Sean Ianchulev
Analyst · Oppenheimer
Thank you, Tram, and welcome, everyone, to Eyenovia's first quarter 2019 earnings conference call. We kicked off 2019 with a number of successes, including completing our two MicroStat Phase III, the MIST-1 and MIST-2 study, which further validate our novel microdosing approach, which we believe will help us advance multiple programs towards safety initiations this year. Just last week, the Eyenovia team was at the American Society of Cataract and Refractive Surgery and American Society of Ophthalmic Administrators joint annual meeting to present our positive MicroStat Phase III trial results, which confirmed for the first time in an FDA registration trial that we can deliver drugs to the eye with high precision and efficacy using our microdosing technology. This confirmatory results set the stage as we work diligently towards initiation of our MicroPine Phase III program and expanded MicroProst Phase III program for IOP lowering, which we expect to begin enrolling patients in the middle, end of 2019, respectively. Before I discuss our upcoming trials, I'd like to review our recent activities and briefly highlight the results from our MicroStat MIST-1 and MIST-2 studies. Our MicroStat program for pharmacologic mydriasis or pupil dilation is our first program to complete Phase III trials, and last week, we were very proud to present positive data from our MIST-1 and MIST-2 trials at the ASCRS annual meeting. In each trial, MicroStat was shown to be safe and effective for pharmacologic mydriasis achieving clinically and statistically superior mean pupil dilation. Collective results for the study demonstrated that approximately 94% of treated eyes achieved pupil dilation of at least 6-millimeter at 35 minutes post-installation, which was the primary endpoint. Additionally, exploratory analogies of the data demonstrated that dilation was rapid in most patients with about 2/3 of the MicroStat treated eyes achieving the 6-millimeter dilation as early as 20 minutes post-installation. In both studies, observed adverse events were infrequent, transient and generally mild in nature. We are very pleased with the outcome of both Phase III studies and believe that our MicroStat program has the potential to improve in-office patient throughput efficiency and patient experience for the estimated $80 million annual office-based comprehensive and diabetic eye exams as well as the estimated $4 million mydriatic applications for ocular surgery in the United States. With no other FDA-approved co-formulation of phenylephrine and tropicamide to our knowledge, we aim to bring the first fixed-dose phen-trop combination to market. We are focused on preparing the registration stability manufacturing lots for MicroStat and expect to file a complete NDA with the FDA in 2020. With a major component of our MicroStat program complete, we continue to focus on our first-in-class back-of-the-eye program, MicroPine, aimed at reducing the progression of myopia in children. Earlier this year, we received FDA acceptance of our investigational new drug application to initiate our Phase III CHAPERONE study, and we have been working diligently over the past few months to prepare for its initiation and look forward to enrolling patients in mid-2019. We expect this single registration study will be a U.S.-based multicenter randomized, double-masked trial that will enroll more than 400 children and adolescents. Participants in the study will be equally randomized to receive treatment of either two MicroPine treatment concentrations or a placebo arm. To our knowledge, there are no FDA-approved therapies at this time to treat myopic progression, which can lead to progressive nearsightedness, decreased vision, and in advanced cases, a retinal detachment and retinal atrophy. However, with the support of a growing body of evidence, which has been generated from the ATOM1, ATOM2 and LAMP studies, that have demonstrated that low-dose atropine has the potential to slow myopia progression by up to 60% to 70%. We believe that our microdose formulation of atropine holds the potential to be the first FDA-approved treatment in this indication. In addition to our Phase III trial for MicroPine, we are also working to prepare our IND application for MicroProst for the lowering of intraocular pressure, or IOP, in an expanded patient population and expect to begin enrolling patients in the Phase III trial by the end of this year. After discussions with our scientific advisers and further discussions with the FDA, we made a decision earlier this year to expand the MicroProst program to include not only patients with chronic angle closure glaucoma, but also open angle glaucoma and ocular hypertension patients. We believe that expanding the patient population will not only allow us to treat a very broad population of approximately 4 million patients, but it may also potentially bring our novel microdosing technology through the vast majority of glaucoma patients as opposed to only those with chronic angle closure. Additionally, we have also streamlined the clinical program into a single Phase III registration trial, which will enroll approximately 250 patients. Similarly, we are also - recently refined our OTC program, MicroTears, to be developed as an ocular decongestant and anti-pruritic agent to address the red eye itching and ocular lubrication. We believe that this updated formulation will be able to address the current issues facing over-the-counter tear products by reducing the medication rebound effect, lowering preservative exposure and being significantly easier to administer by consumers. We anticipate continuing to develop the program towards an OTC monograph registration with the FDA and expect to launch MicroTears alongside our MicroStat program. Finally, we recently discussed some of the opportunities we see in ophthalmology where our platform technology could be successfully applied. As we continue to examine these opportunities, we believe that presbyopia may present an attractive value proposition for Eyenovia. Presbyopia is the nonpreventable age-related hardening of the lens, which causes the gradual loss of the eye's ability to focus on nearby objects and represents a prevalent vision issue that affects nearly 113 million Americans. Our research indicates approximately 20 million of those people could potentially benefit from a prescription drug treatment, and we believe that our high-precision microdosing technology, combined with the proven drug, pilocarpine, could provide a short-term improvement in vision in patients lasting approximately 3 to 4 hours while addressing the issues of [indiscernible] normally associated with microdose pilocarpine. This is an interesting opportunity for us, and we will continue to explore it as we continue to advance our pipeline of late-stage product candidates. With that, I would like to turn the call over to John to discuss our financial results.