Mahmood Mohammadi
Papers
6
Total Citations
810
H-Index
5
About
Mahmood Mohammadi is a pioneering researcher at the intersection of medical nanorobotics, biomedical engineering, and microorganism-driven propulsion systems. His most influential work centers on harnessing magnetotactic bacteria — particularly the MC-1 strain — as biological actuators for navigating the human microvasculature, with profound implications for targeted drug delivery and tumor intervention. Mohammadi's landmark 2009 paper on flagellated magnetotactic bacteria as MRI-trackable propulsion systems has garnered over 450 citations, establishing a foundational framework for controllable medical nanorobots operating within human capillaries. A companion study the same year, with 268 citations, introduced a comprehensive MRI-based nanorobotic platform architecture, advancing the field's understanding of how magnetic nanoparticles and bacteria can be integrated for precision interventional medicine. His continued contributions include swarm formation strategies for bacterial agents in drug delivery contexts and novel computer vision systems for real-time bacterial tracking. His early 2008 work proposing direct tumor targeting through bacterially propelled nanorobots was visionary in scope. Across his career, Mohammadi has helped transform theoretical nanorobotics into a clinically motivated discipline, inspiring subsequent generations of researchers pursuing autonomous, biologically integrated microsystems for minimally invasive medicine.
Research Focus
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