Phillip Chan
Analyst · Brean Capital
Thanks very much, Kathy. So rather than go over our accomplishments for 2015, which you can read about in our press release today, what I thought I do is cover some of the near-term events that we find very exciting for our overall business and the future of CytoSorb in the world. So just coming up next week, CytoSorbents will host its third international CytoSorb users meeting in Brussels, Belgium on March 14. Currently, there are more than one 100 people registered to attend the meeting from a total of 22 countries and the agenda includes 12 clinical and pre-clinical presentations, as well as one panel session on a wide variety of topics including sepsis and septic shock, cardiac surgery, liver failure, burn injury, acute pancreatitis as well as trauma. In addition immediately following our users meeting will be the 36th International Symposium of Intensive Care and Emergency Medicine also called ISICEM in Brussels, Belgium on March 15th through the 18th. And this conference is one of the largest most prominent critical care conferences in the world attracting more than 6,200 professionals from all over the world. CytoSorbents is a gold sponsor and will exhibit and host a research symposium on Thursday March 17 led by Chairman, Dr. John Kellum at the University of Pittsburgh Medical Center, Dr Antonio Pesenti from Milano, Italy, and we’ll feature talks from three major thought-leaders including Dr. Herwig Gerlach, Dr. Zsolt Molnar as well as Dr. Axel Nierhaus. Now also at ISICEM will be Fresenius Medical Care and Fresenius Medical Care is the largest dialysis company in the world and one of our strategic partners. Fresenius will initiate the marketing push behind CytoSorb at the ISICEM conference next week ahead of the forthcoming launch. This is actually a very exciting event because this is really the coming out party so to speak of the partnership between Fresenius and CytoSorbents’ to the European critical care community. CytoSorb will be featured in the Fresenius Exhibition Booth on the multiFiltrate Acute Therapy System. And Fresenius will use the event to introduce CytoSorb therapy broadly to its customers, particularly those in the six countries where they have exclusive distribution rights including France, Poland, Denmark, Norway, Finland, and Sweden. Fresenius is also sending approximately 18 people to our third international CytoSorb Users Meeting on March 14. Now in terms of Biocon and potential cardiac surgery partners, Biocon and CytoSorbents recently completed a four city week long trip in India and Sri Lanka with Professor Zsolt Molnar, Chairman of SepsEast, the Central and Eastern European Sepsis Forum and he’s also an experienced user of CytoSorb for critical illnesses. Through that trip, they introduced CytoSorb to more than 250 key opinion leaders in that part of the world. In the aortic cardiac surgery, we have ongoing partnership discussions with multiple cardiac surgery partners, who have expressed strong interest in CytoSorb. Interestingly at our Third International CytoSorb Users Meeting key clinical data from the cardiac surgery evaluation study led by Professor [indiscernible] Cardiothoracic Surgeon and Vice-Dean of Research from the University Hospital at Honnechy, France in a patient population that was very similar to those being treated in our REFRESH I U.S. study that data will be presented there as well and we’re very interested to see how the community respond to that data. That provides in our segue to our REFRESH I fall update, again this stands for – REFRESH stands for the REduction of FREe plaSma Hemoglobin and that is a 40 patient, eight center study evaluating the safety and efficacy of its operative use of CytoSorb and the heart/lung machine during complex cardiac surgery in elective non-emergent cardiac surgery that is expected to last longer than three hours. So this includes many complex cardiac surgery procedures such as aortic reconstruction, CABG reduce, multiple valve replacements and other types of surgeries. The goal of the study is to show safe REduction of plaSma free Hemoglobin and other inflammatory mediators that can cause post-operative complications. And again, the therapy has been used intra-operatively in more than 1,000 cardiac surgeries to date in Europe thus far exceeds actually that number today. So we are working with major cardiac surgery centers in the United States, which includes Baylor and Texas Heart, Baystate Medical Center, Columbia, Cooper University Hospital, University of Kentucky, University of Maryland, University of Pennsylvania as well as the University of Pittsburgh Medical Center and currently seven of eight sites are active in the trial. The trial currently is 35% enrolled with several additional patients already consented for the study and those surgeries are expected to take place this month. We expect that to complete enrollment by mid-2016 to be followed by discussions with the FDA on the direction for a potential pivotal trial, which we call REFRESH II that is intended to support application for U.S. approval CytoSorb for cardiac surgery. I also wanted to give a registry update. Now, the CytoSorb registry is intended to collect treatment data from all over the world. It is funded by CytoSorbents, but is managed independently by the center of clinical studies at the University of Vienna led by Professor Frank Brunkhorst. Now the analysis of the state is governed by an independent medical joint committee composed of leaders in critical care and cardiac surgery and currently we have 103 institutions that are registered to submit data to the registry. What I’m pleased to say is that the first interim data analysis from the registry is expected to be finalized soon and once we know the results of that study, we will like to share that with you. And one last update before I move to a couple of very