DIC, Debut Biotech Team Up to Develop and Bio-Manufacture Natural Pigments for More Sustainable Food Colorants and Cosmetics
DIC Corporation (TOKYO:4631) announced a joint research development agreement with California-based biotech startup Debut Biotechnology, Inc., further enhancing DIC efforts to develop natural pigments for food colorants and cosmetics.
In recent years, increasingly urgent climate concerns have increased global consumer demand for biodegradable, naturally derived colorants—notably in foods and cosmetics—to replace synthetic petroleum-derived colorants. This rapidly increasing consumer demand has motivated major global brands to seek out more sustainable materials for their products.
Unfortunately, the increasing efforts to extract useful pigments from natural materials, including flowers or plants, continue to face significant commercialization challenges, including unacceptably low yields, excessive post-extraction waste generation, and environmental burdens, such as land and water use. Moreover, problems specific to agriculture, such as increasingly unstable weather as well as qualitative and quantitative fluctuations remain as barriers to efficient production.
While more organizations are now researching ways to efficiently culture bacteria, yeast, or algae, etc., using biological reactions within cells to produce needed materials, the by-products generated by these reactions continue to foil attempts to conduct reaction processes under optimum conditions.
Debut’s proprietary next-generation continuous cell-free biomanufacturing technology overcomes these traditional biomanufacturing barriers—retaining enzymes and other useful parts of cells, while discarding limiting parts. By working with vital cell enzymes and such under optimum conditions, Debut Biotech engineers optimize reactions, synthesizing stable targets with high purity to efficiently and continuously manufacture biomaterials and other active ingredients previously overlooked due to low material yields.
Debut, CEO Joshua Britton said, “With our advanced cell-free biomanufacturing platform, we’re able to produce color ingredients that are simply not possible with traditional fermentation-based biomanufacturing. Our colors are naturally-derived with a fraction of the inputs—less waste and energy—and without the use of petrochemicals. With this approach, we’re able to take on a level of complexity that creates whole new possibilities for the color ingredient landscape across industries. We’re thrilled to be working with DIC as they’re established leaders in the color ingredients industry.”
DIC Managing Executive Officer Kiyofumi Takano said, “DIC hopes to combine Debut's advanced knowledge of enzyme reactions and process design with DIC’s scale-up technology, quality control, and product development capabilities to develop and commercialize new sustainable, high value-added bio-based colorants, pigments, and healthy foods for global markets.”
To view this piece of content from cts.businesswire.com, please give your consent at the top of this page.
View source version on businesswire.com: https://www.businesswire.com/news/home/20210728005386/en/
Contact information
DIC Corporation
Keisuke Miyake
+81(3)6733-3033
keisuke-miyake@ma.dic.co.jp
About Business Wire
For more than 50 years, Business Wire has been the global leader in press release distribution and regulatory disclosure.
Subscribe to releases from Business Wire
Subscribe to all the latest releases from Business Wire by registering your e-mail address below. You can unsubscribe at any time.
Latest releases from Business Wire
Quectel Unveils Advanced Matter over Thread Modules for Seamless Device Interoperability13.11.2025 11:00:00 EET | Press release
Quectel Wireless Solutions, an end-to-end global IoT solutions provider, today announced the launch of the KGM133S, the first in a range of Matter over Thread modules that provides innovative solutions for applications such as smart door locks, sensors, and lighting, helping the smart home industry overcome connectivity barriers and advance toward a new era of more efficient and seamless development. The KGM133S series modules are built based on the Silicon Labs EFR32MG24 chip, supporting the latest Matter 1.4 protocol. The modules are designed to enable seamless linkage of home devices across ecosystems, including Apple Home, Google Home, Amazon Alexa and Samsung SmartThings. “Protocol fragmentation remains one of the biggest obstacles to seamless smart device connectivity, and the Matter protocol is the key to overcoming it,” said Delbert Sun, Deputy General Manager at Quectel Wireless Solutions. “With our new Matter over Thread modules, we are helping the industry achieve true inter
SBC Medical Group Announces Commencement of Tender Offer for Shares of Waqoo, Inc.13.11.2025 10:57:00 EET | Press release
SBC Medical Group Holdings Incorporated (Nasdaq: SBC) (“SBC Medical” or the “Company”), a global provider of comprehensive consulting and management services to the medical corporations and their clinics, today announced that on November 13, 2025, SBC Medical Group Co., Ltd. (the “Tender Offeror”) has resolved to acquire shares of common stock of Waqoo, Inc. (Securities Code: 4937, listed on the Tokyo Stock Exchange Growth Market; the “Target Company”) through a tender offer (the “Tender Offer”) pursuant to the Financial Instruments and Exchange Act of Japan (Act No. 25 of 1948, as amended; the “FIEA”), as described below. The Tender Offeror is a Japanese subsidiary ultimately owned by SBC Medical Group Holdings Incorporated (“SBCHD”), a U.S. corporation listed on NASDAQ and engaged in management support services for medical clinics both domestically and internationally. As of today, the Tender Offeror holds 353,600 shares of the Target Company’s common stock (ownership ratio: 9.49%).
