SSCW Information(Under Renewal)
CSTERM is launching SSCW®-S and SSCW®-L for domestic users in Japan, under the collaboration with Hosokawa Yoko Co., Ltd. and Fuji Film Wako Pure Chemical Corporation starting in November 2024. Please visit to see our press release in Japanese. In case of any potential users abroad, please take a look of our English pamphlet by clicking " Introduction of SSCW" below and kindly send us your inquiry to info@csterm.com by using our Inquiry Form. We will contact you by following our "Privacy Policy".
Introduction OF SSCW and Inquiry Form (Under renewal)
Cell Seeding (Photo) (Video: BAEC Seeding by SSCW® - L)
Inquiry Form (PDF) (EXCEL)
July 10th , 2022
Smart Surface Culture Ware “SSCW” to participate the 24th INTERPHEX Week
at Tokyo Big Sight during July 13th-15th , 2022
CSTERM
CSTERM is proud to announce a successful development of SSCW and participate
the 24th INTERPHEX Week at Tokyo Big Sight (West Wing) to present SSCW®-1,
SSCW®-2 & SSCW®-A0 at the exhibition booth of Hosokawa Yoko Co., Ltd.
during July 13th – 15th, 2022.
Hosokawa Yoko co., Ltd. is our essential partner to realize stable and reliable production of highly functional thermo-responsive smart surface culture ware SSCW® at very low cost to the market. CSTERM will provide SSCW information and the sample offering of SSCW®-1, SSCW®-2 & SSCW®-A0 to the visitors.
CSTERM is preparing to provide SSCW samples at Amazon Business site by summer this year for international users and will continue to broaden the product lineup.
CSTERM: Cell Sheet Tissue Engineering Regenerative Medicine Initiative, Japan
CSTERM Homepage: https://www.csterm.com/Csterm_Intro_ENG.html
SSCW Introduction: https://www.csterm.com/SSCW_Intro_ENG.html
January 9th, 2022
Introduction of innovative thermo-responsive smart surface
culture ware SSCW-1 & SSCW-2 and our sample offering
CSTERM
Representative Director
Teruo Okano Ph.D
CSTERM* is proud to announce a successful development of SSCW, a low cost
and highly functional thermo-responsive smart surface culture ware in collaboration
with Hosokawa Yoko Co., Ltd. and TWINS, Institute of Advanced Biomedical
Engineering and Science, Tokyo Women’s Medical University. The breakthrough
was made possible by capitalizing on newly developed polymer coating technologies,
which allowed us to achieve large scale and reliable production at very
low cost. After two year efforts of SSCW development, CSTERM will start
offering pay samples of SSCW-1 & SSCW-2 from February 2022. CSTERM
will also offer the free samples for visitors of our virtual exhibition
at the 21st annual meeting of Japan Society of Regenerative Medicine which
will be held online during March 17th and 19th, 2022.
*CSTERM (Organization of Cell Sheet Tissue Engineering Regenerative Medicine Initiatives) is an independent Japanese general incorporated association, which was established in 2017 by Dr. Teruo Okano PhD, inventor of temperature responsive culture dishes, Professor Emeritus of Tokyo Women’s Medical University and Distinguished Adjunct Professor of the University of Utah. Mission of CSTERM is to promote fusion research & development of regenerative medicine based on “cell sheet engineering” technologies and to facilitate global networking of collaborations. |
The SSCW’s distinctive characteristics include high functionality and usability
throughout the cell culture process, starting from smooth adhesion of cells
to proliferation and cell sheet detachment at very low cost. CSTERM currently
plans to make SSCW commercially available in May or August 2022. We will
continue to broaden the product lineup and to provide potential users with
various support such as advisory services on cell culture processes and
seminars.
Contacts:
Organization of Cell Sheet Tissue Engineering Regenerative Medicine Initiatives
(CSTERM)
Homepage: https://www.csterm.com/
SSCW information: https://www.csterm.com/Csterm_Intro_ENG.html
Email for inquiry: info@csterm.com
Home Address:
36F Ark Mori Building, 1-12-32, Akasaka, Minato-ku, Tokyo 107-6036
Copyright 2021 一般社団法人 細胞シート再生医療推進機構 Organization of Cell Sheet Tissue Engineering Regenerative Medicine Initiatives (CSTERM)