Khoso Baluch
Analyst · Rodman & Renshaw. Please go ahead
Thank you, Josh. Good afternoon, everyone, and thanks for joining us today. I'm very pleased to introduce myself formally as the Chief Executive Officer of CorMedix, a position to which I was appointed in October. I come to CorMedix with several decades of operational and commercial experience with prominent biotechnology and biopharmaceutical companies, including Eli Lilly and UCB Pharma, and I'm very excited about the opportunity to lead an organization that is focused on developing and bringing to market an important new anti-infective product in the U.S. My number one priority is to complete the ongoing clinical development program and to secure FDA approval. I will provide an update on the status of our development program for Neutrolin later on during this call. In the room with me this afternoon is Jim Altland, our Interim CFO, and on the call are, Dr. [Steve Hayward] [ph], our Medical Director; Jack Armstrong, our Executive Vice President of Technical Operations; and our CSO, Tony Pfaffle. They will be available during the Q&A portion of our conference call. Let me begin by giving you an overview of Neutrolin. As many of you know, CorMedix is focused on developing and commercializing Neutrolin, a product to prevent catheter related blood stream infections in patients who have an implanted central venous catheter or CVC, also known as central line. Depending upon the medical condition being treated, these patients are subject to frequent direct access to the blood stream via the catheter over a period of time ranging from days to several months. This presents repeated opportunities for infections to develop. Aside from being potentially life-threatening, catheter related blood stream infections often result in a significant longer hospital stay and can cause permanent health complication in patients who are already very frail due to end-stage renal disease. Hospital programs enforcing sterile techniques have been shown to be effective at reducing overall infection rate, but infections still occur. One of the reasons for this persistence is the growing threat of antibiotic resistance, which continue to confound efforts to minimize catheter infections and it's a significant public health concern. In the face of antibiotic resistance and a vulnerable patient population, we expect Neutrolin to emerge as an anti-infective with a broad spectrum mechanism of action that will be proven effective against most types of bacteria and fungal infections, including MRSA that can cause catheter related blood stream infections without any evidence of resistance. Importantly, these blood stream infections also cost the U.S. healthcare system several billion dollars every single year. In addition to the adverse impact on patient health and the burden on the system from the higher cost of care, hospitals are affected as they no longer are fully reimbursed for care given to patients who are readmitted with an infection within 30 days of discharge. For these various public health and far more economic reasons, it is absolutely imperative for hospital and dialysis center globally to dramatically reduce with the hope of entirely eliminating catheter related blood stream infections. Our lead product candidate, Neutrolin, aligns perfectly with this important goal, which is why we are working hard to enroll patients and complete the clinical trials and why we believe it can be a successful product in the U.S. if approved by the FDA. Neutrolin contains a powerful anti-infective molecule called taurolidine, which is designed to prevent microbians from colonizing the inside of the catheter and causing blood stream infections. Our current formulation of Neutrolin also contains heparin, a common anticoagulant agent which prevents the formation of blood clots or thrombosis that blocks the catheter flow, another major complication associated with central venous catheters. By simultaneously reducing infection and thrombosis, Neutrolin can protect both patient and hospital from dangerous and costly complications. In fact, we have shown evidence in previous clinical trials as well as a post-market observational study in Europe that Neutrolin is effective at preventing a significant number of blood stream infections. We hope to replicate these positive results in the ongoing Phase 3 clinical study. Now let me enter into where we are with the enrollment. LOCK-IT-100, the first of the two Phase 3 studies required to file for Neutrolin approval in the United States, is currently enrolling patients with CVCs who are receiving hemodialysis for end-stage renal disease, and completing this study expeditiously as possible is our highest priority at this time. Since the last quarterly update, CorMedix has continued to enroll patients and engage additional clinical sites for this trial. The Company also recently completed a comprehensive assessment of LOCK-IT-100, involving some of our principal investigators and other clinical staff for multiple clinical sites, as well as a number of our key opinion leaders, regulatory counsel and biostatisticians. Based upon the outcome of this assessment and in consideration of the patient enrollment rates, we are revising our estimate as to the likely date of trial enrollment completion. We now expect to complete patient enrollment for LOCK-IT-100 in the fourth quarter of 2017. The reason for this delay are two-fold. In some cases, fewer patients have been enrolled than were projected initially by the sites. Specifically, certain sites have taken longer than anticipated to come online and ultimately have fallen short of the enrollment benchmarks upon which are based our enrollment estimates. Additionally, we found a significant number of hemodialysis patients, who are prime candidates for our study, are being blocked from enrolling during the screening process, either because of antibiotic use, hospital admission or [indiscernible] factors under the approved protocol. While we had anticipated that this would happen in this very frail, end-stage renal disease population, it now appears to be happening with much higher frequency than was projected. While these patients remain eligible for future enrollment and rescreening once the condition resolves, this phenomena has caused delays in getting sufficient number of patients enrolled and randomized into the study. Going forward, our clinical and regulatory teams have developed a multipronged strategy to enhance our trial processes and accelerate patient enrollment. Let me cover with you what we are doing. First, we are implementing various initiatives to increase enrollment rate at our existing clinical trial sites. Second, we are aggressively activating additional dialysis practices focusing on those with enthusiastic investigators and high number of hemodialysis catheter patients. To date, these types of sites have exceeded enrollment target and appear to be particularly motivated to have their patients participate in our study. We are also terminating underperforming sites. Third, we are working