A novel hydrogel matrix for encapsulating probiotic bacteria, enhancing survival during gummy production. This thermostable solution improves viability by leveraging bacterial cellulose and nanomaterials.
This innovative solution involves the encapsulation of probiotic bacteria within a thermostable natural nanocomposite hydrogel matrix. The primary goal is to enhance the survival of probiotics during the production of probiotic gummies. The hydrogel matrix, inspired by the survival mechanisms of Kombucha-producing bacteria, offers high thermal stability and insulation properties, ensuring that probiotics remain viable through the manufacturing process.
Key features:
This technology is currently at TRL 4, having undergone laboratory validation. Future steps include optimizing entrapment processes and scaling the incorporation of the hydrogel matrix into gummy production.
UNC Greensboro is a comprehensive public research university in Greensboro, North Carolina, within the UNC System, offering broad liberal arts and professional programs. Industry collaboration is anchored by Gateway Research Park—a joint venture with NC A&T—that co-locates companies with university labs and the Joint School of Nanoscience and Nanoengineering, providing access to advanced characterization and fabrication facilities. The university’s Piedmont Triad location offers ready connections to a regional industry and supply‑chain hub. Research is supported by competitive federal awards from agencies such as the National Science Foundation and National Institutes of Health. A dedicated technology transfer office assists with IP, licensing, and startup formation.