Marc Hedrick
Analyst · Maxim
Good afternoon. Thank you, Ian, and welcome, everyone, to our third quarter 2017 earnings call. My name is Marc Hedrick, President and CEO of Cytori and joining me on today's call is our Chief Financial Officer, Mr. Tiago Girao; and our VP and General Manager of Cell Therapy, John Harris, who is calling in from Japan. On the call today, I will provide an overview of the company's key areas of focus and provide a clinical development update. Then John will discuss commercial related activities and performance and finally, Tiago will update on financial performance. Then we will have Q&A after which I will update on forthcoming milestones. In early September, we refocused our strategy and restructured our operations. We did this so we can successfully meet our most important near-term objectives that will drive shareholder value. First of all, with respect to our HABEO scleroderma product, based on the STAR trial data set, we will have a PMA pre-submission meeting with FDA soon to determine the next steps for the program. As shareholders know, while STAR missed the primary endpoint in the combined patient group, in the key prespecified subset of patients with more severe disease, we showed that the treatment was safe and in key end points the therapy approached the statistical significance as defined by p-value of less than 0.05. Also the magnitude of improvement in the treatment over placebo was clinically meaningful in a population of patients that really has no true treatment options. We're also focused on completing STAR's sister trial in France that is the SCLERADEC-II EU investigator initiated trial that we hope will provide some supporting data to our regulatory filings. This is a 40-patient trial. Second, we are allocating resources to our cell therapy assets in Japan, and to BARDA, both of which are self funding. In Japan where we have the greatest adoption of our technology and where consumer sales has grown over the past 3 years, such that they have turned cash flow positive last year, and then also in the BARDA program, which we have received a recent $13.4 million contract option and are preparing to soon begin enrolling in our U.S. clinical trial called RELIEF. Finally, we're moving quickly to bring ATI-0918 our nanoparticle doxorubicin product through the EMA approval process. ATI-0918 is the company's nearest term and lowest risk pathway to substantial revenue growth in overall profitability. We have validated the manufacturing facility and made upgrades in that facility for scalability. The manufacturing of key pharmaceutical intermediates and shipping validation is now ongoing. Our sterile full-finish vendor is identified and our agreement with them has been signed. We are early in the preparation process for our EMA submission and we are in active discussions with potential commercial partners. So to meet all these various objectives successfully, we conducted a substantial operational and financial restructuring and decreased our cash burn to match our strategy. Specifically, we reduced our headcount from 70 to approximately 35 employees, which are positioned equally throughout areas of business, about a 1/3 are in San Diego, about a 1/3 in Japan and about 1/3 in San Antonio. We substantially reduced our operating cash burn, which is reflected in our revised [indiscernible] guidance and that will be covered by Tiago later in the call. We restructured our loan with options to provide potentially up to 1-year period of interest only and we filed a prospectus to proceed with the financing to via rights offering to obtain sufficient capital to meet key forthcoming milestones. Now a little bit more about the scleroderma program. As you know, on July 24, this year, we reported top line STAR trial data. The full data review is essentially complete and the abstract reflecting that data has been submitted and expected for presentation at the Systemic Sclerosis World Congress in Bordeaux, France, this February. Beyond the previously reported top line data, our analysis of the complete data set suggests that, of course, the treatment is indeed very safe, including both the tissue harvest and the injection procedure into the compromised hands of moderate to severely affected scleroderma patients. In our statistical analysis plan, the FDA approved a prespecified subgroup analysis of limited versus diffuse patients, anticipating a potential difference in the effect between these 2 very distinct subgroups. The diffuse subcutaneous scleroderma disease is the most lethal of all the rheumatic diseases and these patients tend to have more severe functional impairment of the hand as well as the solid organs. HABEO showed a clinically meaningful effect size and a borderline statistically significant effect on both hand function, which is the primary endpoint, and hack the eye, which is a key secondary endpoint in the diffuse patients over placebo. Other key secondary endpoints that we recently looked that were also suggestive of an improvement in hand function