Peer M. Schatz
Analyst · Commerzbank
Yes, thanks, Roland. I'm now on Slide 11 to provide some insights on the success of the QIAsymphony automation platform and QIAGEN breaking through the key milestone of 1,000 cumulative placements. The reasons for the uptake are the unique value proposition of the QIAsymphony. Customers are reacting very favorably to the QIAsymphony being the only modular system offering random access, continuous load, sample-to-result processing for both commercial assays, as well as for laboratory-development tests, LDTs. In addition, the 1,000th QIAsymphony that we placed is a nice example. It is used in a pathology lab doing therascreen companion diagnostic assays, Ipsogen, hematology/oncology assays, artus, virology assays as well as PCR base, LDTs and sample preparation for next-generation sequencing. This flexibility is a need that other systems are not able to address. What you see from competitors are screening systems that can only handle a few commercial assays as sample types and not the LDTs, which can be more than half of the test volumes in typical molecular diagnostics lab. So we are pleased with our progress and are continuing our goal for 200, 250 annual placements per year. Moving to Slide 12, here you see an overview of our current menu of Molecular Diagnostics assays and also some of what we are working on in terms of potential submissions. We have 21 CE-IVD assays for use in Europe and other areas of the world. This chart shows only some of the content we have which is the broadest in the industry, and our ambition is to keep expanding across these franchises. In the U.S., 2012 was an important year as we gained approvals for the Rotor-Gene Q PCR cycle and the artus Influenza and therascreen KRAS assays. In terms of potential submissions, we have a full development pipeline. These are also a mix of internal activities, as well as some external collaborations. A key priority of the R&D teams and our partners is expanding the menu especially in the United States, so you will be hearing more from us during the year in terms of regulatory submissions and clearances in the future. I'm now on Slide 13. As I mentioned earlier, we are moving ahead at a rapid pace with our next-generation sequencing initiative targeting clinical research and diagnostics. We've been developing this workflow with clinical research and diagnostic customers as our top priority and addressing their needs. As I mentioned earlier, our portfolio involves a 2-pronged strategy. First, the broad range of products and services, and this includes universal solutions that can be used on any sequencer or with any sequence data; and second, a complete GeneReader integrated streamline workflow. And our actions to take the lead in bioinformatics, in particular analysis and biological interpretation, will be a key differentiator. We are moving ahead to create seamless solutions for our customers to drive science, drug development and clinical diagnostics use. And doing so will position QIAGEN as a unique player in the segment. I'm now on Slide 14 to discuss CLC bio and how this strengthens our offering in bioinformatics. We're very excited to have the employees of CLC bio joining QIAGEN through the acquisition. CLC bio is the global market leader in bioinformatics analysis, offering a proprietary platform that enables customers to rapidly analyze, compare and visualize complex data generated by all major next-generation sequencing platforms, using more than 200 different integrated data analysis tools and with the ability to integrate third-party applications in an app store-type concept as well. As part of the analysis workflow, insights can be gained by leveraging CLC bio's analytics combined with Ingenuity's interpretation. CLC has 2 main products. CLC Genomics Workbench is a user-friendly desktop application that offers more than 200 data analysis tools for any organism. The second product is CLC Genomics Server, which is an enterprise-level platform for rapid and efficient analysis of data from any organism. We see dynamic growth opportunities for these products and bringing them into our emerging portfolio of NGS products will greatly enhance our overall offering. I'm now on Slide 15. This slide provides some perspectives on the powerful solutions offered by CLC, and how these user-friendly and scalable solutions anchored by CLC Genomics Server do rapidly analyze and visualize any sequencer data from any organism. A key point is that CLC's technologies are used for analysis of any organism by their customers, which span from research to clinical areas, but also in areas beyond human health care, such as plant science. As for some anecdotes about the market adoption power of CLC solutions, more than 1.5 million downloads have already been completed of the software to over 250,000 unique users around the world at over 2,300 different organizations. 250,000 unique users. The largest genome ever-published, a 21 gigabases Norwegian spruce tree, was analyzed using CLC bio software and published in Nature in May 2013. As a comparison, a human genome involves about 7x less giga -- data, about 3 gigabases of DNA. And on the technology side, CLC bio partners with organism -- organizations like Intel, IBM and Oracle and many others. I'm now on Slide 16, which shows how we are building on the strength of QIAGEN, CLC bio and Ingenuity to strengthen our leadership in bioinformatics and our overall NGS workflow. This acquisition is a natural, logical step after Ingenuity, and together, they enable QIAGEN to create a complete and seamless workflow. In a simplified explanation, CLC bio's products begin with a data generated by the sequencer, taking care of assembly steps before performing very complex analysis to call the variant or what is interesting in the data set. With the output of this variant calling step, which can be a VCF file, customers can use Ingenuity solutions for interpretation and reporting. No other supplier has a workflow covering this complete workflow, especially in terms of the dry lab bioinformatics offering that is seen as a key bottleneck to adoption of NGS in clinical research and diagnostics. I'm now on Slide 17 and here, you see an update on Ingenuity solutions and in particular, recent announcements that back up the view that they are becoming the gold standard for biological data interpretation. Ingenuity offers the deepest and broadest understanding of biology compared to competitors. The superior quality of this content has been built up with massive investments over more than a decade, and involves scientific experts and key opinion leaders who manually curate and ensure quality control. This quality stands out well ahead of any other product and has a major impact on the quality of interpretation, even minute quality advantages and our quality benefits are actually very significant. Even minute differences can lead to significantly increased reproducibility and scientific or clinical interpretation, especially if customers are mining millions of data points. So we see Ingenuity's knowledge base and intuitive applications providing a sustainable competitive advantage for years. With more than 4,000 users representing over 500 leading institutions, variant analysis is enjoying rapid uptake in research and clinical areas, and this goes far beyond oncology. Among the new customers is the Genetic Testing Laboratory at the Icahn Institute for Genomics and Multiscale Biology at Mountain Sinai in New York, which has adopted variant analysis for research and translational genomics applications related to characterizing and identifying rare diseases. We also have a new collaboration with the Center for Applied Genomics at the Children's Hospital in Philadelphia, involving a large-scale NGS study to identify causative variants in rare childhood diseases. These are just 2 among the many, many new uses of variant analysis, which is clearly becoming the gold standard in biological data interpretation and answering a critical need of customers looking for better ways to make sense of biological data. I'm now on Slide 18. We recently announced an important new partnership with Clovis Oncology, which has significant -- which has significance for a variety of reasons. First, this is another of the framework agreements that we are reaching with pharma partners to develop a series of companion diagnostics. Second, this announcement shows how our tests are setting industry standards. In this case, many of you know that this companion diagnostic project was originally planned with another diagnostics provider and had been widely announced in 2011. However, with the FDA approval of our therascreen EGFR companion diagnostic, a critical differentiator merged with our test as this is covering more mutations and in particular, T790M, the most prevalent resistant mutation on non-small cell lung cancer patients, that led to a selection of our therascreen test. This was a key factor in this new collaboration, one that we see as adding to our reputation for having the industry's leading portfolio. Others have recognized the value of our EGFR test and also FDA-approved KRAS test as well through the premium reimbursement in the United States and in the United Kingdom, both tests have received positive recommendations from the National Institute for Health and Care Excellence, or NICE, and draft guideline recommendations. These collaborations span real-time PCR. These collaborations in companion diagnostics with our pharma partners span real-time PCR and next-generation sequencing technologies and we are well-positioned to offer the broadest range of biological content, detection technologies and bioinformatics for any testing needs. I'd like to hand now back to Roland.