麻豆影视 Dr. Bohm
Dr. Rudolf Bohm is a dedicated educator and accomplished neuroscientist whose career combines a strong record of federally funded research with a deep investment in student achievement. His work has earned two NIH R15 Research Enhancement Grants and multiple awards from the Moxley Family Foundation, supporting biomedical investigations with broad translational potential.
Email: Rudolf.Bohm@tamuk.edu
Research and Laboratory Focus
Dr. Bohm’s lab investigates the genetic architecture of neural circuitry, non-electrical neuronal signaling, and epigenetic mechanisms of adaptation. Current projects explore molecular drivers of neurodegeneration and cellular stress. Students working in the lab gain experience with experimental design, molecular techniques, and data interpretation in a supportive, inquiry-driven environment.
Mentorship and Teaching Philosophy
Dr. Bohm believes in fostering academic growth through hands-on research experiences and inclusive classroom practices. Many of his students are recruited from his courses, where he integrates high expectations with personal encouragement. He takes particular pride in mentoring aspiring scientists who are the first in their families to pursue graduate or professional education, guiding them toward medical, doctoral, and research careers.
Lab Alumni Success
Over a dozen of Dr. Bohm’s mentees have advanced to M.D., Ph.D., or other professional programs. These alumni exemplify the lab’s success in developing confident, research-trained students ready for competitive biomedical fields. Photos and profiles of past students will be featured here soon.
Awards and Funding
Dr. Bohm’s scientific work has been supported by prestigious research funding, demonstrating the innovation and impact of his approach.
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NIH R15 (NINDS), 2024–2025
CRISPR Generated Genomic Templates to Evaluate Epileptogenesis
National Institute of Neurological Disorders and Stroke
Investigates novel gene-editing models to study epilepsy mechanisms. -
NIH R15 (NIGMS), 2014–2016
Novel Genetic Approaches to Evaluate Dominant Gain of Function Toxicity in Polygl
National Institute of General Medical Sciences
Explores genetic pathways involved in neurotoxicity and disease. -
Moxley Family Foundation Research Awards
(Details forthcoming)
