Phillip Chan
Analyst · Maxim Group. Go ahead
Thank you very much, Kathy. What I like to do now is cover key operational items before going into the live Q&A period. So first off is our REFRESH 1 trial and as most of you recall, this is a 40 patient 8 center study, evaluating the safety and efficacy of intra-operative use of CytoSorb in a heart lung machine during complex cardiac surgery and elective non emergent cardiac surgery that is expected to last longer than three hours. This includes things like aortic reconstruction, cabbage reduce, multiple valve replacements, congenital defect repair and other types of complex cardiac surgeries. The primary endpoints of the study are safety, and the reduction of plasma free hemoglobin that can cause post-operative complications. Plasma free hemoglobin is a result of hemolysis of blood, as the blood coursing through the artificial blood circuit. It is also caused by cardiatomy suction under negative pressure red blood cells will explode or release the contents of those red blood cells, which is free hemoglobin. And is also caused by the administration of blood transfusion products, particularly pack red blood cells that have typically life starting storage, and add a burden of free hemoglobin to the patient. Free hemoglobin as you recall is very toxic. Because not only is the iron radical -- the iron ion in hemoglobin very toxic causing the formation of oxygen radicals that can damage blood vessels and tissues, but it is also very potent scavenger of nitric oxide, the body’s most prevalent base dilator that causes blood vessels to dilate and blood to flow throughout the body. But that nitric oxide present, patients following surgery will often suffer from decreased blood flow either to the lungs, to the intestine, to the kidneys and other vital organs, potentially leading to organ dysfunction, organ failure following the surgery. So in this trial, we are working with eight major cardiac surgery centers, including Baylor and Texas Heart Institute, [indiscernible] Medical Center Columbia University, Cooper University Hospital, University of Kentucky, University of Maryland, as well as the University of Pennsylvania and the University of Pittsburgh Medical Center. In May, we reported that the Data Safety Monitoring Board, the DSMB analyze safety data from the first 24 patients and found no safety concerns and recommended completion of the trial. We are currently nearly complete with our enrollment, with 44 patients enrolled to target a total of 40 patients, who have completed all aspects of the trial. We expect to announce top-line data during the EACS conference. The European Association of Cardio-thoracic Surgery Conference in Barcelona at the beginning of October. Depending of the successful completion of REFRESH 1 and agreement with the FDA we expect to begin a pivotal registration refresh two trial early next year. A second update is with Fresenius Medical Care. Back in December of 2014 we entered into a multi-year partnership with Fresenius the world’s largest dialysis company for exclusive distribution of CytoSorb in critical care applications in France, Poland, Denmark, Norway, Sweden and Finland. And as Fresenius has mentioned CytoSorb is a key part of their growth strategy in critical care and Fresenius has committed to annual minimum purchases to maintain this exclusivity. This relationship leverages Fresenius critical care leadership and industry leading sales force and distribution to bring CytoSorb to patients and physicians throughout these territories in the future. And partnership also has a potential for broader future synergy and expansion as well given that Fresenius is one of the leading producer of dialysis machines that are found in hospital worldwide and are also the leading producer of disposable blood purification products as well. You can imagine how CytoSorb fits well into their business model. As Kathy mentioned in May Fresenius launch CytoSorb with a 30% sales force in the intensive care unit in the six countries and these sales people are also selling Fresenius products. So Fresenius is actively marketing and selling CytoSorb in its market countries now and has a busy schedule in actively promoting CytoSorb in upcoming critical care conferences. And in this picture this is just one of a number of places where CytoSorb is being exhibited in the Fresenius boots with the Fresenius dialysis machine such as the Fresenius multiFiltrate Pro which is Fresenius latest dialysis machine pictured here in this figure. In addition they have also developed a wide range of marketing collateral including this nine page product broacher, which you see four pages here. And this is what their sales force is currently using to bring CytoSorb to their clients in these countries. Now a quick update on Biocon. Biocon again is the largest biopharmaceutical company in India. They were selling carbapenem class [ph] antibiotics to treat primary infections in the intensive care unit and now we are combining the treatment of infection with the treatment of the massive inflammatory response