Memorizing PGC-1a Interactors
100%
Cell Culture
50%
Cloning
30%
Western Blot
20%

Likes
Fishing & Cycling
Dislikes
Administrative Tasks, Waiting for cells to grow
Strengths
Keeping track of samples, Perseverance, Commitment
Weaknesses
Single threading, Remembering to warm up media, Organizing my thoughts
Superpower
Quality Control

Per Aspera Ad Astra

Virgil

As a child I practiced many sports, enjoyed spending time outdoors, and science was my favorite subject. Although I lost interest in school as a teenager, when it came time to choose a major, I naturally leaned towards a biology-related subject. Therefore, I pursued a degree in Biochemistry and Molecular Biology at UC Davis. During two summer internships, I became familiar with the general R&D process, especially the rigor necessary to bring a product to market. Buoyed by these experiences, I sought to strengthen my research skills by contributing to a multi-year project, which led me to join the Chédin Lab at UC Davis. Over my three years there as an undergraduate and junior specialist, I contributed to various projects exploring the formation, resolution, and mapping of co-transcriptional RNA:DNA hybrids (R-loops). I then decided to seek further training through a PhD in Biomedical Sciences at the University of Michigan Medical School. Motivated by my own cycling training and health goals, I have become acutely interested in pursuing translational research to develop therapeutics that replicate exercise-induced adaptations. To this end, I have joined the Ruas Lab to extend my experience into exercise physiology and answer important questions regarding PGC-1α turnover, with the goal of discovering treatments for disease-induced and age-related muscle degeneration.


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