Company Filing History:
Years Active: 2015
Title: Innovator Yasuko Fujita: Pioneering Glycoprotein Production through Genetically Modified Yeasts
Introduction: Yasuko Fujita is a distinguished inventor located in Kagawa, Japan, known for her contributions to biotechnological innovations. With a focus on genetic modification of yeast, she has significantly advanced the field of glycoprotein production.
Latest Patents: Yasuko Fujita holds one notable patent titled "Sugar-chain modified yeast and method for producing glycoprotein using the same." This innovative patent provides for genetically modified yeasts, particularly mutant yeasts that possess the ability to produce N-linked sugar chains of ManGlcNAc, alongside a reduced ability to produce O-linked sugar chains. The invention further includes yeasts that can produce a combination of N-linked sugar chains of ManGlcNAc and GlcNAcManGlcNAc, enhancing their ability to produce and secrete proteins, crucially supporting the efficient production of glycoproteins.
Career Highlights: Yasuko Fujita has dedicated her career to research and innovation at the National Institute of Advanced Industrial Science and Technology, where her work focuses on advancing biotechnological applications through the use of genetically modified organisms. Her research aims to improve production methods for glycoproteins, which have significant implications in various industries.
Collaborations: In her innovative journey, Yasuko collaborates with esteemed colleagues such as Hiroko Abe and Kazuya Tomimoto, leveraging their expertise to enhance the effectiveness of her research and patent applications. Together, their collaboration exemplifies the synergy of shared knowledge in driving forward the field of biotechnology.
Conclusion: Yasuko Fujita exemplifies the spirit of innovation through her groundbreaking work with genetically modified yeasts and glycoprotein production. Her dedication, coupled with effective collaboration, has contributed to advancements in biotechnology that can potentially transform the production methods used in various applications. Her patent stands as a testament to her ingenuity and scientific commitment.