with CytoSorb to have what we believe is the most comprehensive treatment for sepsis today. So they have seen significant growth in India with now expansion into Sri Lanka, and are currently funding and conducting the first investigator initiate study in India using CytoSorb and sepsis patients. They have also established a separate sales division to focus specifically on all aspects of CytoSorb market development and sales and in the next couple of months we’ll be embarking on yet another key opinion leader speaker series in India where they are bringing key opinion leaders from throughout the world who have experience with CytoSorb to educate and talk about how to use CytoSorb best amongst their various clients in India. On the next slide we are also proud to announce that we now have had more than $18 million in government support towards the development of our technology. And on the next slide this includes the most recently announced potassium binding polymer grants that we announced yesterday. So we were recently awarded a total of approximately $650,000 in SBIR contracts to continued development of novel potassium binding polymers and this includes roughly $500,000 Phase II enhancement increasing our previous $1.15 million U.S. Army Phase I and Phase II SBIR contract to develop polymers to treat patients with burn and traumatic injuries. And this also includes a new brand from the defense health agency, which is a $150,000 Phase I SBIR contract also to treat hyperkalemia. Now the goal of these programs is to develop rapid treatments for severe hyperkalemia that can kill wounded war fighters and civilians suffering from severe trauma burn injury, massive blood transfusions, kidney failure and other conditions. And on the right hand side you can see a number of EKGs, the first strip on top is normal sinus rhythm this is what hopefully all of us on the phone today have in terms of regulatory beating heart, but with the rise in potassium can lead to failed cardiac arrhythmias and here you’re beginning to see science of high levels of potassium, which include keyways in the second EKG. But that can rapidly deteriorate into life-threatening ventricular tachycardia seen in the green strip and then ventricular fibrillation, which is the non-productive contraction, random contraction of the ventricles of the heart and that of course can then lead to sudden cardiac arrest and [indiscernible] sudden stopping of the heart and ultimately death in the patient seen in the last EKG below. So this program represents a new product category for the company and takes advantage of our polymers massive porosity and surface area and potassium binding chemistry to directly bind and remove potassium in blood and although dialysis has been considered the definitive treatment for potassium. These polymers may actually be better suited in diseases like in conditions like severe burn injury and severe trauma due to their faster kinetics, the ease of treatment and importantly the ability to reduce cytokines, myoglobin and other toxins that are generated during trauma and burn injury that standard hemo dialysis cannot remove. And so just as the final point here there is a company called Relypsa that was a NASDAQ traded company that was just acquired by the Switzerland based Galenica for $1.5 billion for, solely for its recently FDA approved orally administered potassium binding resin Veltassa now this is a resin that was designed to treat mild to moderate hyperkalemia that is often seen in dialysis patients it is not intended for the treatment of life-threatening severe hyperkalemia, but I think it provides a very interesting comparable for our potassium binding polymer technology. Now on the next slide is a pitch to basically ask you to visit our CytoSorb.com website for the case of the week. Now again this is a serious that has had excellent feedback from both physicians and investors on the many exciting case reports presented on our website. And these cases highlight the ongoing successes that clinicians continue to have as they treat earlier and more aggressively. And our goal using these reports is to broadly teach our users how and when the therapy is being used most effectively, as well as to give investors an idea of how CytoSorb is broadly being used in the marketplace today. Now there are two case reports that I wanted to share with you, one is the most recent case report that you can read more about on the website. But this is a patient who developed septic shock from a urinary tract infection and this was a 75 year old man with a history of surgery urinated tract cancer, who developed a urinary tract infection after replacement of ureteral stent designed to conduct urine from the ureters to outside of the body through a urostomia as you can see in the lower picture. So this patient was got very sick following the replacement of this catheter and he was diagnosed with an e-coli infection and despite broad spectrum antibiotics rapidly developed septic shock with severe hypotension and a lactate of 14.3 milliliters per liter indicating severe