Robert Bonner
About Robert Bonner
Robert Bonner serves as the Chief of the Section on Medical Biophysics at NIH, where he has worked since 1996. He has contributed significantly to the understanding of age-related macular degeneration and has developed advanced techniques in microdissection and imaging.
Work at National Institutes of Health
Robert Bonner has been a significant contributor to the National Institutes of Health (NIH) since 1996, currently serving as the Chief of the Section on Medical Biophysics. His tenure at NIH began in 1977 when he worked as a Senior Research Physicist until 1996, totaling 19 years in that role. Throughout his career at NIH, he has focused on advancing medical biophysics and has been involved in various research initiatives that have implications for health and disease.
Education and Expertise
Robert Bonner holds a Bachelor of Arts in Physics from Rice University, where he studied from 2101 to 2106. He furthered his education at The Johns Hopkins University, earning a PhD in Biophysics. His academic background equips him with a strong foundation in both physics and biophysics, enabling him to conduct advanced research in medical applications.
Research Contributions
Bonner has proposed a theory regarding age-related macular degeneration, suggesting that it is influenced by photochemical imbalances caused by lens yellowing. His research also includes investigating the effects of temporal control of lighting spectra on circadian health, as well as conducting studies on retinal autofluorescence imaging and its implications for ocular health. He has developed the Cooperative Research and Development Agreement (CRADA) for Laser Capture Microdissection, enhancing high-resolution, high-throughput thermoplastic microtransfer techniques.
Professional Experience
With over 28 years of experience at NIH in his current role, Robert Bonner has a deep understanding of medical biophysics. His previous experience as a Senior Research Physicist for 19 years has contributed to his extensive knowledge and expertise in the field. His work has led to significant advancements in understanding the relationship between physics and health.