Company Filing History:
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Years Active: 2014-2024
Title: The Innovative Contributions of Noriko Ishioka in Radiolabeled Compound Production
Introduction: Noriko Ishioka is a notable inventor hailing from Gunma, Japan. With three patents to her name, she has significantly contributed to the field of radiolabeled compound production, showcasing her expertise and innovative spirit in this specialized area of research.
Latest Patents: Ishioka’s latest patents include a "Radiolabeled Compound Producing Method and Producing Apparatus" and a "Radiolabeled Compound and Radioisotope Producing Apparatus." The primary objective of these inventions is to provide an advanced technique for creating novel radiolabeled compounds. The method involves key steps, including irradiating an alloy with a radiation beam to produce multiple radioisotopes, generating an intermediate label by reactive processes, and finally creating a final label with another radioisotope. Additionally, her work on "Producing Method of Radioisotope and Radioisotope Producing Apparatus" emphasizes a method designed to shorten the production time of radioisotopes, which involves irradiating a target substance and efficiently extracting the produced radioisotope by transporting it in gas phase.
Career Highlights: Throughout her career, Noriko Ishioka has worked with prestigious organizations such as the National Institutes for Quantum Science and Technology and the Japan Atomic Energy Agency. Her roles in these institutions have been instrumental in advancing research in the fields of quantum science and atomic energy.
Collaborations: Ishioka has collaborated with fellow researchers such as Shigeki Watanabe and Hiroo Kondo. Their combined expertise has facilitated significant advancements in their shared field of study, leading to innovative solutions and patent filings.
Conclusion: Noriko Ishioka's contributions to the field of radiolabeled compound production highlight her exceptional talent and dedication to innovation. With her impactful patents and collaborations, she continues to pave the way for future advancements in this crucial area of research. Her work not only enhances our understanding of radiolabeled compounds but also promises to improve applications in medical and scientific research.