Lishan Aklog
Analyst · Maxim Group Research. Please state 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. I should be clear for those of you who read today's press release we have a lot to cover on this call. First, however, I'd like to thank our shareholders especially our long-term and new shareholders for their support and reiterate our commitment to transparency and timely robust communication. I actually believe these efforts will be further enhanced by our new partnership with KCSA Strategic Communications, the external investor and public relations firm we recently engaged to assist us in raising our profile within the investment community. The team has done an outstanding job so far and we're excited to work with them to tell PAVmed's unique story to the new and existing audiences within this community. As a reminder, the best way to keep up with our news is to -- and updates, is to sign up for our e-mail newsletter and to follow us on Twitter, LinkedIn, YouTube, and on our website. As I stated in this morning's press release, the past five months have been extraordinarily active for our team. We've made solid progress on multiple fronts across our lead product portfolio with the most important being successful completion of the CarpX clinical safety study procedures and receiving FDA 510(k) clearance for EsoCheck. The remainder of the year promises to be packed with major milestones. I'd like to actually start by highlighting some of the most important ones before doing a deeper dive into some of our lead products. We expect to complete the postoperative clinical follow-up of the remaining patients in the CarpX clinical safety study in New Zealand. Soon thereafter, we will use the data from the study to resubmit CarpX's FDA 510(k) application. We expect to complete transfer of the EsoGuard assay from University Hospitals, Cleveland Medical Center's translational laboratory to ResearchDx, one of the nation's leading commercial contract diagnostic organizations located in Irvine, California. We then plan to begin the full commercial launch of EsoGuard as a laboratory developed test or LDT, which will make it the first commercially available targeted DNA test designed to detect Barrett's Esophagus. Concurrently, we plan to formally launch the commercialization of our EsoCheck esophageal cell collection device. We also expect to complete the CMS process to secure reimbursement code for the EsoGuard LDT. On October 9, we are scheduled to participate in an in-person pre-submission meeting with the FDA to present and get sign-off on the protocol for Lucid clinical trial that's required to elevate EsoGuard to an FDA-registered in vitro diagnostic or IVD. We expect to complete what's now an intense ongoing effort to build a clinical trial operations infrastructure that's required to begin recruiting sites and enroll our first patient in the clinical trial. We expect to initiate at least one pilot human clinical trial using EsoCheck in other prevalent diseases, including eosinophilic esophagitis and infectious fungal and viral esophagitis. We hope to complete an ongoing formal M&A process to secure a strategic partner or acquirer for our NextFlo infusion set to provide us with a potential source of non-dilutive capital. We will participate in a second in-person pre-submission meeting with the FDA. This one is to secure their sign-off on a protocol for a small clinical safety study of our PortIO intraosseous infusion device in support of its FDA de novo application. In a couple of weeks, we expect to have completed the PortIO animal study, which will document unprecedented 6-month maintenance-free patency and functionality. This will lead to a second concurrent PortIO human clinical study, this one in Colombia, South America to demonstrate long-term PortIO use in dialysis patients and those with poor venous access. And finally, we will complete a 6-month GLP animal study of our DisappEAR resorbable ear tube to support its future FDA 510(k) submission. So, as I said, we have a lot to look forward to in the coming months. Just to do the tally: That's closing one human clinical study, initiating at least four others, small and large; closing out two animal studies; two in-person FDA meetings; one FDA submission; a CMS reimbursement code; and hopefully a successful M&A transaction. So now let's do a little bit of a deeper dive on our lead products and then I’ll really spend most of the time on CarpX, EsoGuard and EsoCheck. Just to review CarpX, it's our minimally invasive device, designed to treat carpal tunnel syndrome. Carpal tunnel syndrome is a very common condition and we estimate that the immediately addressable domestic market opportunity for CarpX to be at least $1 billion. We designed CarpX to replicate the results of traditional surgery with a much less invasive approach, which we believe will dramatically reduce recovery times compared to traditional open surgery. CarpX is a balloon catheter device, which is inserted under the scarred ligament in a minimally invasive fashion. The balloon when inflated tensions the ligament, while pushing the nerves and tendons away. When activated its bipolar radiofrequency electrodes precisely cut the ligament from the inside out in a matter of seconds. We are very excited to recently announce that the USPTO granted us a very broad patent covering the technology underlying CarpX, which incidentally expands our growing portfolio of intellectual property to now over 75 patents and patent applications across 10 families. We've been working closely with the FDA for a while now to secure 510(k) clearance for CarpX. Just to summarize, early this year, in consultation with the FDA, we completed extensive preclinical work in both animals and cadavers, which documented that CarpX delivers its energy to a very tiny sliver of the ligament, precisely cutting it with minimal thermal spread. We at the time believed this work established substantial equivalence to our predicate as the FDA 510(k) process requires. Nonetheless, the FDA asked us to -- they requested a small human safety study. We spent some time and worked really hard to get their sign-off on a protocol for a 20-patient study with a very specific and narrow primary safety endpoint, which is assessing motor nerve function at 90 days. We had to overcome