Delphinus Biotech offers Bellerofast, a plant-derived fusion molecule that provides long-lasting surface protection against bacteria and viruses. This innovative solution neutralizes pathogens on contact, offering residual efficacy for extended periods on high-touch surfaces in public and private spaces.
Funding
Funding not disclosed
Founders
Product
Problem
High-touch surfaces in public and private spaces are vectors for bacterial and viral transmission, posing a significant public health risk. Conventional disinfectants offer only short-term protection, requiring frequent reapplication to maintain efficacy against persistent pathogens.
Solution
Delphinus Biotech has developed Bellerofast, a novel fusion molecule engineered for long-lasting surface protection against a broad spectrum of bacteria and viruses, including coronaviruses. This molecule functions as a biological trap, neutralizing pathogens upon contact and providing extended efficacy beyond that of traditional disinfectants. Bellerofast is designed for application on frequently touched surfaces in environments such as public transport, retail spaces, and offices, creating a demonstrably safer user experience. Its formulation is derived from plant-based genes, ensuring it is non-toxic and safe for human contact, even with incidental ingestion.
Target Audience
The primary target audience includes facilities management companies, public transportation operators, retail businesses, and any organization responsible for maintaining hygienic environments in high-traffic areas.
Features
- Fusion molecule with inherent antiviral and antibacterial properties, derived from plant gene combinations.
- Neutralizes pathogens upon contact through a "biological trap" mechanism.
- Provides multi-day residual protection on treated surfaces, significantly exceeding the efficacy duration of conventional disinfectants.
- Transparent, odorless, and colorless formulation.
- Non-toxic and safe for human contact, including accidental ingestion.
- Applicable to a wide range of high-touch surfaces, including handles, public transport seating, shopping trolleys, and electronic devices.
- Patent pending for its novel molecular structure and application.