Papers
2
Total Citations
120
H-Index
2
About
Koki Kamiya is a leading researcher in biohybrid sensing and DNA nanotechnology, whose work bridges biological systems with engineered devices for groundbreaking applications in chemical detection and molecular computing. His key research areas include biohybrid odorant sensors, biological nanopores, and DNA-based logic systems. Kamiya’s most notable contribution is the construction of a biohybrid odorant sensor using mosquito olfactory receptors embedded into a bilayer lipid membrane on a chip, achieving sensitive detection of the volatile compound octenol—a breakthrough with 72 citations that demonstrates how biological receptors can be integrated into artificial platforms for real-world sensing. He also pioneered logic gate operations through DNA translocation across biological nanopores, enabling label-free, rapid output detection for DNA computing and programmable diagnostics, a work cited 48 times. This integration of nanopores with DNA logic represents a significant step toward advanced molecular information processing. Kamiya’s research has profound implications for environmental monitoring, medical diagnostics, and bio-inspired computing, showcasing his ability to merge fundamental biology with practical engineering to create innovative, functional biohybrid systems.
Research Focus
Key Achievements
Top Papers
- 1
- 2Logic Gate Operation by DNA Translocation through Biological Nanopores48 citations · 2016