Dr. Rebecca Ryznar is a dedicated researcher, educator, and leader in the field of molecular biology, focusing on epigenetics, neurobiology, and resilience. With a PhD in Molecular Biology and Biochemistry from Wesleyan University, she has applied her extensive knowledge and technical skills in areas such as trauma research, gene expression regulation, and quantitative molecular analysis techniques. Dr. Ryznar’s recent research emphasizes stress and resilience, exploring immune cytokine profiles and epigenetic markers in trauma and mental health.
At Rocky Vista University, Dr. Ryznar is recognized for her commitment to medical education, teaching core courses in Molecular and Cellular Mechanisms (MCM), Physician Scientist Track, and the Molecular Basis of Medicine. Her curriculum development incorporates innovative teaching methods and real-world applications, enhancing her students’ understanding of molecular diagnostics and genetics. As Director of the Physician Scientist Honors Track, she guides students through hands-on research and the scientific process, fostering a robust foundation in clinical and translational research.
Her recent publications cover a range of topics from resilience biomarkers to the impact of hyper-realistic trauma simulation on emotional intelligence, resilience, and the stress response. She has presented her findings at national conferences, sharing insights into stress adaptation mechanisms in first responders and the neuroimmune axis.
Dr. Ryznar’s expertise extends to applied consulting in medical device and pharmaceutical research, bringing a real-world perspective to her work in medical and basic science education. Her extensive skills, from mass spectrometry to data mining, enable her to approach trauma and resilience research with a comprehensive and interdisciplinary perspective.
Outside of her professional pursuits, Dr. Ryznar enjoys playing music, reading books about quantum physics and AI, traveling and spending time with friends and family.
Dr. Ryznar’s innovative research, commitment to mentorship, and passion for bridging science and empathy continue to impact the field of molecular biology and medical education.