Mikhail Drobizhev
Papers
2
Total Citations
362
H-Index
2
About
Mikhail Drobizhev is a pioneering biophysicist whose work lies at the intersection of molecular engineering and neuroscience. His primary research focuses on developing advanced fluorescent voltage reporters—genetically encoded indicators that allow real-time visualization of electrical activity in neurons. Drobizhev’s most significant contribution is the creation of a robotic, multidimensional directed evolution platform, which dramatically accelerates the optimization of these reporters for brightness, speed, and voltage sensitivity. His landmark 2018 paper on this approach has garnered over 347 citations, reflecting its transformative impact on the field. By enabling high-throughput screening of thousands of variants, Drobizhev’s method has produced some of the most sensitive voltage sensors available, empowering researchers to study neural circuits with unprecedented precision. His work bridges synthetic biology and optical imaging, offering tools that are now widely adopted in laboratories worldwide. Drobizhev’s achievements exemplify how engineering principles can solve complex biological problems, making him a key figure in the quest to map the brain’s electrical language.
Research Focus
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Top Papers
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