some -- we had to overcome certain administrative and scheduling challenges during the spring and summer, but we were extremely excited to complete the final set of procedures last month. All 20 patients underwent successful minimally invasive carpal tunnel release, using the CarpX device. All of them met the study's primary effectiveness endpoint, which involves the surgeon using a small endoscope to visualize the cut edges of the ligament and confirm that it has been completely cut. There were also no device-related adverse events. Our Chief Medical Officer, Dr. Brian deGuzman, was present for all of the procedures. He and the surgeons made several important observations which bode well for CarpX's future clinical and commercial success, which I'll summarize. Two important things happened as the study progressed and the surgeons gained experience and comfort with the device and the procedure. One, procedure time steadily fell. The final set of procedures were completed in 15 to 20 minutes "skin-to-skin" which is the same or less than traditional carpal tunnel release. This test strongly suggests that the CarpX procedure will have a relatively short learning curve. In addition to being able to perform the procedure faster and more efficiently, the surgeons were able to use smaller and smaller incisions. The final set of procedures were performed through 5-millimeter and 10-millimeter keyhole incisions that were just large enough to pass the introducer sheath. Most importantly these incisions stayed away from the base of the palm. This is the area that causes the most problems for patients with regard to pain, swelling, healing and recovery time after traditional surgery. Up to 30% of patients developed this troublesome condition called pillar pain after traditional surgery and we think CarpX should avoid this problem. The surgeons were also impressed that the CarpX balloon appear to create more space within the carpal tunnel at the completion of the procedure compared to traditional surgery. This should improve results by more completely relieving the compression of the nerve and preventing the return of scarring. Finally and most importantly, the research coordinators have been receiving very positive initial feedback. One patient anecdote in particular stood out, a gentleman who underwent CarpX on one hand, but still needed treatment on the other hand. He insisted that his procedure -- his second procedure be performed with CarpX because his recovery was much faster than that of a friend who underwent the conventional mini-open carpal tunnel release. As prescribed in the protocol, all of the first group of patients who completed their 90-day follow-up passed the important primary safety point of the study which involved electromyographic assessment of motor nerve function. The remaining patients will complete their 90-day follow-up this fall. They are doing well clinically, so we fully expect all of them to pass the primary safety endpoint as well. Once all 90-day follow-ups are complete, we will resubmit the CarpX 510(k) application incorporating the study's clinical safety and effectiveness data. We are hopeful that the FDA will provide us with an expeditious review and clearance allowing us to commercially launch in the U.S. So now let's move on to EsoGuard and EsoCheck. Just again to review we licensed these revolutionary technologies from Case Western Reserve University last year through a majority-owned subsidiary of Lucid Diagnostic. EsoCheck is a noninvasive cell collection device what we refer to as collect and protect technology. It sample cells from a targeted region of the lower esophagus in a 5-minute office-based procedure without the need for an invasive endoscopy. Any commercially available diagnostic test including EsoGuard can then be performed on the sample. The device received an FDA 510(k) clearance this summer and it is actually now commercially available for use. We began a slow ramp marketing campaign this summer to generate awareness within the G.I. community and expect to accelerate those efforts this fall. And we are designing and implementing a training program and we'll formally launch it in the fall in conjunction with the commercial availability of EsoGuard. Now onto EsoGuard. EsoGuard is the esophageal DNA test, designed to detect Barrett's Esophagus which is a precursor to the highly lethal -- to highly lethal esophageal cancer in patients with chronic heartburn or acid reflux so-called GERD. Our partners at Case Western Reserve University published the results of a 408-patient human study in Science Translational Medicine last year which showed that EsoGuard was highly accurate at detecting Barrett's with the sensitivity and specificity grade of a 90%. The estimated immediately addressable domestic market opportunity for EsoGuard is at least $2 billion. This is based on really very modest penetration of tens of millions of U.S. GERD patients who are currently recommended for Barrett's screening according to published society guideline. EsoGuard uses next-generation sequencing or NGS of bisulfite-converted DNA to detect methylation at 31 sites on two genes. That incorporates a complex bioinformatic algorithm, which is used to quantify the percentage of DNA with methylation site and then returns a yes or no result as to whether or not the patient is suspected to have Barrett's. So we have our strategy to advance EsoGuard really falls down two parallel paths which we refer to as EsoGuard LDT and EsoGuard IVD. We believe this strategy will allow us to enter the commercial market and generate revenue in the near term while performing the work required to maximize the long-term value of the product as a widespread screening test. EsoGuard LDT is what's referred to as the laboratory developed test, controlled through CMS -- controlled by CMS through its CLIA/CAP certification process. EsoGuard completed this certification process at University Hospitals, Cleveland Medical Center's translational laboratory back in the spring and became an LDT which allowed us to do certain things including begin seeking reimbursement codes. We decided, however, to transfer EsoGuard LDT to a high-capacity commercial laboratory before initiating marketing and full commercial launch. We decided to engage ResearchDx which is based in