Tom LaVoy
Analyst · Maxim Group. Please go ahead
Thank you, Stephanie. And good afternoon everyone. Welcome to the IsoRay’s second quarter earnings conference call. I’ll begin to call with an overview of our second quarter results and discuss some developments during the quarter. I’ll then turn the call over to Michael Krachon, our VP of Sales and Marketing. Mike will talk about the drivers of our sales gains and the increasing traction of our new sales and marketing initiatives. I’ll end the call with the discussion of our second quarter results, operating initiatives and guidance before opening it up for questions. IsoRay had a great second quarter. Revenues were up 50% over last year's second quarter and 27% over the first quarter. This is the fourth consecutive quarter of increasing year-over-year rep sales. And we believe this confirms our upward trend. Second quarter revenue of $1.54 million follows revenue of $1.2 million in the first quarter, and $1.28 million and $1.37 million in the third and fourth quarters of fiscal 2017, respectively. Twelve months trailing revenue is now $5.4 million, this is the first time we've crossed the $5 million mark since 2012. Sales were driven by expanding usage of Cesium-131 by existing and returning physicians. We've also been adding new doctors to our customer list as they go through the process of training and licensing of new facilities. Mike is going to go into more details in a few minutes, but we're pleased with the progress we've made over the last 18 months through focused execution of our two-pronged growth strategy. Our strategy is focused on revitalizing the prostate brachytherapy market through investment and support for the industry and promoting development of our new surgical applications. As a reminder IsoRay is the exclusive producer of Cesium-131, which we believe is the next generation brachytherapy isotope. In its simplest form Cesium-131 provides faster delivery of its radiation dose than other existing permanently implanted isotopes, while providing a broader distribution of the energy. This delivers what we consider the goldilocks effect for treatment delivery, quick energy with even dose across a varied targeted area. We see Cesium-131 as a potentially a disruptive alternative to the global radiation therapy market, which is projected to reach 9.3 billion by the year 2024. Two recent publications in particular highlight the long-term efficacy and safety of the procedure. These include the Chicago Prostate data, demonstrating long-term nine-year outcomes with comparative disease control for Cesium-131 and Iodine-125. And the Benoit data from the University of Pittsburgh Medical Center or UPMC, showing the positive side effect profile following implant of Cesium-131, including a rapid recovery and sustained quality of life. The UPMC study was published in the International Journal of Radiation Oncology, also known as IJROBP journal, which is the definitive journal for radiation oncologists. Last spring there were two other studies published in the IJROBP journal that highlighted the unique qualities and positive outcomes from the use of Cesium-131. These include a study done by Dr. Jonathan Feddock at the University of Kentucky, demonstrating positive results from a gynecological procedure that for the first time provides a viable alternative to complete exoneration for removal of all pelvic organs. Also a study conducted by Weill Cornell with long-term data on large brain metastases using Cesium-131 demonstrated high rates of tumor control. Cesium-131’s unique ability to deliver a highly targeted dose of intense radiation therapy, while limiting the radiation therapy while limiting the radiation exposure to surrounding tissue is well suited for brain cancer therapy. A lot of progress has been made in this area with the Weill Cornell method, as well as the GammaTile approach. As you may remember, we have a collaborative development agreement with GammaTile, who have IP in place and has made multiple poster presentations on their alternative method and delivery system for utilizing Cesium-131 to treat brain tumors. The GammaTile system uses FDA approved collagen tiles and embeds them with Cesium-131 seeds. Over a hundred patients have been already treated as part of an IRB study at the Barrow's Neurological Institute. As part of our agreement we are equally sharing cost as we collaborate on refining GammaTile’s manufacturing process and are working together to achieve 510(k) regulatory clearance and obtain reimbursement from the Centers for Medicare and Medicaid Services or CMS. During the quarter we signed a 10-year exclusive manufacturing agreement with GT Technologies, the producer of GammaTile, which is an important step on the path to commercialization. As we previously discussed, we project potential 510(k) clearance and reimbursement approval of the GammaTile product in mid calendar 2018. Upon FDA clearance, this will be an important new treatment option for over 50,000 patients with recurrent brain tumors, a large unmet clinical need. We are also excited about the results from the study published on January 16 and the open access journal Cureus, comparing the use of Cesium-131 and Iodine in the treatment of brain metastases. The authors from the University of California, San Francisco show that the short half-life of Cesium-131, as compared to Iodine-125 has a beneficial impact on dosing the resection cavity left after surgery, basically because the surgical cavity is shrinking with time, the faster you get that dose deposited, the better. To sum up before turning the call over to Mike, we’re working to advance what we believe are significant opportunities. We see for major markets prostate cancer, brain, gynecological and head and neck cancers. Together, these represent an annual addressable market for Cesium-131 of approximately $700 million. I'll now turn the call over to Mike to discuss our sales drivers. Mike?