interesting case reports is a new development which is the sepsis definition update. Now, recently, the Third International Consensus Definitions Task Force published the new guidelines for the definition of sepsis in the Journal of the American Medical Association also called JAMA. And sepsis was defined as “the life threatening organ dysfunction caused by a dysregulated host response to an infection”. Now the reason why that sounds familiar is because it aligns very well with the message that we’ve been communicating with key opinion leaders around the world about what CytoSorb is designed to do. As one of the only therapies designed to target the underlying causes of both dysfunction and organ failure in sepsis as well as a host of other life threatening conditions, we believe we are strategically positioned to be a leading therapy to save lives and change the way critically ill patients are treated today. So, what I’d like to do now is this transition to a couple short case reports. And the first one I’d like to cover is the study that we recently put out a press release on in the area of refractory septic shock. So at this 26th symposium for Intensive Care Medicine and Critical Care Conference in Bremen, Germany. Dr. Sigrun Friesecke, Senior Intensivist in the Greifswald University Hospital, MICU, Medical Intensive Care Unit, reported on a perspective single-arm study in 22 patients with refractory late-stage septic shock. Now when we say refractory shock, we are talking about patients where nothing is working to help keep their blood pressure above a critical threshold level that is required to pump oxygenated blood to vital organs. Now, these patients have refractory shock despite the use of high doses of vasopressors. They had respiratory failure, required mechanical ventilation or ECMO, extracorporeal membrane oxygenation. They had anuric kidney failure requiring dialysis. So this is not just kidney dysfunction or kidney failure, this is when you’re not producing any urine at all, the worse form of kidney failure. And they also had a lactate greater than 8 millimoles per liter. Now to put into perspective, when the definitions came out for sepsis and septic shock just recently, these were patients who qualified for septic shock were patients who had a vasopressor requirement to be able to keep the blood pressure above 65, but they are not sure blood pressure above 65 millimeters of mercury and had a lactate greater than two millimoles per liter. And in that patient population, the mortality was greater than 40%. Now clearly, this patient population that we’re talking about right now is a much more severe population with septic shock. And to point that out a similar population within the end of 2016 reported by Conrad adult, who received standard of care where shock could not be reversed. These patients were also on mechanical ventilation with an initial lactate level of 6 and 75% required renal replacement therapy. These patients had a mortality of 100% at 28 days. So, the results of the Greifswald study showed that that 22 survival was 41%, which is a 30% to 40% absolute improvement over what was expected in this patient population with a mortality of these moribund patients is typically extremely high again approaching 100%. Also CytoSorbents was able to resolve shock in 68% of the patient and in terms of the reduction an inflammatory mediators, CytoSorb led to a reduction from an initial average of 87,000 picograms per mL. Again all of us on the phone here should have a aisle six of about ten, sound with community acquired pneumonia that is treated on an outpatient basis may have an aisle six of about 200 to 300. So these levels are extremely high. So it reduced the average levels from 87,000 picograms per mL to below 10,000 picograms per mL after 24 hours of treatment. So this is a very exciting study and to be able to bring people back from the brink at all was quite remarkable. The second study – the second case report is a case of severe burn injury. This involves a 51-year-old man, who was admitted in acutely treated for severe burn injury approximately 60% of his total body surface area. Now if you look at your palm, that is 1% of your total body surface area, so imagine your body covered with severe burns on 60% of those palm areas, so he’s very severely burned. And he also had an inhalation trauma due to an explosion accident. So no surprise that he – I think he had massive inflammation and he went up developed acute kidney failure requiring dialysis. He’s subsequently developed shock, requiring high doses of vasopressors to the fact that he’s on three vasopressors and still in shock is again very close to be called a refractory shock. So due to his massive burn injuries, he also developed severe rhabdomyolysis with myoglobin in his blood, which is an intracellular protein that carries oxygen in muscle. And when muscle gets injured as from a burn injury or from trauma, its gets released into the blood and then can crystallized in the kidneys and cause kidney failure. His levels has been very high, almost 16,000 micrograms per liter and he had severe inflammation as measured by a number of inflammatory parameters. Well, the patient underwent continuous CytoSorb treatment for 72 hours using the total of three devices. And with treatment he regained hemodynamic stabilization with significantly decreased needs for vasopressors. And his real function also improved. We still required dialysis. And his myoglobin decreased just approximately 8,000 micrograms per liter and his inflammatory markers also dropped dramatically. But what CytoSorb’s help to do is to stabilize this patient and he was ultimately weaned from both mechanical ventilation and dialysis before he was successfully discharged from the hospital to physical rehab. So, with that that ends my formal comments and we’re ready I think for questions.