Masayuki Yamamura
Papers
3
Total Citations
36
H-Index
3
About
Masayuki Yamamura is a leading figure in DNA computing and molecular robotics, with a research focus on engineering isothermal DNA amplification systems for signal processing and nanomachines. His most notable contribution is the development of a leak-free, million-fold DNA amplification method that integrates locked nucleic acid (LNA) with targeted hybridization in a single pot. This breakthrough, detailed in his 2019 paper (23 citations), solves the critical problem of ab initio DNA synthesis, enabling robust exponential amplification of single-stranded DNA for use as sensors and signal amplifiers in molecular computing. Yamamura further advanced the field by designing cascading DNA generation reactions that operate at physiological temperatures, as shown in his 2015 work (10 citations), allowing precise control of DNA nanomachines in biologically relevant environments. His 2024 paper (3 citations) continues to characterize these cascaded reactions, refining the amplification of DNA signals. With a career dedicated to pushing the boundaries of synthetic biology and molecular robotics, Yamamura’s work provides foundational tools for building complex, programmable DNA-based systems, making him a key innovator in the intersection of nanotechnology and information processing.
Research Focus
Key Achievements
Top Papers
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