David Tsur
Analyst · RBC Capital
Thank you, Gil for the financial overview. So let me begin with a brief discussion of our intravenous alpha-1 antitrypsin to alpha-1 deficiency business and our specific immunoglobulin business. We discuss in the prior quarter our plan to reach $100 [ph] million of revenue in ‘017 with growth driven from our proprietary segment, most specifically from our Glassia product to treat alpha-1 deficiency. We continue to see growth in the number of additional patients treated with Glassia and are on track to achieve this goal. This business is driven by our relationship with Baxter, our US strategic partner. Glassia is only ready to infuse product in the market. This along with a infusion time with Glassia’s significant competitive advantage strengths this strategic partnership between Kamada and Baxter. Our relationship with Baxter remains strong as we collaborate to grow sales and expand use to other indications of unmet medical need. We are pleased with the consistently increasing number of patients treated by Glassia which increased 25% in ‘014 [ph]. We expect this growth to remain a strong contributor to our revenue growth. We are expanding our collaboration into developing additional indications such as intravenous alpha-1 antitrypsin product, GvHD, and potentially additional transplantation indication under review with Baxter. Turning to our clinical development programs. Let me start with our most advanced program, our European Phase 3 clinical study for inhaled alpha-1 antitrypsin to treat the deficiency. During the quarter, we completed and reported financial results from the study which showed clinically and statistically significant improvements in spirometric measures of lung function, particularly in bronchial airflow measurements FEV1 (L), FEV1% predicted and FEV1/SVC. These favorable results were even more evidenced when analyzing the overall treatment effect throughout the full year. These data are particularly exciting as this is the first time a randomized controlled trial in alpha 1 deficiency has demonstrated efficacy using widely accepted clinical endpoints such as lung function. We believe the combination of lung functions, which are the gold standard measurements of pulmonary diseases, and symptom improvements, along with the safety profile of the product, gives us confidence that these data support our decision to submit Marketing Authorization Application with European Medicine Agency of our inhaled alpha-1 antitrypsin therapy to treat alpha 1 deficiency patients. We are in the process of compiling all necessary toxicology, CMC and clinical data required for our submission and expect to file the MAA by the end of this year. Next week, we look forward to all seeing the panel discussion titled New Treatment Prospects for Alpha-1 Deficiency Patients, it’s just from efficaciously inhaled alpha-1 trial during the American Thoracic Society in Denver, international conference. The panel will be led by five key opinion leaders who specialize in treating the patients with alpha-1 antitrypsin deficiency and will be chaired by Dr. Sandhaus, the Founder and Director of the Alpha1-Antitrypsin Deficiency Program at National Jewish Health hospital in Denver, Colorado and the clinical director of US Alpha-1 Foundation. We look forward toward the discussion and the potential of our inhaled alpha-1 antitrypsin deficiency, especially these are the first efficacy data using clinically effective and meaningful lung function and quality of life measures. For those of you who are interested, we will have a video recording of the event posted to our website a few days after the session. We’re also evaluating our inhaled alpha-1 antitrypsin in the US Phase 2 study which is expected to complete by the end of this year. We expect to use the results from this better aligned placebo controlled study, evaluating the safety and efficacy of the inhaled alpha-1 antitrypsin and measuring alpha-1 levels in the lung and serum as well as additional inflammatory biomarkers in 36 alpha-1 deficient patients. This study involves the inhalation of 80 mg or 160 mg of human alpha-1 antitrypsin or placebo twice daily for 12 weeks. All patients are able to enter an additional 12-week open-label extension study with the active drug to further assess safety and tolerability. We plan to use the results from the US study along with the complete data based on the European phase 3 study, to discuss regulatory push forward in the US with the FDA. Towards that end, we have engaged US experts in variety of developments such as [indiscernible] to provide us with expert advice to successfully navigate in the US open regulatory landscape prior to establishing the consultancy with our corporate chief medical officer of The National Organization for Rare Disorders and the direction of the FDA office of Orphan Products Development. We are encouraged with by the clinically meaningful and statistically significant lung function data seen in our European phase 3 trial and we look forward to gaining a clear direction for the ever growing pace of our inhaled alpha 1 in the US by the end of this year. In addition to our inhaled alpha-1 antitrypsin, we also continue to advance our clinical development programs for our IV alpha-1 antitrypsin to treat newly diagnosed type 1 diabetes and treat Graft-versus-host-disease, both orphan indications with significant unmet medical need. In March, we were granted orphan drug designation for our IV alpha-1 antitrypsin therapy to treat GvHD which is a key milestone to support our global regulatory and development strategy in this indication. GvHD is a disease of significant unmet medical need and both the disease and current therapy options carry considerable, debilitating side effects. Preliminary human and animal studies indicate that AAT may be able to treat and reduce the severity of GvHD, which is one of