We are creating a corneal tissue substitute that offers sustained critical quality attributes under ambient shipping and storage conditions, surgical installation like that of donor cornea, and preservation of natural ocular aesthetics. This product addresses deficiencies presented by competitor artificial cornea products such as opacity of the implant optic, poor integration, and overly cumbersome surgical procedures. Vision restoration that preserves the natural ocular aesthetic enhances the patient’s quality of life, allowing him or her to feel comfortable in social settings. The option for ambient temperature shipping and storage is critical for expanding access to cornea transplant as inadequate tissue banking precludes global access to cornea transplant. Our novel artificial cornea is a logistically accessible implant material that is intended to enable long term optical clarity and stable integration into the patient’s ocular tissue....
We are creating a corneal tissue substitute that offers sustained critical quality attributes under ambient shipping and storage conditions, surgical installation like that of donor cornea, and preservation of natural ocular aesthetics. This product addresses deficiencies presented by competitor artificial cornea products such as opacity of the implant optic, poor integration, and overly cumbersome surgical procedures. Vision restoration that preserves the natural ocular aesthetic enhances the patient’s quality of life, allowing him or her to feel comfortable in social settings. The option for ambient temperature shipping and storage is critical for expanding access to cornea transplant as inadequate tissue banking precludes global access to cornea transplant. Our novel artificial cornea is a logistically accessible implant material that is intended to enable long term optical clarity and stable integration into the patient’s ocular tissue.
More information

Employees

Amelia Zellander
Admin
Amelia Zellander CEO I want to expand patient access to tissue replacement and repair solutions. My work focuses on achieving this via engineered tissues.