Peer M. Schatz
Analyst · Commerzbank
Yes. Thank you, Roland. I'm now on Slide 11 to provide an update on the progress we are making on strategic initiatives. Our strategy is anchored on expanding our leadership in sample and assay technologies that address the rapidly evolving needs of customers to transform biological samples into valuable molecular insights. These 5 growth drivers are addressing the critical needs of customers across all of the classes as we help drive the dissemination of molecular technologies. Here are points to consider on the growth drivers. The QIAsymphony automation platform is expected to provide about 1 percentage point of incremental sales growth in 2014, and new longer-term impulses are coming from the recent FDA approval of the full workflow and plans for many new test submissions. QuantiFERON is set to break through $100 million of sales in 2014 and could surpass the size of our U.S. HPV franchise. We see enormous growth potential ahead, given that modern latent TB testing is only about 10% penetrated and the total addressable market is estimated at $1 billion. Personalized Healthcare is generating more than $100 million of sales and growing at a good pace, with expectations for higher kit sales and revenues from the companion diagnostic co-development agreements in 2014. Bioinformatics is set to be an important incremental contributor this year as well, as we create an industry-leading portfolio anchored by the combination of teams and products from Ingenuity, CLC bio and Qiagen. And on NGS, we are launching a series of new sample technology kits, as well as expanding our offering in bioinformatics. Together, we see these activities as having well above $50 million of annual sales and strong growth. Qiagen continues to be the unrivaled leader in sample technologies inside next-generation sequencing labs. And here, we mean extracting valuable DNA and RNA from challenging biological samples. We estimate that about 80% of all samples being prepared for use in the sequencer have been created with a Qiagen sample technology kit, and we will continue to expand this market share with new technologies. While NGS is an important trend, keep in mind that less than 1% to 2% of all biological samples being processed in laboratories around the world actually are going into next-gen sequencers, only 1% to 2%. I'm now on to Slide 12, which provides an overview of the many new product approvals and launches during the first year of the -- first quarter of the year. I'd like to focus on 2 of these developments and both involve China. First is the approval of therascreen EGFR kit, which is our first companion diagnostic registered in China, and this comes after a 3-site clinical trial that enrolled more than 1,200 patients with small -- non-small cell lung cancer. This is the most prevalent type of cancer in the country and accounts for roughly 20% of all new cancer cases. We have now gained EGFR assay approvals in the top oncology markets of the world, the U.S., Europe, Japan and now China. This is just the start of our entry into China as we plan to seek registrations for a number of additional assays, including therascreen KRAS for use in colorectal cancer and therascreen B-RAF for use in melanoma. The second approval involves the QuantiFERON latent TB test in China. Given the size of the TB testing market in China, one could say that our entry is admittedly late, but we wanted to first establish our leadership in the U.S. and Europe before moving into other markets. After the launch in late March, we are now ramping up market development activities in the Tier 1 and Tier 2 cities and targeting specific TB risk groups. These are substantial opportunities in China that could translate into millions of dollars of sales in the coming years, but it is too early to make specific predictions. We have a number of further new product approvals and launches planned for the year, and we'll keep you updated. I'm now on Slide 13, and this shows you the progress we are making on expanding the testing menu. As I mentioned earlier, a highlight is the FDA clearance of the full QIAsymphony RGQ automation platform and the clearance of the artus C. difficile QIAsymphony RGQ kit for the detection of Clostridium difficile, a bacterial infection that is increasingly becoming a public health challenge in the U.S. and many other countries. Gaining clearance for all 3 components of the QIAsymphony system, the SP unit for sample technologies, the AS unit for the assay setup and the Rotor-Gene Q PCR cycler, is an important step towards increasing the utility of this automation platform -- or modular automation platform for customers. More test menu expansion is on the way. We are in the process of doing the 510(k) submission for the artus VanR QIAsymphony RGQ kit for health care-associated infections from vancomycin-resistant bacteria. We have also completed the CE-IVD for this kit as well. Other submissions planned for the year include a U.S. application for the artus Herpes simplex Virus 1/2 QIAsymphony RGQ kit for the diagnosis of Herpes simplex virus 1/2 and also U.S. and European applications for the artus MRSA QIAsymphony RGQ kit for methicillin-resistant Staphylococcus aureus infections. We're also on track to achieving our goal for about 250 system placements in 2014, building on the more than 1,000 cumulative placements at the end of 2013. I'm now on Slide 14. A key element of our leadership in Personalized Healthcare is the growing portfolio of co-development and co-commercialization projects that we have with leading pharmaceutical companies. We're often restricted by partners on what we can disclose about the agreement, but we wanted to show you the success of our pharma business development team. First, we now have more than 5 master collaboration agreements in place to develop and commercialize companion diagnostics, including with