About
DR. TOMMY VO
 
                  
                  EDUCATION AND RESEARCH
 Dr. Tommy Vo is an Assistant Professor in the Department of Biochemistry and Molecular
                     Biology (BMB) and is affiliated with the MSU College of Human Medicine (CHM). He did
                     his undergraduate studies at SUNY Binghamton University. As an undergraduate, he explored
                     research opportunities there and at CUNY City College in diverse areas ranging from
                     cell signaling in Drosophila to the evolution of human behaviors. It was his early research mentors who helped
                     guide him and ignite a youthful passion for scientific research. In 2016, he earned
                     his Ph.D. in Molecular Biology from Cornell University where he worked on understanding
                     how physical interaction networks (in yeast, human, and rice), that link thousands
                     of different protein molecules together, enable many molecular processes such as proper
                     gene regulation. To go from a systems-level to a smaller genic-level understanding
                     of gene regulatory processes, he did postdoctoral work at the National Cancer Institute
                     to study how RNA-binding proteins repress gene expression by coupling heterochromatin
                     assembly and RNA degradation. During much of this time, he was supported by the NIGMS
                     Postdoctoral Research Associate Training (PRAT) fellowship. Now leading an independent
                     lab, he seeks to continue uncovering new fundamental principles underlying eukaryotic
                     gene regulation.
 Dr. Tommy Vo is an Assistant Professor in the Department of Biochemistry and Molecular
                     Biology (BMB) and is affiliated with the MSU College of Human Medicine (CHM). He did
                     his undergraduate studies at SUNY Binghamton University. As an undergraduate, he explored
                     research opportunities there and at CUNY City College in diverse areas ranging from
                     cell signaling in Drosophila to the evolution of human behaviors. It was his early research mentors who helped
                     guide him and ignite a youthful passion for scientific research. In 2016, he earned
                     his Ph.D. in Molecular Biology from Cornell University where he worked on understanding
                     how physical interaction networks (in yeast, human, and rice), that link thousands
                     of different protein molecules together, enable many molecular processes such as proper
                     gene regulation. To go from a systems-level to a smaller genic-level understanding
                     of gene regulatory processes, he did postdoctoral work at the National Cancer Institute
                     to study how RNA-binding proteins repress gene expression by coupling heterochromatin
                     assembly and RNA degradation. During much of this time, he was supported by the NIGMS
                     Postdoctoral Research Associate Training (PRAT) fellowship. Now leading an independent
                     lab, he seeks to continue uncovering new fundamental principles underlying eukaryotic
                     gene regulation.
MENTORSHIP AND TRAINING PHILOSOPHY
Proper mentorship of students/trainees is a high priority for Dr. Vo. He credits many of his own mentors for helping him achieve his own professional successes. He welcomes those who have a genuine interest in the lab’s research topics and who want to further develop as professional scientists. Prior research experience is always a plus. However, Dr. Vo places exceedingly more value on personal drive for learning and self-improvements. As a principle investigator, he hopes to equip all mentees with the appropriate scientific and professional skills necessary to succeed in science (for within and beyond the lab).
TEACHING COURSES
BMB 462 - Undergraduate students, Spring semester, Biochemistry II
BMB 829 (module 2) - Graduate students, Fall semester, Special problems in Macromolecular analysis and synthesis
MCE Nutritional Rotational Study Group - College of Human Medicine (MSU) medical students