Abstract
The University of Central Florida invention is a rapid-action, polymer-based hemostatic bandage system that can withstand uncompromising blood loss. The two-component mixture of the hemostatic system chemically reacts to form a stiff, non-toxic foam that forms an artificial blockage which creates an autogenous pressure on the wound to control and arrest profuse bleeding. The sponge-like, polymer-based foam acts as a “tamponade” by expanding rapidly and arresting bleeding within a matter of minutes and can be removed without any signs of embolism, or any form of tissue, muscular or vascular damage. This unique formulation presents an easy and economical approach to a biocompatible and hydrophobic hemostatic bandage system with spontaneous self-expanding properties. The system is also capable of remaining functional in inclement weather conditions, which is often the case in battlefields and fields of operation.
Partnering Opportunity
The research team is seeking partners for licensing, research collaboration, or both.
Stage of Development
Prototype available.
Benefit
Inexpensive, easy to apply, and remains functional in inclement weatherConforms to irregular deep woundsUses nontoxic and FDA-approved inorganic fillersSuperior rheological properties compared to many existing foam bandage systemsMarket Application
Medical supply companiesMilitaryHealthcare professionals such as medics, paramedics and first responders
Brochure
