Papers
5
Total Citations
60
H-Index
4
About
Ken Komiya is a leading researcher in molecular robotics and DNA computing, with a focus on engineering programmable molecular systems. His major contributions include developing a leak-free, million-fold DNA amplification method that integrates locked nucleic acids with targeted hybridization, enabling robust signal amplification for DNA-based sensors and computing modules. This work, his most cited (23 citations), addresses a critical challenge in synthetic biology by suppressing unwanted DNA synthesis. Komiya also pioneered analog DNA computing devices that use strand displacement dynamics to establish functional input-output relationships, effectively controlling molecular robots. His research extends to responsible innovation, as seen in his 2022 paper (10 citations) on formulating ethical principles for molecular robotics in Japan, integrating ELSI considerations into technological development. Additionally, he has advanced DNA nanomachines that operate at physiological temperatures and characterized cascaded DNA generation reactions for enhanced signal amplification. With a career spanning foundational engineering to ethical governance, Komiya’s work is pivotal for students and researchers interested in DNA-based computation, molecular robotics, and the societal implications of emerging biotechnologies.
Research Focus
Key Achievements
Top Papers
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- 2Analog DNA computing devices toward the control of molecular robots14 citations · 2014
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