Foodborne illness is a significant health and economic problem globally. Cross-contamination of food by pathogens via surfaces of food processing equipment is a leading risk factor in foodborne disease outbreaks. Antimicrobial coatings that make food contact surfaces self-sanitizing have potential to reduce cross-contamination and represent a $2.3B market opportunity. Despite that promise, the antimicrobial coating technology available for food contact surface applications is severely limited by a lack of food-grade coatings, lack of efficacy in high volume/organic matter environments, difficult application, high cost and challenges in use with legacy equipment. We have developed novel antimicrobial coatings to make food contact surfaces self-sanitizing to prevent cross-contamination. The coatings are made of food-grade, FDA GRAS materials. They are safe, effective, low-cost, environmentally friendly and useable on legacy equipment. The underlying technology was developed at University of California-Davis.
Monoclonal antibodies (mAbs) are a $300B market, about $20B in diagnostics and $30B in antiviral therapeutics. Yet antibodies require poorly scaling, expensive mammalian cells, vary with batch, are environmentally unstable, and are subject to escape by viral strain evolution. Protein Architects is developing beta solenoid proteins as “molecular Legos” for applications in self-assembly of nanoparticle based devices and materials. Our polyvalent, environmentally robust viral decoy proteins for antigen diagnostics and therapeutics can be scalably produced in microbial GMP facilities at 1/50 the cost per binder yet bind up to 1000000x stronger than antibodies. As receptor decoys, they align with viral evolution, and modular human design makes immunocompatible therapeutics. We are seeking seed financing and regulatory advising on our in development viral decoy antibody substitutes for SARS-CoV-2 antigen diagnostics and therapeutics. We are positioned to make a difference in this pandemic, and future viral threats.
Seven Biosciences is a GPCR targeted drug discovery company which engineers and uses cutting-edge technology. Seven’s proprietary technology are fluorescent sensors based on any GPCR, which enables the functional visualization of the conformational change of the receptor in response to the binding of a given compound in real-time. The technology can be used for high throughput screening of compound libraries against GPCR targets, including orphan GPCRs, as well as for profiling the physiologically relevant effects of candidate molecules. Additionally, Seven’s GPCR sensors can be expressed in vivo –enabling the monitoring of compound effects at the site of action in awake behaving animals and in disease models undergoing treatment with unmatched spatial and real-time temporal resolution.
Cognivive develops FDA-registered, personalized, evidence-based, prescription digital therapeutics used by patients at home to treat neuromotor and neurocognitive impairments resulting from stroke.
Theranostec have developed a novel, nanoparticle treatment platform allowing for targeted and effective chemotherapy, which can be enhanced with phototherapy, while also lowering toxicity.
AimRNA’s novel RNA bioengineering technology produces a wide variety of biologic RNA molecules through a large yield, cost effective bacterial fermentation process, among them a number of leads have been demonstrated efficacy and safety for the treatment of lung and liver cancer in animal models. We have been awarded with SBIR Phase I grant in 2018, and we are currently raising $500,000 to fund IND-enabling studies and $7 million for clinical investigations.
Sierra Biopharma is developing therapeutics that selectively neutralize, remove, and destroy immune components that lead to autoimmune diseases, starting with the orphan indication myasthenia gravis (MG). Sierra Biopharma has developed an antigen-specific therapeutic for MG that targets pathogenic antibodies (Abs) and the memory B-cells (mBCs) that lead to their production. This biologic compound currently binds to and neutralizes the main immunogenic region (MIR) in directed pathogenic Abs and should eliminate their mBCs.
VasoBio is startup company focusing on vascular disease treatment & medical devices. VasoBio has developed a proprietary ligand-based coating technology, VasoCoat, to improve vascular grafts and other blood contacting devices. Our technology overcomes the major barriers of currently available vascular grafts and possesses optimal functionality. The current focus of VasoBio is to apply VasoCoat to improve patency of hemodialysis vascular graft and reduce thrombosis, stenosis, and infection.