the key, life-threatening complications of allogeneic stem cell transplantation. GvHD is an immunologically-based disease that may result in significant damage to multiple organs and tissues such as the liver, gastrointestinal tract, skin and mucosal membranes. Tissue destruction also leads to increased inflammatory signals, perpetuating and augmenting the disease process by contributing to the cytokine storm and fuels GvHD even further and, thereby, the damage continues and its intensity is increased. Glassia is expected to decrease GvHD-related symptoms including the progressive tissue damage and as a result could potentially increase the survival rates and possibly reduce or eliminate the need for steroid therapy. Preliminary results from an open label dose escalation safety and efficacy study, with evaluating 24 GvHD patients who suffer from inadequate response to steroid treatment following HCT indicated that continuous administration of AAT as therapy for steroid-resistant gut GvHD is feasible in the subject population. Indication of healing of the bowel mucosa was seen in a decrease in diarrhea, in intestinal protein loss, including AAT and in endoscopic evaluation. Additionally, the preliminary results showed that following examination of pro-inflammatory cytokines, AAT administration suppressed serum levels of pro-inflammatory cytokines and interfered with GvHD biomarkers. We expect to report additional interim data through ‘015. These positive interim results are very encouraging and support continuation of our global clinical development plans for AAT in treating and preventing GvHD. A potentially life threatening disease with the market opportunity to exceed $500 million. Importantly, recent publication of preclinical data in Blood support this positive interim results, which are aimed at treating the gut involvement in steroid-resistant GvHD. With continuous encouraging results, we intend to commence a Phase 3 trial in ‘016. This proof of concept study in GvHD was also designed to serve as a platform to expand the AAT indications to include general organ transplantation based on a similar mechanism of action. Toward that end, we plan to initiate a Phase 2 proof-of-concept study with IV alpha-1 antitrypsin to treat patients undergoing lung transplantation. We look forward to invest in these plans with Baxter [indiscernible] and we will keep you apprised on our progress. We continue to advance our IV alpha-1 antitrypsin therapy as a traditional for newly diagnosed type 1 diabetes and pediatric patients. The scientific rationale for initiating alpha-1 to treat type 1 diabetes is based on anti-inflammatory and immune modulatory activity of AAT which was published in the Journal of Diabetes Science and Technology whose mechanism of action support beta-cells’ recovery processes from autoimmune-mediated tissue injury. Treatment of type 1 diabetes patients with Kamada’s AAT may have several medical benefits including slowing the progression of the disease, improved metabolic control, reduction of daily insulin dose requirements, and most important, reduction of diabetes complications. We reported additional data from ongoing expansion study for our open label phases 1/2 clinical trial in this indication which showed that the majority of the patients who continued treatment with alpha-1 antitrypsin maintained capability of insulin secretion and attained glycemic targets with HbA1C level below 7.5% for more than 2 years after the diagnosis of type 1 diabetes. This positive data supports the earlier results from this study and demonstrates with the ability of the effects of alpha-1 antitrypsin in this orphan indication. We continue to believe that our alpha-1 IV can be a groundbreaking treatment for newly diagnosed type 1 diabetes patients as it may demonstrate the ability to halt disease progression and allow the pancreas to maintain secretions of self- insulin. Moreover these several data validate our enthusiasm as we continue to enrol patients to our phase 2/3 clinical study undergoing in the world. We’ve also initiated discussion with EMA and FDA for further development of this indication for the US market. Lastly, we continue to await the final results from US phase 3 rabies trial from our US partner Cabrion [ph]. Once we receive those, we will report publicly and finalize our proposition, the BLA submission which is under way. Finally, we announced some important senior management changes. As recently announced and after more than 30 years in the industry, I am pleased to be transitioning to an active advisory role in the company where I will become Deputy Chairman of the Board. On that front, I founded Kamada over 25 years ago with a vision and passion to develop novel therapeutics for patients in need. It is my great pride and I reflect upon the significant progress Kamada has made in recent years with a strong base business with 10 products selling in over 15 countries, with strong alliances with major pharmaceutical partners global wide. Importantly, we have a very promising pipeline of therapeutics that address significant unmet medical need, in addition, to develop treatment and benefitting patients worldwide. We have developed a talented and dedicated senior leadership team to share in my passion and innovation. I will now leave the daily management of Kamada in the strong hands as I transition to a strategic advisory role in the board. So those of you who do not know Amir, he is a proven business leader with over 20 years of industry experience. Amir Joined Kamada one and half years ago with a goal to transition into CEO role. Since that time, he demonstrated his command of the clinical, commercial, manufacturing and corporate development aspects of Kamada and he is ready to take over the helm. In partnership with Gil Efron, we can ensure of a seamless transition of the execution of Kamada’s growth strategy. Amir?