dis-efficiency in blood flow to the rest of his body, to the point where his body was no longer undergoing oxygen derived respiration but was actually undergoing anabolic glycolosis producing lots of lactate meaning his tissues were not getting enough oxygen. And basically this required multiple ways of [indiscernible] including noradrenaline and [indiscernible] and he had to undergo renal replacement therapy or dialysis, essentially dialysis. So this patient was extremely unstable and that’s when they initiated treatment with CytoSorb for total 30 hours, but what happened was that it resulted in a significant stabilization of the blood pressure with the waning of dobutamin after three hours and 50% reduction of epinephrine in 24 hours. His lactate was halved in 10 hours and returned to normal after 24 hours suggesting a restoration of adequate blood pressure and blood flow to his vital organs as well as peripheral tissues. This patient was eventually whined off renal replacement therapy and mechanical ventilation within six days of CytoSorb treatment and was transferred to a normal hospital ward two weeks after CytoSorb treatment and went on to make a full recovery. The second case report is something that was just published in the Journal of Artificial Organs last month. And this is a patient with swine flu as well as a specific variant a staffed pneumonia called PVL staff pneumonia. Now the reason why I includes this case is because this is a case that I think most people on this call can relate to. Now this was a previous healthy 33 year old woman who was five months after giving birth. And this could have been your granddaughter, your daughter, your sister, your niece. And she presented with a four day history of flu like symptoms just out of the blue. And basically went to the hospital with symptoms of breathlessness, confusion as well as chest pain and abdominal pain. And on ICU admission she was diagnosed with swine flu complicated by a very severe secondary bacterial pneumonia with heavy growth of a [indiscernible] leukocyte positive staphorius [ph] infection. Now PVL which is what this toxin is called is poor forming toxin roughly 34 kildons in size. So that means that is lying right in the middle of the size spectrum that CytoSorb removes -- can remove from blood. And this PVL toxin is known for causing a necrotizing pneumonia just a rapid destruction of tissue and the tissue architecture resulting in abases formation and cavitation of organs and a destruction of white blood cells that is typically fatal in up to 75% of cases. And once you presented she had profound acute respiratory distress syndrome, which is one of the worst forms of lung injury. She also had severe heart failure with the very low ejection fraction so her heart was not squeezing well at all. And she required high amounts of three different types of vasopressors. She also had marked neutropenia or very low white blood cell counts so she had an inability to really clear the infection because of this toxin destroying her white blood sales and she also developed a serious lactic acid doses with a low production of urine requiring essentially a hemo-dialysis type treatment. Despite antibiotics and despite using renal arterial VA ecmo which is a way to oxygenate blood outside of the body as well as provide circulatory support to the body the patient’s condition did not improve. And you can see that on the graph to the right. CytoSorb was then added two hours after the institution of VA ECMO and what you can see their after continuation of the therapy for about 24 hours. You can see a very rapid reduction in the need for vasopressors and this is really the surrogate indicator for hemodynamic stability in this patient. And she was completely wind off all pervasive pressers within 24 hours. And the investigators here also added on IVIG Interveneous Immunoglobin as well as clinomysin [ph] as a way to help further turn off production of this toxin while CytoSorb was removing the toxin. This patient in the treat follow-up she ultimately went onto recover with normal heart function and some residual lung dysfunction in a two months follow-up following her discharge. But suffice it to say I think if not for the heroic efforts of her physicians and if not for the availability of really next generation advanced products to treatment sepsis like CytoSorb, it's probably safe to say that this woman would have died. And so we're very proud to have had a role in helping this woman survive. So with that I’d like to conclude with our outlook for the second half of 2016. As we’ve said before CytoSorbents has not historically given financial guidance on quarterly results until the quarter has been completed. However, we currently expect a strong second half of 2016 with the achievement of numerous operating milestones. In addition we fully expect that the second half of 2015 CytoSorb sales, as well as total revenue will exceed those in the first half of 2016. So with that that concludes our current prepared remarks, and now I would like to open it up to a live Q&A session. Amy?