PROKERA®: Demonstrated Effectiveness in Managing Serious Ocular Surface Diseases Like Keratitis

For patients with ocular surface disease, CORNEAL HEALING IS CRUCIAL.^{1, 5}

PROKERA® biologic corneal bandage devices are used by eye doctors around the world to heal and treat ocular conditions such as keratitis, moderate to severe dry eye disease, recurrent corneal erosions, filamentary keratitis, persistent epithelial defects, neurotrophic corneas, herpetic ulcers, and many other ocular surface diseases such as chemical burns and Stevens-Johnson syndrome.

Add PROKERA® to your treatment strategy for keratitis and other ocular surface diseases.

To learn more about PROKERA® Advantage, fill out the form to download our reference guide.

Trusted By Eye Doctors Worldwide

PROKERA^® biologic corneal bandage devices are trusted by eye doctors around the world to achieve better patient outcomes. 93% of patients with moderate-to-severe dry eye disease reported improvement after one PROKERA treatment.⁶ It can be easily placed during a regular office visit or used with surgical interventions.

Early Intervention

Early intervention with PROKERA® rapidly restores the cornea’s own healing capabilities, reducing inflammation, improving corneal health, and optimizing long-term outcomes.

Effective Early Intervention

PROKERA^® contains the only cryopreserved amniotic membrane that is FDA-cleared and has demonstrated effectiveness in reducing harmful inflammation^1,2, minimizing scarring^2,3 and achieving corneal clarity¹.

Neel Desai, MD, discusses the use of bypassing steroids in favor of the anti-inflammatory, anti-scarring properties in the biologic corneal bandage that restores the ocular surface without compromising the epithelial healing process.

Robert Mack, MD, discusses a new treatment option for recurrent corneal erosion, a common ocular disorder. PROKERA® can be used to restore corneal integrity, regain epithelial attachments, and prevent recurrence.

W. Barry Lee, MD recounts how a herpes simplex infection required a corneal transplant which healed in a few short days, instead of the expected weeks, through the use of a biologic corneal bandage.