and health. An overview of that data is shown in our pre-writing prospectus, that's available on our website. So next steps with respect to this, as I touched on briefly before, is that we anticipate pre-submission meeting with the FDA soon. Likely, it will be after the holidays. The goal there is to determine the PMA device approvability or conditional approvability, perhaps, with restrictive claims. If the approvability is not an option, then we intended to obtain clarification on the exact next steps for approvability ultimately in the U.S. In addition, we are nearing full enrollment in the SCLERADEC-II trial in France with a planned enrollment of up to 40 patients as I mentioned. The trial design in that trial in France substantially mirrors STAR except that principally that the efficacy determination is to be evaluated at 12 weeks as opposed to 24 and 48 weeks that we looked at these end points in STAR. Of note, in the STAR trial, after 12 weeks, the primary endpoint, which is [indiscernible] hand function score and secondary endpoint is namely hack the eye and Raynaud's condition score were statistically significant in a combined group at 12 weeks. Improvement at 12 weeks in SCLERADEC-II married with STAR data maybe sufficient to support expanded approval in Europe beyond our existing capacity use approval. SCLERADEC-II results are anticipated in 2018. Likewise, with additional data in diffuse patients from SCLERADEC-II, this could support the STAR trial findings for our U.S. and Japanese regulatory efforts for HABEO. Our most recent PMDA feedback suggest that like the ADRESU, stress urinary incontinence trial, an open label trial without placebo may be acceptable for approval as an orphan device. Now onto our thermal and radiation injury program. The trial is called RELIEF and it's a safety and feasibility trial with single IV, intravenous administration of our cellular therapeutic and in this case DCCT-10, which [indiscernible] genetic cells for the treatment of the partial thickness and full-thickness thermal wounds. The trial and its related activities are fully funded by a cost-plus contract with BARDA, a division of the U.S. government. In terms of the trial initiation progress, we received FDA IDE approval. We're now actively working with multiple clinical sites, about half of the planned sites have been identified and we are working through the initiation process. BARDA has asked for a small protocol change recently that would likely delay first patient in late Q4 to early Q1, but with a rationale that it would speed overall trial enrollment, and it's worthwhile doing. Details of the trial were presented on the last call and could be found in the transcript. Now quick update on the Japanese urinary incontinence trial called ADRESU. ADRESU is a potential approval trial for cellular therapeutic in male post-prostatectomy patients with stress urinary incontinence, primarily funded by the Japanese government that continues to enroll in multiple sites. We are nearing complete enrollment in late 2017 or early 2018. And at 6 months, after the final patient is enrolled, there'll be an interim readout with a full readout at 12 months. Our intention is to file the Class III device approval thereafter if the data is indeed positive. And actually, probably next week, we plan on updating our shareholders on the broader set of investigator-initiated trials that have going on around the world, likely in the capacity of an investor note. Now to our nanomedicine business. Our lead nanoparticle drug is ATI-0918. It's a nano particle of liposomal doxorubicin that is bioequivalent to the current reference listed drug in Europe. Our goal remains to be the first generic on the market in Europe and it's a substantial market opportunity. But tangibly, our plan is to complete manufacturing at our San Antonio, Texas, plant in 2018 and then file for centralized EU approval after 6 months of stability testing is completed, which will then allow a preliminary review of our filing by EMA, which then can be fully completed once we have 12-month stability data and that's finalized. In previous work, we've shown that the product is stable well beyond 12 months. I believe this to be relatively low risk, that is the risk of ultimate stability testing at 12 months. As mentioned, our manufacturing ramp up is ongoing to meet the 2018 EMA filing time line that we set for ourselves. We have hired an experienced team in San Antonio that is fully up and running, has extensive experience in successful liposomal drug formulation and manufacturer and we've actually contracted with a sterile full finish vendor for packaging. Manufacturing capacity in our Texas facility is sufficient to meet all global supply scenarios for this product and commercial sales will be accomplished through a generics focused partner with an emphasis on the EU market. We're also evaluating opportunities in the EU and China and will update you as those become more real. So with that, I'd like to turn the call over to John Harris in Japan. John?