Marc Hedrick
Analyst · Maxim
Thank you, Paula, and good afternoon everyone. Welcome to our fourth quarter yearend 2016 earnings call. My name is Marc Hedrick, President and CEO of Cytori. Joining me on the call today is our Chief Financial Officer, Tiago Girão; and our Vice President and General Manager of Cell Therapy, Mr. John Harris. Let me briefly review the agenda for today's call. First, I'll give you an update on pipeline progress, including key updates on Cytori's Cell Therapy technology as well as our nanomedicine program. Secondly, John will discuss the commercial related activities and performance. Tiago will then update on our financial performance, and then we'll have Q&A, at which time I'll review key forthcoming milestones. So let's start off with cell therapy. So as I mentioned earlier this year, we christened our ECCS-50 product as Habeo, which was being developed initially for scleroderma. But going forward it's our intention to position it more broadly for the treatment of autoimmune conditions affecting the hand. In late Q2 we enrolled the 88th patient in the STAR U.S. scleroderma trial for ECCS-50, now Habeo. In Q4 we presented preliminary results of the blinded data from the STAR trial at the American College of Rheumatology Meeting in Washington D.C. We continue to follow these patients as planned. The full 12-month data log statistical analysis and readout in STAR is on track is expected in early Q3 2017. We also presented top line 36-month data from the pilot trial SCLERADEC-1. We showed a persistent clinical effect after 36 months that was consistent with the 24-month data recently published in Q4. Effects on Raynaud symptoms seemed to persist, which was an interesting finding in the 36-month follow-up. 10 out of the 12 patients reported no episodes in the RCFs instrument in the prior week at 36-month time point. In Q4 we received U.S. FDA orphan status approval for the treatment of scleroderma using the cryopreserved version of Habeo cell therapy; and this complemented the Q2 EU orphan approval for Habeo, which is independent of formulation in, other words cryorefresh. It's covered under that orphan approval. As planned in 2016, we applied for and received scientific advice from EMA on key questions regarding the approval pathway for Habeo in Europe. Based on the feedback, our plan is unchanged. We're going to rely primarily on the 88 patient STAR trial coupled with the SCLERADEC-1 pilot data, and up to 45 patients in the EU investigative initiative study called SCLERADEC-2. As mentioned previously, that study is enrolling slower than planned and we're working with the PI to complete that as soon as possible. Now in 2017, based on promising data from our SCLERADEC pilot trial, we are presently exploring the use of Habeo for secondary Raynaud's, founded a number of autoimmune and inflammatory conditions outside of scleroderma as an potential independent indication for use. Discussion with KOLs and internal preclinical evaluation is ongoing. If that supports moving forward, we intend to file for IDE later this year pending the outcome of the previously mentioned activities. Switching to our BARDA related program; the FDA IDE filing for the RELIEF trial as it'll be known for the safety and feasibility of adipose-derived regenerative cells in the treatment of deep partial thickness and full thickness thermal wounds was filed in Q4 2016 as planned. A $2.5 million BARDA contract option extension approved in 2016 is scheduled to end in April. Negotiations to extend the contract beyond its original term, incorporating the clinical option exercise which would fund the RELIEF trial are ongoing. FDA feedback on the RELIEF IDE trial has been received; their questions have been answered and the plan remains to have first patient in on the RELIEF trial in 2017. Now, switching to our clinical and other activities in Japan; earlier this month Cytori held a prominent position at Japan's premier meeting for regenerative medicine. That's called the JSRM or the Japanese Society of Regenerative Medicine, which met in Sendai just this month. A number of public updates and presentations were given regarding clinical studies using Cytori technology, facilitated by the newly approved regenerative medicine law. Things that are most relevant for shareholders are two studies. One is urinary incontinence and the PI for that trail, of the ADRESU trails as it's been called has reported that the ADRESU trial which as I mentioned before is primarily funded by MHLW continues to enroll at all sites and is on track to complete enrollment in 2017, and we anticipate completing the clinical study reporter CSR in 2018. Also Dr. Salazumi [ph] reported more detail on his parent institution's intention, that