Obi Greenman
Analyst · Robert W. Baird. Your line is open
Thank you, Lainie. Earlier this week we announced two new contracts with France's National Blood Service, the EFS. Collectively, these contracts will allow the EFS to purchase the disposable kits and Illuminators necessary to make INTERCEPT platelets the standard of care across all regions in France. The EFS conversion is motivated by a January Ministry of Health decision that the INTERCEPT platelet system should be deployed for the control of bacterial infections transmitted by transfusion, consistent with a December, 2016 recommendation by France's Regulatory Authority, ANSM. Our deployment and technical services teams will be working with the EFS regions which require additional Illuminator installations and training and we are ramping up kit production to ensure sufficient supply is available as these regions rollout INTERCEPT. With over 300,000 platelet units produced annually in France, these new contracts could allow us to substantially expand our business beyond our current approximate 10% share of the French market. We believe the EFS decision represents a key inflection point in the broader movement to incorporate pathogen inactivation into national blood safety policy goals. In the US, The American Red Cross is now producing INTERCEPT platelets at 10 of their manufacturing sites. We are working closely with their teams to support introduction of pathogen reduction to new hospitals as well as evaluating methods to increase their production of INTERCEPT which has been increasing at each site over time, but not as quickly as either organization would like. The Red Cross sees pathogen reduction as an important strategic initiative and is committed to rolling it out across their nationwide distribution network. It's encouraging to report that we have not seen any supply shortages from Fresenius Kabi's platelet additive solution which is used by The American Red Cross and a number of other US blood centers. Platelet additive solution is currently required in order to produce INTERCEPT platelets on Fresenius Kabi's Amicus platform, and you will recall that late May we reduced our annual revenue guidance in anticipation of possible interruptions in supply while the FDA reviewed the Fresenius application for changes to the product storage container. Overall in the US market, we are now live at 25 blood centers with 23 more in the process of installation and training. While we have seen some smaller centers ramp up production quickly to high levels, many of the larger centers remain cautious about their pace of integrating INTERCEPT into their daily platelet collection and processing. While many of the larger blood centers are encouraged to see interest from their key hospital accounts, they are also concerned about how rapidly and consistently they can meet significant INTERCEPT demand. In some cases, they are also waiting for their BLA approvals in order to access key hospital accounts. We expect to see the first INTERCEPT BLAs approved this fall. While we have been frustrated by the pace of US adoption, as well as the recently announced delay in the FDA's timing for a final bacterial safety guidance document, our US business is growing. Q2 2017 kit sales in the US have more than doubled compared to Q2 2016. On the production side, we believe blood centers can produce substantially more INTERCEPT platelets and we are systematically educating our customer base about the options available to them, including the possibility of splitting triple collections into single and/or double doses that could be treated with our existing FDA-approved INTERCEPT kits. On the hospital demand side, our value proposition to hospitals and transfusing physicians is not dependent solely upon bacterial inactivation and the FDA guidance, but rather on the broad spectrum of pathogens we inactivate and the importance of addressing transfused and transmitted disease risk for all patients. Demand for the INTERCEPT platelets continues to grow as we educate hospitals on the benefits conferred by our system, including early release of INTERCEPT platelets relative to conventional products allowing for a longer effective shelf life. Moving onto our development programs, cryoprecipitate is a product that we have been evaluating for some time given its critical role in the treatment of trauma and maternal hemorrhage. We are now officially adding INTERCEPT Cryo to our development pipeline following the outcome of two important recent events. First, based upon a discussion with the FDA, we have determined that INTERCEPT Cryo can be approved as an extension to our INTERCEPT plasma label, which is the regulatory pathway that we desired since it streamlines our application considerably. Second, we have decided to pursue a new business model for this product in which we plan to engage a select group of blood centers as manufacturing partners and promote and sell the product directly to hospitals. As we announced last week, we will be working with the Central California Blood Center as our first manufacturing site. We plan to seek an extended post-thaw shelf life of up to five days, which would allow for immediate availability to treat severe hemorrhage and also reduce product wastage. We believe that INTERCEPT Cryo is a market opportunity larger than that of INTERCEPT platelets in the United States. Turning now to INTERCEPT red cells, I will provide an update on our work toward a planned European CE Mark submission and an expanded commercial manufacturing scale up funded by BARDA. Over the past six months, we have brought assay development in-house to work on optimizing the current HPLC based test method to characterize the commercial lots in preparation for the CE Mark submission. After extensive analysis, we believe a more state of the art process using UPLC is necessary to provide the greater specificity and sensitivity required for commercial lot release in comparison to the previous qualification of lots for limited use in clinical trials. In parallel, we have done extensive work to profile critical product characteristics to understand their impact on manufacturing quality, which gives us confidence that we may also now be able to refine our commercial specifications for lot release. Given the planned changes to the testing process and the ability to qualify our commercial lots using a revised commercial specification, we now expect the CE Mark submission in the second half of 2018. While we would have liked to have submitted the CE Mark by the end of the year, the revised timeline allows us to include clinical results from our Phase III SPARK study in thalassemia patients as part of the submission. We believe this will strengthen the overall regulatory dossier, especially for future in-country regulatory submissions required in addition to CE Mark, like in France and in Germany. For ITNERCEPT red cells in the US, we are rapidly expanding the scope of ongoing development activities with support from the BARDA funding. Richard will speak to our clinical activities in a moment, but the approximately $88 million in committed funds cover a broad range of other work, including invitro function and pathogen activation studies to establish compatibility of the treatment process with different red cell additive solutions used in the US market. There is also synergy with many of the activities that we are performing to qualify commercial lots for the CE Mark submission, since the BARDA contract includes work toward future generations of the product configuration, which was already planned to include the UPLC method development. Now, I will turn the call over to Richard to provide an update on the US red cell clinical program.