Irvine, California. ResearchDx is one of the nation's leading full-service commercial contract diagnostic organizations. And as our partners in this effort, they've done a fantastic work really over a relatively short period of a time. The team has quickly replicated the results from the academic laboratories that had previously performed the assay with near-perfect correlation. They've begun the validation testing required to establish EsoGuard as an LDT under their CLIA/CAP certificate. And we expect this process to be completed before the end of the year. At that point, we will initiate a full commercial launch of EsoGuard LDT. The EsoGuard IVD path seeks to secure a specific Barrett's Esophagus screening indication for EsoGuard as an FDA-cleared in vitro diagnostic or IVD device. This will allow EsoGuard and EsoCheck to be broadly marketed together as a single diagnostic tool to screen patients for Barrett's. It requires a de novo or PMA submission to the FDA supported by strong clinical data. Really excited by the progress our team, our world-class medical advisers, and our regulatory consultants have completed in designing a robust 2-arm clinical study to support an FDA de novo or PMA submission. The screening arm will enroll GERD patients without a prior diagnosis of Barrett's who satisfy the American College of Gastroenterology or ACG screening guidelines. There will also be a case control arm which will enroll patients with a previous diagnosis of non-dysplastic, dysplastic Barrett's Esophagus or esophageal adenocarcinoma esophageal cancer. In both arms, EsoGuard and EsoCheck will be compared to the goal standard of endoscopy with biopsies. We filed a pre-submission package and have scheduled October 9, the pre-submission meeting to secure FDA sign-off on the EsoGuard IVD clinical trial protocol, which as I mentioned, will seek this broad screening indication. The process to secure a CMS and subsequently private payer coverage for EsoGuard LDT is also steadily progressing. We secured a CPT reimbursement code from the AMA under its PLA process. We've cleared some additional hurdles in the interim including the technical advisory review, the CPT Editorial Review Panel, the CMS, CLFS or Clinical Laboratory Fee Schedule Annual Public Meeting and Panel, and yesterday we had a successful meeting actually at CMS where we reviewed this reimbursement -- the proposed reimbursement code. Since EsoCheck is FDA cleared as a generic esophageal cell collection device, we're also aggressively pursuing opportunities for it in prevalent conditions other than Barrett's Esophagus. The University of Pennsylvania is initiating a Lucid-sponsored pilot study to determine whether EsoCheck can replace endoscopy in the surveillance of patients with a common condition known as eosinophilic esophagitis. We've also engaged physicians who are caring for immuno-compromised patients with suspected infectious esophagitis to determine whether these conditions can be diagnosed with EsoCheck instead of endoscopy. I'm going to keep my comments on the other products fairly brief. Our PortIO implantable vascular access device, which allows direct access to the bone marrow for the delivery of medications fluids and other substances a market -- a product which we estimate -- targets an estimated market of $700 million. So the PortIO continues to advance through the FDA's de novo pathway as we seek a 7-day implant duration. The FDA requested a GLP animal study, which we've completed along with supplementary cadaver and acute animal studies. The excellent preclinical data from these studies will form the basis for an upcoming in-person pre-submission meeting to secure FDA sign-off on a protocol for a small PortIO clinical safety study which we plan to do in New Zealand as well in support of this FDA application. We're also very excited about the separate animal study which has now documented that PortIO remains patent and functional. We're right now at an unprecedented four months, doesn't require any fluid flushes or any other forms of maintenance. And we will close the study in six weeks -- at the 6-month point in a couple of weeks and fully expect it to be the case there as well. This is -- can't really overemphasize how highly differentiating this is because all other vascular access devices require regular flushes with anticoagulants or other substances to maintain their patency and functionality. We're also planning on doing a first in-human clinical study as a result of this positive long-term data animal data in Colombia South America for dialysis patients and patients with poor venous access for up to 60 days. NextFlo disposable intravenous infusion set is another exciting product which we -- which seeks to eliminate the need for electronic infusion pumps for most of the million infusions that are delivered every year in the U.S. hospital and outpatient settings. We recently engaged Deloitte Consulting to perform what turned out to be an impressively comprehensive market research and strategic analysis of NextFlo. They demonstrated a very large addressable market and recommended that we seek a long-term -- a strategic partnership or acquisition with NextFlo. And based on these recommendations we engaged Alvarez & Marsal, a global professional services firm who are right now armed with this report and have initiated a formal M&A process targeting over 70 potential strategic partners or acquirers including a market leader in the space who actually is already contacting us expressing interest. Finally, a brief comment about DisappEAR our resorbable pediatric ear tubes. We completed a 3-month GLP animal study which will support a future FDA submission. The results of that were excellent. The tubes performed very well from a functional and anatomic point of view. Additional animals are being followed for longer durations to confirm device stability and corroborate these findings. We're doing antimicrobial testing in vitro because we have some indication that surface properties of the silk, may have intrinsic antimicrobial effects and might eliminate the need for antibiotic coating. And we're also doing a comparison -- direct comparison with plastic ear tubes. So I know that's a lot to cover. Appreciate your patience. Now I'll turn the call over to Dennis to review our financial results.