Sean Ianchulev
Analyst · Roth Capital. Your line is now open
Thank you, Tram, and welcome everyone to Eyenovia's Third Quarter 2018 Earnings Conference Call. Over the course of 2018, we've worked diligently to advance our clinical program and now with the acceptance of our IND application for MicroStat for mydriasis, we expect to initiate our first Phase III study later this month. We also look forward to initiating two other Phase III studies for MicroPine for myopia progression; and MicroProst for chronic-angle closure glaucoma over the next four to six months. As we work to further support this upcoming trial, we have continued to develop and solidate our proprietary high precision microdose technology platform, which we recently branded the Optejet and remain very excited in the prospect of ushering in a paradigm in the way we treat cramp and back of the eye conditions. We have been active this past quarter presenting at multiple ophthalmology conferences as well as getting our PG21 study recognized in the fourth coming publication by the peer review journal Clinical Ophthalmology. In addition, we are pleased to announce that we have settled our previously disclosed litigation with certain former shareholders of Corinthian. Before I dive into our clinical programs and recent activities at ophthalmology conferences, I would like to highlight again our trademark submission for Optejet, which we have selected as the brand name for our proprietary container closure system to deliver microdoses of ophthalmic therapeutics. After identifying potential brand names and meeting with physicians, we decided Optejet was not only appropriate for our enabling technology, but also helpful and memorable for physicians we spoke with. The name itself can be broken down into three parts: Opt for the relationship [ph] between optometry and ophthalmology; E for Eyenovia; and Jet for the printjet technology we're using to micronize the drops and deliver precisely 5 to 9 micro liters of drop to the eye. As we have noted previously, we believe the Optejet is able to gently coat the ocular surface accurately, while also potentially reducing ocular toxicity and side effects. Optejet is a brand name that we hope to epitomize our platform technology as the Nobel non-incremental advancement in topical drug delivery for the eye going far beyond the conventional eye-dropper paradigm which has changed little for the past 100 years. More recently, we reported on the usability of the Optejet from our PG21 study, demonstrating topical delivery success rates close to 90% which is well above the 50% rate reported for the conventional eye droppers. In the third quarter, we took advantage of multiple opportunities to share our technology and the Eyenovia story with opinion leaders and industry veterans at some of the key ophthalmology conferences in New York and Chicago. In late September, we presented case studies and discussed the management and complications of treating front of the eye conditions, as well as introduced Eyenovia's breakthrough technology at the Ocular Surgery News Conference in New York. And just recently we were very pleased to present at the Ophthalmology Innovation Summit at the American Academy of Ophthalmology 2018 Conference, which have previously recognized Eyenovia for our Nobel-technology and potential in the field of Ophthalmology. As previously announced, we completed the full analysis of our PG21 study in August and I'm very pleased that Peer Review Journal of Clinical Ophthalmology has accepted it for publication. The study investigated the medication administration effectiveness in IOP lowering effect of microdose latanoprost 0.005% in 60 eyes of 30 healthy volunteers using the Optejet. In the study, subjects successfully self-administered microdose latanoprost nearly 90% of the time and the Optejet piezo-print microdose delivery was well-tolerated in all subjects. These results represent a significant improvement over the standard of care eyedropper which was successfully self-administered less than 50% of the time as demonstrated by multiple peer review studies. In addition, a single microdose which uses 75% less drug and preservative than a standard eyedrop achieved 29% IOP lowering from baseline, a robust IOP lowering effect consistent with the 26% effect seen in other studies of conventional eyedrop latanoprost. Overall, these results were very informative and we intend to leverage them as we move ahead with our Phase III trials. I would now like to turn the focus to our clinical programs, which are approaching Phase III initiation or over-the-counter registration as is the case for MicroTears. Let me start with MicroStat for pharmacologic mydriasis of pupil dilation which is a standard part of the comprehensive eye exam, as well as the diabetic retinopathy exam. We submitted our IND application for MicroStat in early October and are very pleased to have received acceptance from the FDA. With the green light to move ahead with our Phase III trials, we expect to initiate the studies this month and announce top line data in the first half of 2019. The trials will be multi-center double-blind superiority trials with 65 subjects in each trial. The first trial will examine microdose phenylephrine tropicamide versus microdose tropicamide versus microdose phenylephrine; and the second trial will examine microdose phenylephrine tropicamide versus microdose artificial tears. The primary end point in both studies will be the main change in pupil diameter at 30 minutes versus baseline. We estimate there are currently over 80 million dilated eye exams performed each year, which could create a significant market opportunity for MicroStat. We anticipate that with the combination of the Optejet and our novel-pixels [ph] combination of tropicamide and phenylephrine, we could have the opportunity to offer ophthalmologists and optometrists a compelling product compared to the existing method of dilating eyes. We are very excited about the MicroStat opportunity as in our opinion, it could provide important validation of our entire platform delivery technology in the context of a Phase III FDA program. This is particularly meaningful as all of our programs use the same fundamental delivery microdose technology. Our next program, MicroPine for the prevention of myopia progression remains what we believe is the crown jewel of our therapeutic pipeline. Myopia progression is a back of the eye disease, characterized by increased axial length and progressive elongation of the eye causing increased refractive error in nearsightedness. There are an estimated 5 million children who suffer from severe myopia progression in the U.S. alone and by 2055, we expect the rates of visual impairment to increase 7 to 13-fold which could lead to an increased stasis of retinal detachment, myopic retinopathy, and permanent vision loss in an increasing number of patients. In China, reports show nearly half of the population and up to 80% to 90% of all adolescents are nearsighted. Recently, published collaborative studies by major academic institutions kept collective five-year data in large randomized trial examining atropine, an anticholinergic agent as a potential treatment to slow myopia progression by up to 60%. But despite the success of these efforts, there remains no FDA-approved treatment as current formulations of atropine have an unacceptable safety profile with significant side effects. However, thanks to the Nobel piezo-print microdosing technology within the Optejet, we believe we have the ability to deliver a patented microdose of atropine, that while effective, also offers better tolerability and safety profile compared with standard doses. As we accelerated our efforts in the MicroPine program over the course of the third quarter, we are rapidly moving towards an IND submission and look forward to starting the Phase III study in early 2019. Our third program, MicroProst for the treatment of chronic-angle closure glaucoma could be the first approved IOP lowering therapy in this indication. Chronic-angle closure is characterized by increased intra-ocular pressure and optic neuropathy and we estimate accounts for approximately 580,000 cases in the U.S. and up to half of all glaucoma diagnoses in China. Despite the significant medical need, physicians currently resort to using open-angle glaucoma treatments off-label. We believe that along with the Optejet, we will be able to provide an improved treatment paradigm for patients in this chronic indication. We're very excited to submit the IND application for MicroProst in short order to enable Phase III trial initiation in the first half of 2019. In our fourth program, MicroTear aims to introduce our breakthrough microdosing technology through the Optejet to the estimated $2 billion dry eye market. With its straightforward over-the-counter development pathway through registration, we believe that once we complete the formulation and manufacturing ramp up, we may be able to introduce MicroTear in parallel with MicroStat in early 2020 to physician offices around the country. This is again in-line with our strategy of introducing physicians and consumers to the technology, effectively priming the market before we introduce our other candidates to the market. With that, I would like to turn the call over to John to discuss our financial results.