is a cancer Ariake to perform a trial for Cytori Cell Therapy for breast reconstruction. Their trail protocol remains under discussion with regulatory authorities and we'll provide updates when finalized in terms of the protocol and when we are so informed by the institution. Otherwise, a number of other new clinical studies had been approved or under active review under the new regenerative medicine law, which was fully implemented in late 2015. Our plan is to be selective on these calls and with shareholders in terms of how we discuss these and focus only on those that we believe can meaningfully impact the company, such as creating an expanded path for product approval reimbursement or that drive meaningful sales under the early access provisions in the new regenerative medicine law in Japan. And this point touches on a key point that the John Harris will bring out more completely later, and that’s a more complete articulation of our plan to bridge from some of the early access approaches and those provisions that are in Japan and Europe and elsewhere to a more therapeutically or entered approach to the market, as detected by approval for an orphaned therapeutic such as we're planning in the U.S. and Europe. So now let me pivot over to the discussion of what's going in terms of nano-medicine program. As I mentioned in January, we announced the close of our acquisition of Azaya therapeutics. Cytori identified in Azaya a unique and compelling opportunity to build on our late state cell therapy platform and develop next generation regenerative medicine therapies, which are currently in early development. But we also added two clinical stage drugs to our pipeline. The compound farthest along in clinical development is the chemotherapeutic ATI 0918. Generic nano-particle liposomal formulations of doxorubicin are used commonly for four indications in breast cancer, ovarian cancer, multiple myeloma and [indiscernible]. ATI0918 has successfully completed the required bio equivalency clinical evaluation and has been shown in ovarian cancer patients to be bioequivalent to Calyx, the reference listed drug in Europe. The in-house manufacturing of the O918 is an important part of the overall value equation for us. Currently marketed complex generic formulations of doxorubicin have experienced supply disruptions due to manufacturing challenges and facilities both inside and outside the U.S. Cytori intends to manufacture 0918 in our acquired Texas facility, capable of providing a reliable and sufficient supply to meet to global market demand in this and similar drugs. As we mentioned, but I'll summarize here, what's the commercial opportunity with respect to this 0918 product. According to independent industry research, the doxorubicin market is expected to grow to approximately $1.4 billion worldwide by 2024, and notably has been underserved in recent years and is forecasted to continue to be so. And this contributes to the positive revenue outlook that we forecast for this product, if approved. The commercial plan is to seek EU approval initially and commercialize to a partner. We know of no currently available generic versions of liposomal doxorubicin on the market in Europe. The timeline in Europe is that we currently estimate we will have 0918 manufactured and ready for EMA submission in 2018. In the U.S., Cytori will be communicating with the FDA as soon as possible to clarify whether a new BE trial, bio equivalency trial will be required in the U.S. or if the current trial may be of sufficient strength for approval under bio equivalency in the U.S. Outside of the U.S. and Europe, Cytori believes there are substantial commercial partnering opportunities for 0918 in regions outside, including the broader Asia-Pacific regions that we are exploring these currently. In many of these countries, Calyx, to which we are bioequivalent is a reference drug. The second compound in the acquired portfolio is ATI-1123, which is a patented nanoparticle stabilized liposomal formulation of Docetaxel. Docetaxel as I briefed you in our previous call in January has various branded versions but has been commonly used in profitable chemotherapy for years, and the 1123 product represents unique patented reformulation for potential next generation versions that may have clear advantages over Docetaxel alone. Our approach is going to be conservative for this product. We're going to build upon the completed phase 1 study and complete our ongoing analysis of the clinical and market opportunities for this drug. We believe it's promising but further study is warranted, and we intend to discuss that plan in further detail when finalized. Now I'll turn the call over to John Harris to discuss our commercial activities. John?