Presenting at a Startup Pitch Hosted by Daiwa House Industry
Gel Coat Biomaterials, Inc. will present at a startup pitch event hosted by Daiwa House Industry Co., Ltd. on November 19, 2026.
In the pitch, we will introduce two areas of technology developed by Gel Coat Biomaterials: biomolecule stabilization and the suppression of biofilm formation and microbial adhesion.
■Biomolecule Stabilization Technology
Gel Coat™ is our proprietary polymer material designed to stabilize the local environment surrounding biomolecules such as enzymes and proteins.
We have been developing Gel Coat™ as a material technology that helps protect biomolecules from environmental stresses during storage, including temperature fluctuations and freeze-thaw cycles, while maintaining their functionality.
In validation studies using enzymes, Gel Coat™ has demonstrated improved storage stability even under conditions in which enzymatic activity would otherwise decline significantly.
By applying this technology to biopharmaceuticals, biological reagents, and other biomolecule-based products, Gel Coat™ may contribute to reducing dependence on refrigerated and frozen cold-chain logistics, lowering transportation and storage costs, and expanding the geographic reach of product distribution.
We are currently exploring applications in a wide range of biologically derived products where storage stability remains a key challenge, including biopharmaceuticals, enzyme formulations, diagnostic products, and vaccines.
■Biofilm and Microbial Adhesion Control Technology
In industrial facilities, water treatment systems, and other environments where surfaces are exposed to water, biofilms formed by microorganisms can contribute to reduced equipment performance and increased maintenance requirements.
At GCB, we are developing an approach that differs from conventional methods that remove microorganisms after adhesion using chemicals or other treatments. Instead, our technology is designed to suppress the initial adhesion of microorganisms to surfaces.
By forming a hydrated layer on the surface using our proprietary functional materials, we aim to create an interface that makes it more difficult for bacteria and other microorganisms to adhere, thereby helping to suppress biofilm formation.
In this pitch, we will present the potential applications of our biomolecule stabilization technology in the medical and biotechnology fields, together with the potential of our biofilm control technology in environmental and industrial equipment applications.
We will continue to advance the practical application and commercialization of both technologies through technology evaluation, joint research and development, and business collaboration with companies and research institutions.
■ About the Startup Pitch
This startup pitch event is hosted by Daiwa House Industry Co., Ltd. with the support of the Kawasaki City Industrial Promotion Foundation.
Under the theme of “Applying Life Science to Address Environmental and Medical Challenges,” five startups will present their technologies and initiatives, with each company delivering a seven-minute pitch.
The event will showcase research and technologies in the life science field with the aim of contributing to the solution of social challenges and promoting practical application and commercialization.
■ Event Overview
・Date: November 19, 2026
・Organizer: Daiwa House Industry Co., Ltd.
・Supported by: Kawasaki City Industrial Promotion Foundation
・Theme: Applying Life Science to Address Environmental and Medical Challenges
・Presenting Companies: 5
・Pitch Duration: 7 minutes per company