[CMC Research] [Live Stream/ZOOM] Seminar “Application of 3D In Vitro Models of Normal Human Oral Mucosa to Medical and Biological Research” to be held! November 5th (Wednesday) Sponsored by: CMC Research, Inc.
CMC Research Press release: October 8, 2025 To Members of the Press [Livestream/ZOOM] Seminar on “Applications of 3D In Vitro Models of Normal Human Oral Mucosa to Medical and Biological Research” to be held! November 5th (Wednesday) Sponsored by: CMC Research, Inc. ★Construct a 3D in vitro model of normal human oral mucosa that closely resembles a living organism! Learn the basics of 3D culture technology, which offers excellent reproducibility and applicability. Learn about the latest approaches useful for cancer research and drug discovery research.
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Membership: ¥26,400 (tax included) For details and to apply, click here ������ There will also be time for questions and answers. Please join us and apply what you learn in your research and work! 【Knowledge gained at the seminar】 Methods for establishing primary cultures of oral mucosal epithelial keratinocytes and oral mucosal fibroblasts. A method for creating 3D cell cultures consisting of two layers, an epithelial cell layer and an interstitial layer, based on organotypic culture, using air-liquid phase culture. 【Target Audience】 Researchers, medical professionals, researchers, and technicians involved in oral mucosal research in the pharmaceutical and biotechnology industries. Also, to all of you in labs who would like to perform primary cell cultures from human oral mucosal tissue. 1) Seminar Theme and Date and Time Theme: Application of a 3D in vitro model of normal human oral mucosa to medical and biological research Date and Time: Wednesday, November 5, 2025, 10:00 AM – 12:00 PM Participation Fee: ¥29,700 (tax included) *Materials included * ¥26,400 (tax included) for newsletter subscribers * Academic price: ¥26,400 (tax included) Lecturer: Kenji Izumi, Professor, Graduate School of Medical and Dental Sciences, Niigata University 〈Seminar Objective〉 In recent years, 3D cell culture methods, exemplified by tissue organoids, have been gaining attention as a way to recreate the in vivo environment, which is difficult to achieve with conventional planar cell culture. 3D culture methods also have the advantage of being an alternative to animal testing. In this seminar, we will first explain how 3D culture technology, which mimics the complex structure and physiological environment of human tissues, which are difficult to reproduce using conventional 2D culture methods, can improve the accuracy and efficiency of research. Next, using primarily video, we will introduce the instructor’s daily method for establishing primary cell cultures of human oral mucosal cells and using those cells to create a 3D in vitro model of normal oral mucosa. This method can also be applied to oral cancer cell research. We will also introduce examples of its application to cancer research conducted in the instructor’s lab. Finally, we hope to deepen our discussion with the participating researchers and technicians about the potential of 3D culture technology in oral mucosal research and research tools utilizing it, as well as its application to the development of treatments for oral cancer and oral diseases. Note: This seminar will be streamed live on the day using the video conferencing tool “Zoom.” Please refer to the relevant tool for the recommended environment. The viewing URL will be emailed to you at a later date. ★Recording and filming during the course are strictly prohibited. 2) How to apply Please apply through the CMC Research seminar website. We will contact you separately by email with the viewing URL. See the URL for details. Apply here 3) Seminar Program Introduction (There will be a break during the seminar) (1) Basic Principles and Advantages of 3D Culture Technology (2) Primary cell culture method for human normal oral mucosal cells (3) Construction and fabrication method of a 3D in vitro model of normal oral mucosa (4) Application to oral cancer research (Reproduction of tumor microenvironment and development of treatments) (5) Future prospects as a research tool 4) Instructor Introduction Kenji Izumi, Professor, Graduate School of Medical and Dental Sciences, Niigata University [Lecturer career] After graduating from the Department of Dentistry, Faculty of Dentistry, Niigata University in 1988, he joined the Department of Oral Surgery. 1992: Completed doctoral course at Niigata University Graduate School (oral surgery). 1997: Studied abroad at the University of Michigan as an overseas researcher (young person) from the Ministry of Education, Culture, Sports, Science and Technology. 1999 Returned to Japan. Studying abroad at the University of Michigan since 2002, he has been a Research Scientist/Clinical Assistant Professor there since 2005. In 2009, he became an Associate Professor (Oral Anatomy) at the Graduate School of Medical and Dental Sciences, Niigata University. Current position (tissue regeneration engineering) since 2013. Founded CollaWind Inc. in 2023 and became CEO. [Affiliated academic society] Japan Society for Regenerative Medicine, Japan Society for
Biomaterials. Japanese Society of Dental Science and Engineering. [Related books] Dental regenerative medicine (Ishiyaku Publishing), organoid research (NTS Publishing) View details 5) Information on Upcoming Webinars (Online Seminars) ○ Overview of Rare Metals and Focus Markets – Raw Materials Market for Automotive LIBs, Electrification, Semiconductors, Electronics & Battery Materials, and Aircraft & Light Metals Applications October 9, 2025 (Thursday) 13:30-16:30 https://cmcre.com/archives/133844/ ○ Fundamentals of Slurry Preparation and Evaluation – From Ceramic Slurries to Battery Electrode Slurries – October 10, 2025 (Friday) 10:30-16:30
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https://cmcre.com/archives/136093/ *Includes missed delivery ☆Click here for a list of upcoming webinars CMC Research, Inc. (Kanda Nishiki-cho, Chiyoda-ku: https://cmcre.com/) provides cutting-edge technology and market information, holds seminars and publishes books on market and technological trends for various materials, chemicals, and other products. 6) Information on related books ☆Click here for a list of published
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