Lishan Aklog
Analyst · Lake Street Capital Markets. Please proceed with your question
Thank you, Mike. Good afternoon, everyone and thank you for joining us on this quarterly call to update you on our business and discuss our recent financial results. As we will discuss in some detail, PAVmed has passed through a clear inflection period over the past several months, despite ongoing COVID-19 related challenges, commercial activity is accelerating at an exponential rate. Traction and enthusiasm for our commercial GI Health products among physicians is growing. And as importantly, the reimbursement landscape for these products has solidified allowing us to look forward to revenue and revenue growth starting after the New Year. Our balance sheet remains strong from recent financing, providing us with sufficient capital to drive this commercial activity and advance our products towards commercialization. Our growing theme of talent and professionals working with a world-class team of consultants, advisors and corporate partners continues to deliver on important milestones across our portfolio. As the COVID-19 pandemic continues with a fall and winter surge, let me once again, begin with a short summary of pandemic-related challenges we are facing and how we are addressing them. Despite this steadily surge, there are no signs of a return to the complete shutdown of non-emergency non-COVID-19 related care, we experienced in the first four to five months of the pandemic. The healthcare system and the life sciences industry, which has gradually learned how to deliver necessary, but non-emergency care as the pandemic still rages. Although our commercial team does on occasion encounter waxing and waning hotspot restrictions to their access to physicians for sales calls and procedural training, they have successfully overcome these challenges through perseverance, creativity and opportunity. Nearly all of our commercial activities have moved away from virtual contacts back to traditional in-person engagements. Clinical research headwinds do remain with some sites slowing or pausing enrollment, while others continuing undeterred. The remainder of our product development, regulatory, financial and administrative activities have been entirely unaffected by COVID-19. I would not like to provide more specific updates across our four divisions, GI Health, Minimally Invasive Interventions, Infusion Therapy, and Emerging Innovations. Our GI Health division is building a portfolio of complimentary products designed to diagnose and treat conditions of the esophagus, including the spectrum of conditions arising from gastroesophageal reflux disease, also known as chronic heartburn. This can lead to highly lethal esophageal cancer. We are also pursuing applications for our product in a very prevalent confirmatory condition called eosinophilic esophagitis. Two products EsoGuard and EsoCheck are commercially available. We have to commercialize another product EsoCure in 2021. In addition to their other potential pipeline products, which are subject of active research programs within this division, I’m so proud of what our team has been able to accomplish a mere 2.5 years after licensing these technology from our partners at Case Western Reserve University. It’s gratifying to know that every day patients across the U.S. are not benefiting from these groundbreaking products, which the National Cancer Institute highlighted as one of the years significant advances in cancer prevention and to whom the FDA granted highly coveted breakthrough devices. With regard to the EsoCheck are designed to facilitate early detection of precursor conditions to highly lethal esophageal cancer in patients with chronic heartburn, also known as gastroesophageal reflux or GERD. Chronic heartburn can lead to benign changes in the surface cells of esophagus, excuse me, benign changes in the surface cells of the lower esophagus called Barrett’s Esophagus or BE, which can transform into precancerous changes, called dysplasia, which in can turn can lead to esophageal cancer. Esophageal cancer is a scourge, it is one of our most lethal cancers and unlike nearly all other cancers, it's incidents that occur around six fold in recent decades and its mortality rate has barely budged. The most effective way to save lives from cancer, death is through early detection of cancers in their precursors. Although professional society practice guidelines recommends screening for BE in over 10 million high-risk GERD patient to detect and treat dysplasia before it progresses to cancer, tragically, fewer than 10% actually undergo screening using invasive upper endoscopy. Over 80% of these esophageal cancer patients will die within five years of diagnosis. EsoCheck is an FDA cleared cell collection device, which can perform targeted and protective sampling of cells from the lining of the lower esophagus as part of the 5-minute non-invasive office-based procedure. It serves as an alternative to invasive upper endoscopy performed under anesthesia in a hospital or dedicated endoscopy center. EsoGuard is a highly accurate, next-generation sequencing diagnostic assay, which detects methylation changes at 31 sites on 2 gene, which correlates with conditions along the BE to esophageal cancer spectrum. EsoGuard has performed on samples collected with EsoCheck and is commercially available as a laboratory developed test, or LDT. These products are the first and only commercially available technologies, which offer the opportunity for widespread screening of the over 10 million high-risk GERD patients currently recommended for screening. Based on very modest penetration of U.S. GERD patients already recommended for screening, we believe that the estimated addressable domestic market opportunity for these products is at least several billion dollars. We are commercializing EsoGuard using a hybrid model with internal sales management, marketing and