryptophan metabolism in Parkinson's Disease.• Mentored and supervised 2 research technicians and 1 summer intern, aiding in their knowledge and understanding of biochemical techniques.• Wrote Standard Operating Procedure documents for wet lab experiments and regulatory documents for the ethical use of animals in basic science research.

• Collaborated with clinical research coordinators to obtain, process, and document biofluid samples from ALS-patients for AnswerALS, a multi-center clinical trial.• Optimized the delivery of novel gene therapies in a porcine model system to understand the role of SMN in utero.• Prepared and edited 1 manuscript and 2 poster presentations to effectively communicate our research findings. • Coordinated the day to day functions of the lab, including the ordering of supplies, maintenance of equipment and mentoring of undergraduate researchers.

• Initiated and carried out 2 independent research projects, examining the role of small heat shock proteins in peripheral neuropathies, demonstrating a novel neuroprotective role for HSPB1 in astrocytes.• Wrote 1 peer-reviewed publication on my research findings and presented multiple posters at both national and international symposia.• Processed and maintained primary fibroblast cultures from ALS patients to develop a unique biobank for collaborative research projects.• Developed novel gene therapy vectors for peripheral neuropathies as part of a multi-disciplinary team.• Taught 4 semesters of introduction to biology lab courses, mentoring over 100 undergraduate students in basic biological concepts.