FILAMENTOUS FUNGAL PLATFORMS FOR PROTEIN INNOVATION
C1 and Dapibus™ – part of a growing ecosystem of recombinant platforms redefining scalability
Scalable Platforms for Recombinant, Animal-Free Protein Solutions
Engineered for speed, scale, and sustainability — Dyadic’s microbial expression systems redefine what’s possible in recombinant protein manufacturing. From C1 and Dapibus™ to future platforms, each is built for industrial performance and animal-free production.
C1
Production-Proven Platform
· Phase I clinical validation
· High yield, low cost
· GMP capable and scalable
Dapibus™
Yield and Cost Optimized
· Suited for food, nutrition, and industrial use
· Sustainable, low-cost manufacturing
· Low-carbon precision fermentation
Emerging Platforms
Next-Generation Microbial Systems
· Enabling new functionalities across microbes
· Adaptable expression for multiple industries
· Built for future-ready innovation
Key Attributes of Dyadic Fungal expression systems:
Proven at Scale
>100,000 L fermentations
RUO & GMP Compatible
Efficient tech transfer
Low-Cost Production
High-yield; Inexpensive media
Versatile Expression System
Complex and standard products
Robust Genetic Toolbox
Precision genetic engineering for higher productivity
From Gene to Scalable Protein
Dyadic’s filamentous fungal platforms harness the natural efficiency of fungi to transform genetic concepts into high-yield, animal-free proteins at industrial scale. These systems thrive on low-cost media, enabling economical production without compromising performance.
The C1 and Dapibus™ expression systems combine robust fungal strain engineering with flexible process design to deliver exceptional productivity across diverse applications. Operating efficiently over a wide range of temperatures (20–45°C) and pH (5–8), both platforms maintain stability and yield under varying fermentation conditions.
Because our fungal hosts secrete proteins directly into the culture, recovery is simplified — allowing downstream purification to be tailored for each product’s purity, functionality, and partner requirements.
