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Years Active: 2018
Title: The Innovative Mind of Suzumi Tokuoka: A Pioneer in Mass Spectrometry
Introduction: Suzumi Tokuoka, an accomplished inventor based in Tokyo, Japan, has made significant strides in the field of mass spectrometry. With one notable patent under her name, she has contributed to enhancing the efficiency and accuracy of simultaneous multicompound analysis, particularly in the analysis of phospholipids.
Latest Patents: Tokuoka's patent, titled "Simultaneous multicompound analysis method and simultaneous multicompound analysis program using mass spectrometry," emphasizes the operational efficiency in analyzing phospholipids, including their fatty acid compositions. The method involves an initial LC/MS/MS analysis to classify the phospholipids in a sample. Subsequent analysis focuses solely on the detected phospholipids, utilizing a method list that associates MRM transitions for both phospholipid class determination and fatty acid composition. This innovative approach simplifies the creation of analysis methods for quick and accurate fatty acid composition determination.
Career Highlights: Throughout her career, Suzumi has collaborated with renowned institutions and companies, which has enabled her to sharpen her skills and expertise. She has held positions at Shimadzu Corporation and the University of Tokyo, leveraging her knowledge in mass spectrometry and analysis techniques.
Collaborations: Tokuoka has worked alongside esteemed colleagues such as Tsuyoshi Nakanishi and Masaki Yamada. These collaborations have fostered an environment of innovation, allowing her to develop her methods and contribute to the scientific community.
Conclusion: As an inventor, Suzumi Tokuoka exemplifies the spirit of innovation. Her work in developing advanced analytical methods using mass spectrometry not only enhances research capabilities but also propels the field of lipidomics forward. With her patent, she has established herself as a vital contributor to the scientific community, paving the way for future advancements in simultaneous multicompound analysis.