Making It Possible
NDA Filed December 2020
Anticipated Approval 2022
Estimated US Market Size: $250M
Currently in Phase 3 Studies
Planned Phase 3 Completion 2022
Estimated US Market Size $7.7B
*Outlicensed to Asia
Currently in Phase 3 Studies
Planned Phase 3 Completion 2024
Estimated US Market Size $5.0B
*Outlicensed to USA, Canada, Asia
We create transformative therapies for use in progressive myopia, presbyopia, and mydriasis. Our innovation in ophthalmic delivery has potential to change the way eyecare professionals and patients view eye care modalities. Eyenovia strives to create drug therapies that are more effective, safer, and smarter than traditional eyedroppers. Our Optejet® dispenser is designed to deliver minimal amounts of medication to the eye, horizontally, while maintaining similar efficacy to traditional eyedropper treatment. The Optejet also comes equipped with Bluetooth capability, to help track patient compliance and adherence more easily.
We envision the Optejet’s technology being utilized for additional applications and drug therapies. Reduction in systemic exposure and toxicity with the Optejet’s microdosing, compared to a traditional eyedropper, could mean the dispenser may have a better tolerability and safety profile than existing topical treatments. For therapies where adherence is vital to treatment success, the Optejet can assist with patient compliance.
Eyenovia Announces Positive Study Results Demonstrating that its Optejet® Delivery Technology Reduces Conjunctival Cell Toxicity from Preserved Ophthalmic Solutions to a Level Comparable with Non-Preserved Solutions
Study conducted with Tufts Medical Center represents a breakthrough showing that Microdose Array Print (MAPâ„¢) technology can provide similar benefits of non-preserved medications NEW YORK, March 15, 2022 (GLOBE NEWSWIRE) — Eyenovia, Inc. (NASDAQ: EYEN), an ophthalmic pharmaceutical technology company developing a pipeline of microdose array print (MAPâ„¢) therapeutics, today announced positive results from a research study conducted in […]