Clement Ho
Papers
1
Total Citations
7
H-Index
1
About
Clement Ho is a pioneer in the field of robotic intracellular manipulation, focusing on the precise control of microscale and nanoscale objects within living cells. His major contribution lies in advancing magnetic micromanipulation from coarse tissue-level tasks to the unprecedented scale of sub-micrometer navigation inside a single cell. In his highly cited 2018 work, "Robotic Intracellular Manipulation: 3D Navigation and Measurement Inside a Single Cell," Ho demonstrated the first system capable of maneuvering a sub-micrometer magnetic bead in three dimensions within a cell, enabling precise force control and real-time measurement of intracellular mechanical properties. This breakthrough, with 7 citations, opens new avenues for targeted drug delivery, single-cell surgery, and fundamental studies of cell mechanics. Ho’s research bridges robotics, microengineering, and cell biology, offering transformative tools for biomedical research. His work is notable for overcoming the limitations of tethered manipulation, providing a non-invasive, untethered method that could revolutionize how researchers interact with and understand the inner workings of individual cells.
Research Focus
Key Achievements
Top Papers
- 1