with our sites to promote more efficient rescreening of the patients who could not be enrolled due to the various factors that arose during the initial screening. Finally, by working more closely and effectively with our clinical research coordinators and the principal clinic investigators, we now have a better appreciation for the challenges they face in enrolling in our trial, and we can also be able to identify ways in which we can better support them. While we have been frustrated by these delays, we are confident that we can execute our plans and complete the study. In addition to completing LOCK-IT-100, we are also in discussions with the FDA to finalize the design of our second and final pivotal steady for Neutrolin, LOCK-IT-200. As we have mentioned previously, the FDA has been very helpful in their guidance for Neutrolin clinical development, allowing us to conduct LOCK-IT-200 in a distinct patient population, mainly oncology patients with a chronic central venous catheter. This is another large patient population that could potentially enhance the product label for Neutrolin beyond hemodialysis, upon approval. We are grateful to the FDA for enabling us to pursue this approval pathway and we are continuing to work with the agency on the final protocol. As was mentioned on the last call, the specific timing of initiating the LOCK-IT-200 will be flashed out at a later date based on the final protocol and funding. I want to end this segment by reminding you that the FDA has recognized Neutrolin potential by granting us Fast Track designation as well as Qualified Infectious Disease Product or QIDP designation under the Federal GAIN Act. Both of these designations provide potential value for Neutrolin in terms of the additional FDA guidance during pivotal development and potential priority review of our NDA as well as additional five years of market exclusivity, should we be granted approval. Beyond Neutrolin, we are excited about the prospects of our taurolidine-based platform, based upon the broad applicability of its antimicrobial and potential therapeutic properties. To that end, we are evaluating the feasibility of new indications and formulations of taurolidine by establishing several early research collaborations. These collaborations are at a very early stage, and so you will appreciate that I cannot go into a great detail at this point. But I can say that they are focused on potential oncology treatments as well as on certain biomedical device applications. As one example, during the third quarter we announced our newest collaboration with an organization known as POETIC, which stands for Pediatric Oncology Experimental Therapeutics Investigators' Consortium. We are excited to be working with several leading National Cancer Institute centers that are part of POETIC, including Memorial Sloan-Kettering, the Cornell Medical Center, and Alberta Children's Hospital, to develop our proprietary formulation of taurolidine as a therapy for rare pediatric tumors, based on taurolidine's apparent ability to inhibit tumor growth and promote cancer cell death and antitumor immune activity. The collaboration is focused initially on identifying orphan indications, including pediatric neuroblastoma and osteosarcoma. Let me now move into the third quarter financials, which was filed yesterday with the SEC on the Company 10-Q. My comments will focus on the recent quarter and financial status. Net loss for Q3 2016 was US$9.1 million, or $0.23 per share. Operating loss last quarter, that is Q2 2016, was $4.9 million or $0.13 per share. The increase in operating loss from the previous quarter reflects the increased activity in the ongoing Phase 3 LOCK-IT-100 trial. Cash on hand as of September 30 is US$26.7 million, versus $28.6 million on hand as of quarter ending June 30, 2016. Cash used in operations this quarter, that is Q3 2016, was $6.5 million, the difference from the operating loss reflecting non-cash expenses and working capital adjustments. The use of cash is primarily focused on conducting our Neutrolin Phase 3 program and related G&A activities. The operating cash burn was partially offset by cash from financing sources. We received approximately $400,000 for the exercise of stock options for 567,500 common shares, and $4.2 million from the sale of 2,541,716 shares of common stock under our existing ATM program. As of September 30, 2016, we have approximately $4.1 million remaining available under the current ATM. We also have an additional $40 million available under our new ATM program once we can access it upon SEC effectiveness of the registration statement and the waiver from Elliott. Once again, our goal is to remain focused on the clinical trial execution of our Phase 3 study and operate the Company as efficiently as possible. Completing our pivotal clinical program to gain FDA approval to market Neutrolin in the U.S. is the most significant catalyst for the Company, but reaching that milestone will require more cash than we have available today. We have long disclosed that our current financial resources are not sufficient to complete LOCK-IT-100, nor to complete the contemplated second pivotal study. As we reported previously, we will need to raise additional capital. As we have done in the past, we plan to raise capital sensibly and on the more favorable terms for our shareholders, managing unnecessary dilution against the need for CorMedix to be sufficiently funded to reach the key value inflection points. In the short term, we will optimize our existing cash while we evaluate our financial options. We believe this strategy has the potential to deliver maximum value for our shareholders upon clinical success for Neutrolin. In conclusion, before moving into the Q&A portion of the call, let me summarize my thoughts about CorMedix and our prospects. We believe there is a clear unmet medical need for a product like Neutrolin, which has the potential to significantly reduce catheter related blood stream infections. We expect to benefit from the increasing awareness and attention focused on preventing these infections. We believe the public health and cost-containment pressures will enhance this opportunity, since Neutrolin is not an antibiotic and does not appear to contribute to antibacterial resistance. These properties should help to drive adoption. As I mentioned before, Neutrolin also has the FDA Fast Track and QIDP designations, which would confirm up to 10.5 years of market exclusivity upon FDA approval, potentially adding significant value to our product. It all comes down to trial execution, and that is why completing enrollment in the current Phase 3 program and reaching our clinical milestones remain our top priority. We are committed and energized to bring this much needed product candidate to the market and to deliver long-term value to our shareholders. I'm very pleased to have the opportunity to lead CorMedix as we work to bring this important product to the market and explore new opportunities for its use. With that, I will turn it over to the operator for questions.