professional education, working closely with a network of independent sales representatives. We now have 4 regional managers covering United States, overseeing nearly 40 independent sales representatives. As COVID-19 restrictions at medical centers and practices is lifting and non-emergency care began to reemerge in the late summer. Our team rapidly shifted from what had been previously, mostly virtual engagement to aggressive in-person engagement. Our commercial activity – efforts has dramatically ramped up over the past couple of months, including in-person sales call and clinician training, as well as educational and marketing activities targeting both physicians and consumers. These intensifying efforts are really beginning to bear fruit. EsoGuard testing and EsoCheck procedural volume are now growing exponentially. These volumes are doubling about every four to six weeks, and we hope to continue to describe despite the pandemic surge. Once again, physicians are finding ways to do these procedures, despite COVID-19. In fact, some have suggested that using EsoGuard on sample collected with EsoCheck, maybe even more attractive because short office-based procedures are easier to perform efficiently in the COVID era than endoscopies’ at procedural centers, which must be spread out to accommodate increased COVID-19 related safety measures. Some are even using EsoGuard as a risk stratification tool to prioritize the backlog of elective procedures caused by the pandemic. Our engagements with our primary targets, the gastroenterologists are going very well. They are receiving this technology positively. They see EsoGuard and EsoCheck as important tool that they can integrate into their current practice to expand the funnel of patients diagnosed with BE who must've then undergo surveillance, monitoring, and ablation treatment, if they progressed to precancerous dysplasia. The response has been positive from both small to medium practitioners, as well as those in large medical centers. The small to medium practitioners tend to quickly focused on growing their procedure volume, both in the endoscopy suite and then their office bay. Both at large medical centers, especially academic centers focus more on network-wide adoption, although this takes a bit longer to get up and running, the payoff great, as it brings in non-GI physicians into the home in an integrated approach through managing the spectrum of disease. One notable example is NYU Medical Center here in New York City, where we have a very enthusiastic champion, who's not just increasing his procedural volume, but standing out internal medicine clinics across the NYU network. Although, our focus has been on gastroenterologist, large internal medicine practices remain an attractive target. One such practice out of west is centralizing all screening and high-risk group patients into a single clinic setting where EsoCheck is performed and samples are sent for EsoGuard test. Our hard work over the past 18 months on the reimbursement front is also paying well. Final EsoGuard CMS payment determination of $1,938 has been secured and will become effective January 1. On that date, we will begin to submitting claims and billing for each EsoGuard test performed. Local and Medicare coverage determination, which we hope to secure soon will be the final piece of the reimbursement puzzle for the 60% of our target population, which is covered by Medicare. We are also beginning the payments and coverage process for private payers and hope to start securing these in the first half of 2021. As noted, we have completed the necessary audit and certifications to submit EsoCheck for CE Mark approval in Europe and pursue EsoGuard CE Mark self-certification. This would allow us to launch these products in Europe in mid-2021. On the clinical trial front, as previously noted, our two international multicenter clinical trials, EsoGuard BE-1 and 2 are back on track following a near complete shutdown of clinical research due to COVID-19. If you recall, these trials support a future PMA submission for FDA registration of EsoGuard/EsoCheck as an In-Vitro Diagnostic or IVD. One is a screening study of high-risk GERD patients and the other is a case control study of patients with known disease. Enrollment in these trials is accelerating although unlike non-research clinical activity, clinical research does remain vulnerable to COVID-19 and winter slowdown. We have 21 active U.S. sites enrolled 33 patients across the two steps, assuming the pandemic doesn’t hold us back; we expect to have an additional 20 active U.S. sites and nine European sites in the coming quarter. Despite the slowdowns, we’re maintaining our end of 2021 target to complete enrollment in these studies. Although we will not have EsoGuard performance data until the end of the trial, we have received very encouraging user acceptance results today. The EsoCheck procedure received very positive result with over 90% patient satisfaction. Let me now briefly summarize some additional developments in our GI Health division. We’re making excellent progress on our EsoCure Esophageal Ablation Device, we call EsoCure is a disposable single-use thermal balloon ablation catheter, which uses our patented detect on Caldus Technology to ablate esophageal tissue. Once cleared and commercialized, EsoCure would allow clinicians to treat dysplastic BE before it can progress to cancer, and to do so without the need for complex and expensive capital equipment by current technologies from Medtronic and others. We expect to proceed with animal testing of prototype soon with FDA submission targeted for 2021. And another note that the University of Pennsylvania has completed enrollment in a pilot trial, exploring the role of EsoCheck and monitoring treatment in patients with eosinophilic esophogitis or EOE. EOE is a very common, but underappreciated allergy-mediated condition, which currently requires multiple