IQM Launches Halocene, a New Quantum Computer Product Line for Error Correction13.11.2025 10:56:00 EET | Press release
IQM Quantum Computers, a global leader in superconducting quantum computers, today announced the launch of its new product line called IQM Halocene. The new product line is based on open and modular on-premises quantum computers designed for quantum error correction research, a leap towards the next generation of quantum computers. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20251113614564/en/ The first release of IQM Halocene will be a 150-qubit quantum computer with advanced error correction functionality. The system will enable users to advance their error correction capabilities, error correction research and to create intellectual property with logical qubits. In addition, the Halocene product line will allow execution of Noisy Intermediate Scale (NISQ) algorithms and the development of error mitigation techniques. “Halocene is the result of co-developing our technology stack with our partners and customers as we build
JSR Life Sciences Enters Definitive Agreement to Transfer Crown Bioscience to Adicon Holdings Limited13.11.2025 10:45:00 EET | Press release
JSR Life Sciences LLC ("JSR Life Sciences"), a global leader in life sciences materials and services, today announced it has entered into a definitive agreement to transfer Crown Bioscience Inc. ("Crown Bioscience") to Adicon Holdings Limited ("Adicon"), a premier independent clinical laboratory provider in China and a portfolio company of The Carlyle Group. The transaction, subject to customary closing conditions, is expected to close in 2026. This strategic move will enable Crown Bioscience to operate as a standalone entity under Adicon's ownership. Crown Bioscience's comprehensive portfolio of translational oncology services, including its world-leading patient-derived xenograft (PDX) models, tumor organoid platforms, immuno-oncology assays, and bioinformatics solutions, will transition to Adicon, positioning the company to accelerate advancements in precision medicine and drug discovery for oncology. Crown Bioscience's Global Biospecimens business, headquartered in Hamburg, Germany
Ohmium Breaks Barriers: Exceeds 2030 Industry Targets of 10 GW/ton to Achieve 18 GW/ton Iridium Utilization13.11.2025 10:05:00 EET | Press release
Ohmium International Inc., a leading provider of cutting-edge, high-efficiency, and modular Proton Exchange Membrane (PEM) electrolyzers, has surpassed the PEM electrolyzer industry's 2030 target of 10 GW per ton to attain an 18 GW per ton iridium utilization rate. Ohmium has made significant technological advancements which have resulted in reducing its iridium usage by 50% in its Lotus electrolyzer, Mark 2. This enhances the cost-competitiveness of green hydrogen production by reducing the overall cost of its PEM electrolyzers, which have been impacted by the cost of the precious metal, iridium. Dr. Chock Karuppaiah, Ohmium Chief Science and Technology Officer, said, "We've made significant strides in reducing iridium usage in our PEM electrolyzers, exceeding the 2030 industry target of 10 GW per ton. We've achieved a utilization rate of 18 GW per ton. This innovation is crucial, as iridium is one of the most expensive materials in electrolyzer manufacturing.” Dr. Markus Tacke, Ohmiu
In our pressroom you can read all our latest releases, find our press contacts, images, documents and other relevant information about us.
Visit our pressroom
