Nicole M. Wakida
Papers
2
Total Citations
4
H-Index
2
About
Nicole M. Wakida is a pioneering researcher in biophotonics and cellular engineering, whose work has significantly advanced the integration of laser-based tools for subcellular manipulation. Her key research areas include laser nanosurgery, optical trapping, and robotic microscopy systems, with a focus on enabling precise, remote-controlled interactions with living cells and their organelles. Wakida’s major contributions are exemplified by her development of the "RoboLase" system, a robotic laser scissors and laser tweezers microscope that can be operated via the Internet, allowing for remote imaging, ablation, and trapping of cells. This innovation, detailed in her 2006 paper, represents a leap forward in teleoperated microsurgery, making delicate procedures on chromosomes and other subcellular structures accessible from anywhere in the world. Her 2009 work on a combined double-tweezers and wavelength-tunable laser nanosurgery microscope further refined these techniques, enabling simultaneous trapping and microsurgery. While her citation counts are modest, the foundational nature of her research—pioneering remote-controlled cellular surgery—has laid critical groundwork for future advances in automated and telemedicine-driven cell biology. Wakida’s achievements highlight her role as a key innovator in the intersection of robotics, optics, and live-cell analysis.
Research Focus
Key Achievements
Top Papers
- 1
- 2"RoboLase": A robotic laser scissors and laser tweezers microscope2 citations · 2006