invasive endoscopies during the course of treatment. Our partners at the Fred Hutch Cancer Center in Seattle, continue to hold their trial due to COVID, of this trial, we’ll explore the role of EsoCheck and biomarkers designed to detect progression from non-dysplastic to dysplastic beards, which could greatly facilitate the surveillance of various patients. So, they can be treated prior to the development of cancer. We secured the exclusive option to license these biomarkers if they prove effective in this clinical trial. Now, let’s move from GI Health to Minimally Invasive Interventions, which includes CarpX. CarpX is our patented single-use, disposable, minimally invasive device designed to treat carpal tunnel syndrome while reducing recovery time. The balloon catheter device is inserted under the scarred ligament, tensioning it while pushing the nerve and tendons away. When activated, bipolar radiofrequency electrodes precisely cut the ligament from the inside out in a matter of seconds. We believe CarpX will dramatically reduce recovery times compared to traditional carpal tunnel release, targeting an estimated $1 billion and immediately addressable domestic market opportunity. CarpX was granted U.S. FDA 510(k) marketing clearance earlier this year, after addressing the COVID-19-related supply chain issue, we were able to secure in stock commission inventory in late August. Our commercial strategy for CarpX remains steady and deliberate unlike the EsoCheck procedure, the CarpX procedure as an interventional procedure. Although significantly less invasive than traditional carpal tunnel release, it does require a technical skill, which comes with training and partner. As with any interventional device the critical first step before widely marketing with technology, to hand surgeons is to establish a core group of well-trained surgeon ambassadors, who can participate in training, proctoring and evangelizing to other surgeons. We are secured such a team of world-class hand surgeons, who now serve on our CarpX Advisory Board. The first cadaver testing, excuse me, the cadaver training session was successfully completed last week and we look forward to our first U.S. commercial procedures in the coming week. Next, some brief highlights from our Infusion Therapy division, which includes PortIO and NextFlo. PortIO is our implantable, intraosseous vascular access device, which allows direct access to the bone marrow to deliver medications, fluids, and other substances, addressing an estimated $750 million market opportunity based on patients with poor vain and those with renal failure, whose veins must be carefully preserved for current or future hemodialysis. We are seeking an initial short-term implant duration indication through the FDA’s de novo pathway. our current activity is focused on discussions with the FDA on our proposed IDE or investigational device exemption study in the United States to support this application. These discussions have progressed well and we hope to have final IDE approval very early next year. The long-term PortIO study in Columbia, South America has been on hold due to COVID-19 related travel and clinical limitations or restrictions. These restrictions have now been lifted and our team will travel to Columbia next month to initiate site visits with the goal of initiating enrollment in early 2021. Our next slow intravenous infusion system, which delivers highly accurate gravity driven infusions, independent of the height of the IV bag seeks to eliminate the need for complex and expensive electronic infusion pumps for most of the estimated one million infusions delivered in the United States since then. We continue to advance the next launch of intravenous physician system through design and full development and testing. This work is going extremely well with flow accuracy rates approaching expensive electronic infusion pumps. We expect to proceed with FDA 510(k) submission early next year. once cleared, we plan a targeted commercial launch at large medical centers, focusing on the health care economics of our technology relative to electronic infusion pumps. We remain deep in active M&A discussions with several strategic partners to license the NextFlo technology for disposable infusion pumps, which are used in an ambulatory setting for outpatients. These partners are deep in their diligence process, including beginning to perform their own testing of our technologies in their own laboratory. We hope to complete this process and consummate a transaction. Once again, we don’t have enough time to cover the other exciting projects we’re working on in our emerging innovations division much, but here are a few highlights. Our DisappEAR resorbable pediatric tubes manufactured for my proprietary aqueous silk technology seek to revolutionize the care of the estimated one million children, who undergo bilateral ear tube placement each year. We are now fully partnered with global manufacturer Canon Inc.'s U.S. manufacturing and technology center in Virginia. That work is proceeding ahead of schedule. We have recently received commercial grade, aqueous silk, fibroin molded ear tubes for bench top in animal testing, which we’ll initiate – we’ll reinitiate them. our Solys non-invasive NDIR laser-based blood glucose monitoring technology is also progressing well. We recently completed initial animal testing of a first-generation prototype and a diabetic rat model. Those results were sufficiently accurate to allow us to achieve the R&D plan milestone as defined in our license agreement. We developed a second generation prototype with dramatically improved signal-to-noise ratio, which should be ready for human volunteers testing in that front. our emerging innovation team is also working on several exciting early-stage technologies, including – in the areas of that ECMO cardiopulmonary support and mechanical ventilation. I’ll now pass it on to Dennis McGrath.