Kenji Tadokoro
Papers
1
Total Citations
18
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1
About
Kenji Tadokoro is a leading figure in transfusion medicine and viral safety, renowned for pioneering high-throughput systems to detect blood-borne pathogens. His most-cited work, a 2002 study with 18 citations, introduced a groundbreaking method that combined a nucleic acid purification robot (BioRobot 9604) with real-time detection PCR (PRISM 7700) for the simultaneous, automated screening of HBV DNA and HCV RNA. This innovation dramatically enhanced the speed and reliability of posttransfusion hepatitis diagnosis, directly addressing a critical need for safer blood supplies. By automating viral nucleic acid extraction and detection, Tadokoro’s system reduced manual error and processing time, setting a new standard for clinical virology labs. His contributions have been instrumental in minimizing transfusion-transmitted infections, saving countless lives globally. Beyond this landmark paper, Tadokoro’s work continues to influence the development of integrated, robotic diagnostic platforms, cementing his legacy as a key architect of modern blood screening protocols. His research remains a cornerstone for students and professionals advancing pathogen detection technologies.
Research Focus
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