Lilly and Bayer, and these typically cover the whole company. They lay the ground work for future projects in various therapeutic areas by standardizing interfaces and processes between the organizations. In the last 6 months alone, our teams have brought in about 10 new co-development or co-commercialization projects, and this means we now have more than 20 projects with pharma companies in both oncology and other therapeutic areas. Also on this slide, you see a graphic showing the rapid growth in recent years in terms of the number of clinical trials involving new medicines that are utilizing biomarkers for patient selection and/or stratification. Indeed, it shows that about 45% of oncology trials are now using biomarkers, and this compares about 15% to 20% a decade ago. Our companion diagnostic projects include PCR tests, and we are also discussing NGS options with partners as well. A recent trade publication noted that pharmaceutical companies are using next-gen sequencing for biomarker discovery, but we have been cautious about its use in clinical trials or as a tool for companion diagnostics. This is a view that we can confirm within the pharmaceutical industry. NGS holds many promises for improving the outcome of patients and the technology is developing very quickly, but there are still some limits. They include costs, which is amplified as an issue by the needs for DNA/RNA fusions, methylation, microRNA and other markers in parallel. This is actually prompting pharma companies to push us to consider additional technologies beyond our PCR and NGS offerings that can generate the data they need for clinical trials and even as companion diagnostics in addition to NGS and PCR. In particular, we are hearing request for systems that allow so-called multi-analyte, multimodal testing and that can integrate together various technologies into low-cost tests and that needs to be performed only once to get the test results across all markers. Our priority is to address the evolving needs of our pharma partners and those of pathologists as well. This means we are wed to any -- we are not wed to any one type of technology platform but instead, want to offer a range of workflows and technologies to get the job done. Moving to Slide 15. We are expanding our range of universal solutions for use in next-gen sequencing applications, especially to address bottlenecks in sample technologies and bioinformatics. These are products that can be used with samples going into any sequencer or with any sequence data, and they are also elements of our GeneReader NGS workflow. And as I mentioned earlier, we are planning for market entry in 12 to 18 months of GeneReader but have many universal products coming to market already during 2014 and '15, and they are generating a fast-growing $50 million business in NGS, universal solutions and bioinformatics alone. In terms of sample technologies, among the new products launched are exciting launches in single-cell analytics where the REPLI-g kits that make single cells accessible to next-generation sequencing by amplifying DNA and RNA from individual cells. This is one of the hottest areas of research these days, and we are very quickly seeing strong demand for these products. Related to the launch of new sample technologies is the launch of QIAxpert. This compact microfluidic systems enables customers to assess the quality and quantity of the nucleic acid samples and get detailed information on the quality of the sample and an analysis of the contaminants. Here, we are entering a market with annual sales of about $250 million, mostly served by some very dated technologies. Our teams are also launching new bioinformatic solutions designed to improve data analysis and interpretation. An important product introduction at the AGBT conference in Marco Island was the CLC Cancer Research Workbench and its range of customizable cancer-focused bioinformatic solutions. The early access testing of Ingenuity clinic is also moving ahead, and about 20 clinical laboratories are participating in the program. We showed this solution at the AMP meeting last year and the resonance for a web-based solution that can quickly and effectively visualize treatment options based on data interpretation has been very positive. Moving to Slide 16. I mentioned earlier some important changes to our supervisory board. First, Professor Dr. Detlev Riesner retired as Chairman at a supervisory board meeting held earlier this week. And as previously announced, he will not stand for reelection at the next Annual General Meeting in June. He's a cofounder of Qiagen and was instrumental in our long-term success. I would like to personally thank him, also in the name of all of our employees, for his tremendous support, guidance and collaboration. Dr. Werner Brandt, who has been a member of the supervisory board since 2007 and Chairman of the Audit Committee, has been named Chairman of the supervisory board. With his 30 years of experience in health care and IT, Dr. Brandt provides critical insights at Qiagen and seeks to expand its bioinformatics franchise. And also as previously announced, Dr. Brandt will be retiring this year from his current role as the Chief Financial Officer of SAP AG. We also are extremely pleased to announced that Professor Dr. Elaine Mardis will be nominated for election to the supervisory board at the next Annual General Meeting. Many of you know Dr. Mardis, who's the Co-director and Director of Technology Development at The Genome Institute at Washington University and a very prominent key opinion leader in next-generation sequencing and bioinformatics. Her addition to our board is very timely as well given our initiatives to expand Qiagen's presence in Personalized Healthcare with the adoption of new technologies and bioinformatics to deepen the understanding of cancer and other diseases. With that, I would like to hand back to Roland.