- In March 2025, Fziomed, Inc. a recognized global leader in postsurgical adhesion prevention, today announced it will showcase its Dynavisc Adhesion Barrier Gel, the only synthetic dual-polymer technology on the market, designed to reduce adhesion formation following tendon and peripheral nerve surgery
- In January 2024, Gunze Limited announced a significant investment of 3.5 billion JPY into the construction of a third medical plant and the expansion of its R&D laboratory in Ayabe, Kyoto, Japan. This strategic investment, with an anticipated completion in February 2025, is primarily aimed at increasing the production capacity of TENALEAF, their absorbable adhesion barrier sheet, to meet growing demand and enhance production efficiency for their medical business
- In June 2022, CGBIO, a Korean bio-regenerative medicine company, launched Mediclore, an anti-adhesion agent in Indonesia. Mediclore inhibits adhesion by changing from sol to gel form by body temperature when applied to the body, offering a novel solution for various surgical operations. This expansion highlights the increasing reach of advanced adhesion barrier solutions in emerging markets
- In June 2022, Toray Industries, Inc. and ASKA Pharmaceutical Co., Ltd. formalized a joint development agreement for an adhesion barrier product, targeting marketing approval in Japan. Under the terms of the agreement, Toray will handle the manufacturing, while ASKA Pharmaceutical will be responsible for the exclusive marketing of the product in the Japanese market upon its approval. This collaboration highlights ongoing strategic efforts in research, development, and market expansion for advanced adhesion barrier solutions
- In February 2022, Gunze Limited, a Japanese company, achieved a significant milestone by receiving medical device approval to commence manufacturing and sales of TENALEAF. This pioneering product stands out as the first sheet-type absorbable adhesion barrier to be produced in Japan, offering a new domestic solution aimed at preventing adhesion formation and supporting post-operative healing
