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invivoid® - An innovative tissue engineering technology that will achieve breakthrough in the next-generation drug discovery

"invivoid®", an innovative 3D cell culture technology, that TOPPAN Holdings Inc. has developed in collaboration with Prof. Matsusaki of Osaka University, enables co-culturing of various types of cells using our proprietary cell culture methods, while controlling the behavior of cells.
Among a wide range of potential applications including drug discovery and regenerative medicine, invivoid® enables groundbreaking in vitro 3D cancer / stromal models that achieve both reproduction of tumor microenvironment and high testing throughput.

Research Collaborations

NEWS

INFORMATION
The "Consortium for Future Innovation by Cultured Meat" will exhibit actual cultured meat as "homemade marbled meat" and a meat maker at the Osaka Healthcare Pavilion at the Osaka-Kansai Expo
NEWS RELEASE
Osaka University, TOPPAN Holdings, the Food Science Institute, and Meiji Achieve in Vitro Creation of Mammary Gland Tissue Capable of Producing Milk-like Substances
NEWS RELEASE
TOPPAN Holdings Announces Collaborative Research Agreement to Evaluate Potential Applications of Cell Culture Technology
TOPICS
R&D on Social Implementation of Cultured Wagyu Beef Selected for Promotion Under NEDO’s Project for Development of Innovative Biomanufacturing Technologies
TOPICS
JFCR, Osaka University, and Toppan Begin Clinical Research for Optimal Selection of Anticancer Drugs
TOPICS
Osaka University, Shimadzu, Itoham Yonekyu, Toppan, and SIGMAXYZ have established “the future creation consortium for cultured meat.”
TOPICS
Toppan and Myoridge to Collaborate on Products, Services, and R&D in the Field of Cell Culture
TOPICS
Research Paper on Original Tissue Modeling Technology Using 3D Printing Named in Nature Communications 2021 Top 25 Life and Biological Sciences Articles
NEWS RELEASE
Research Paper on Original Tissue Modeling Technology Using 3D Printing Featured in Nature Communications
TOPICS
Promising Advances in Breast Regeneration Therapy

Publications



Posters can be downloaded via CONTACT page.