Dyadic Announces Funding Award from CEPI to Use C1 to Accelerate Development of Protein-Based Vaccines

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Dyadic International, Inc.
Dyadic International, Inc.

JUPITER, Fla., March 20, 2025 (GLOBE NEWSWIRE) -- Dyadic International, Inc. (“Dyadic”, “we”, “us”, “our”, or the “Company”) (NASDAQ: DYAI), a biotechnology company focused on the efficient large-scale manufacture of proteins for use in human and animal vaccines and therapeutics and for use in non-pharmaceutical applications including food, nutrition, and wellness, today announced that it has received a funding award from CEPI to use C1 to accelerate the development of protein-based vaccines.

CEPI is providing US$4.5 million to non-profit Fondazione Biotecnopolo di Siena (FBS) for proof-of-concept research that will explore whether producing antigens in C1 filamentous fungus—applying technology owned by Dyadic—is a faster and cost-effective alternative to the more established route of producing antigens in mammalian cells.

While producing protein antigens in mammalian cells is an effective way of developing protein-based vaccines, the process can take four to six months. This is because they require the creation of a stable cell line—cells engineered to consistently produce the target vaccine protein—which involves extensive testing. In contrast, a C1 fungus cell line could be used to rapidly produce a pool of cells that generate the same quality vaccine protein without the need for such time-consuming testing, enabling faster protein production. This project could slash the development time for vaccine production and release to just 35 days, helping vaccines to enter Phase 1 trials much sooner.

The researchers also hope that the C1 fungus technology will produce large quantities of proteins which can be easily scaled, with a reduced need for complex or expensive biopharmaceutical facilities compared to those required for mammalian cell cultures. This affordability means the technology would be suitable for transfer to regional manufacturing, where vaccine manufacturing infrastructure may be less established, helping to meet local needs in support of greater access.

The CEPI-FBS partnership supports the 100 Days Mission—a goal embraced by leaders of the G7 and G20 to reduce vaccine development timelines to a little over three months in response to a pandemic threat.

Dr Raafat Fahim, Interim Executive Director of Manufacturing and Supply Chain, CEPI, said, “Protein-based vaccines play a crucial role in combating emerging infectious diseases. However, the current manufacturing processes for producing these vaccines can be both costly and time-consuming. By leveraging the growth capabilities of fungi, we can potentially produce the necessary proteins up to four to six times faster than traditional methods. This would accelerate the transition of promising vaccine candidates into clinical trials and enable faster large-scale production during emergencies. The flexibility, speed, and affordability of this fungal-based approach make it especially valuable in outbreak situations where time is of the essence.”