Masahiro Yamamoto
Papers
1
Total Citations
18
H-Index
1
About
Masahiro Yamamoto is a pioneering figure in the field of automated biotechnology, whose work laid the foundation for modern high-throughput DNA sequencing. His key research areas include microchemical robotics, bioinstrumentation, and the automation of molecular biology protocols. Yamamoto’s most significant contribution is the development of the first automatic DNA sequencer, a computer-programmed microchemical manipulator that executed the Maxam–Gilbert sequencing method. This groundbreaking device, described in his 1983 paper (18 citations), could perform a series of chemical reaction steps for G, A+C, C+T, or C analysis within just two hours—a remarkable feat at the time. By replacing labor-intensive manual pipetting with precise robotic control, Yamamoto’s invention dramatically accelerated DNA sequence analysis, directly influencing the trajectory of genomics. Though his citation count may appear modest by today’s standards, the impact of his work is profound: it represents a critical early step toward the automated, high-speed sequencing technologies that later enabled the Human Genome Project. Yamamoto’s achievement stands as a testament to the power of interdisciplinary engineering in revolutionizing biological research.
Research Focus
Key Achievements
Top Papers
- 1