Develops biodegradable nanofiber-based drug delivery systems that enable controlled, single-use release of nutrients and medications through the skin, addressing challenges in wound care for conditions like pressure ulcers, burns, and diabetes. Additionally, creates eco-friendly packaging and edible food additives that reduce sugar content while increasing dietary fiber, promoting sustainability and public health.
Funding
Funding not disclosed
Founders
Product
Problem
Current wound care solutions often lack the ability to deliver nutrients and medications in a controlled, localized manner, hindering effective healing for conditions like pressure ulcers, burns, and diabetic wounds. Traditional food additives also struggle to balance sugar reduction with increased dietary fiber, especially for individuals managing diabetes. Existing packaging methods for food products may not be sustainable or provide adequate protection for essential ingredients.
Solution
Nonex GmbH develops biodegradable nanofiber-based systems for controlled drug and nutrient delivery through the skin, optimizing healing efficiency and patient comfort. The company's pharmaceutical technology facilitates targeted delivery of drugs and nutrients via topical or local applications with a single use. Nonex also innovates edible foods crafted from biodegradable polymers, reducing sugar content while increasing dietary fiber to promote healthier choices, particularly for diabetics. Additionally, Nonex creates eco-friendly protective packaging designed to preserve protein-rich foods and other essentials, ensuring product integrity while minimizing environmental impact.
Target Audience
The primary target audience includes healthcare providers treating wounds (pressure, burn, and diabetic), individuals managing diabetes, and food manufacturers seeking sustainable packaging solutions.
Features
- Biodegradable nanofiber technology for controlled release of drugs and nutrients
- Topical and local drug delivery systems for targeted wound care
- Edible food additives made from biodegradable polymers
- Sugar reduction and dietary fiber enhancement in food products
- Eco-friendly protective packaging for food preservation
- Single-use efficiency for medical and other applications
- Liposomal drug delivery for enhanced nutrient transfer