Develops bioadhesive technologies inspired by natural adhesives, such as barnacle glue and spider silk, to create rapid, robust bonding solutions for wet, contaminated, and uneven biological surfaces. These technologies address challenges in medical applications, including wound healing and surgical adhesion, by providing coagulation-independent, strain-programmed, and multi-form factor solutions.
Funding
$3.7M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
BIFounders
Product
Problem
Achieving rapid and robust adhesion to biological tissues is challenging due to the presence of wet, contaminated, and uneven surfaces. Current medical adhesives often lack the necessary strength or speed for effective bonding in these conditions, hindering wound closure and surgical procedures.
Solution
SanaHeal develops bioadhesive technologies inspired by natural adhesives, such as barnacle glue and spider silk, to create rapid, robust bonding solutions for wet, contaminated, and uneven biological surfaces. Their technology mimics nature’s ability to adhere to challenging surfaces, offering diverse form factors suitable for various applications and indications. SanaHeal's solutions aim to provide coagulation-independent, strain-programmed adhesion, addressing critical needs in wound healing, surgical adhesion, and other medical applications. The bioadhesives are engineered to overcome the limitations of existing adhesives, ensuring strong and rapid bonds even in the presence of moisture and contamination.
Target Audience
The primary target audience includes medical professionals in need of advanced wound closure and surgical adhesion solutions, as well as researchers in the fields of biomaterials and tissue engineering.
Features
- Bioadhesive technology inspired by natural adhesives like barnacle glue and spider silk
- Rapid bonding capabilities for use on wet, contaminated, and uneven biological surfaces
- Coagulation-independent formulations for effective hemostatic sealing
- Strain-programmed patches for enhanced wound healing
- Diverse form factors adaptable to various applications and indications