Ken Frazier Remarks Parliamentary Friends of Medicine Lunch Parliament House, Mural Hall Canberra, Australia Wednesday, June 17, 2015 12:15 – 1:45 PM Thank you John for that wonderful introduction and good afternoon everybody. I would like to start by acknowledging the traditional owners of the land where we are meeting – the Ngunnawal and Ngambree people – and by paying respect to the elders, past and present, of all Australia’s Indigenous people. I also want to thank John Alexander, David Gillespie, Senator Claire Moore, Senator Richard Dee-Na-taa-lee and other members of the Parliamentary Friends of Medicines group for hosting us together with Medicines Australia, and all the members of Parliament, senators, parliamentary staff and industry leaders that have joined us here today. As John mentioned, I am the CEO of Merck, which is headquartered in the U.S. and known as MSD here in Australia, and the rest of the world. I am also the current Chair of the U.S.-based pharmaceutical industry group PhRMA. MSD is a leading global biopharmaceutical company. We have a long history of developing new medicines and vaccines that improve health and well-being around the world. We employ 70,000 people around the world, including more than 600 people here in Australia, and spend over $6.5 billion dollars annually on research and development. 1 Although this is my first visit, MSD has operated here continuously since 1952. We recognize and respect the importance of Australia both as a highly sophisticated market and as a source of new discoveries. To illustrate this, I’d like to remind you about the story of penicillin, a transformational medicine perhaps unrivalled in its impact. Nine miles from where we stand is a suburb named in honor of the great Australian scientist, Howard Florey. As you probably know, Florey received the 1945 Nobel Prize for medicine for the discovery of penicillin, together with Alexander Fleming and Ernst Chain. Penicillin revolutionized modern society, saving millions of lives while in the process, setting our expectations of what modern medicine – and the pharmaceutical industry – is capable of delivering. You may also recall that Alexander Fleming famously discovered penicillin by accident. It was while sorting through his lab equipment after the holidays in 1928, that he found that mold had contaminated a bacteria-filled petri dish. He also observed that a clear halo had formed around the mold which appeared to be secreting a substance he ultimately – and correctly – surmised was inhibiting bacterial growth. By accident coupled with careful observations, he had discovered penicillin. Yet, Fleming’s discovery would have remained a mere laboratory curiosity without the scientific and collaborative genius of Howard Florey and Ernst Chain. Working at Oxford University, Florey was able to grow the vast quantities of mold required for Chain and his fellow chemists to 2 purify into penicillin. And, although only minute quantities were generated, this was enough to show penicillin’s incredible potential as a life-saving antibiotic. Florey and Chain’s laboratory could not, however, produce the quantity of penicillin needed for proper human trials or treatment. So in 1941, with British industry pre-occupied with the war, Florey and colleague Norman Heatley flew to the United States in search of American companies that could produce penicillin at scale. What followed was a remarkable series of collaborations with government scientists, academics and industry, which resulted in vast improvements to the penicillin production process. These collaborations culminated in a meeting that included George W. Merck, one of the early CEOs of Merck & Co. of the United States. During this crucial meeting, the industry committed to investing in industrial scale production. Florey’s colleague Heatley went on to spend several months with research scientists at our company, which by 1942 had produced enough penicillin for use in human trials. We then worked with a number of other companies and government institutes to develop a new production method that delivered the billions of units of penicillin needed for the war. 3 Florey and his team’s expertise and collaborative spirit galvanized an entire industry and provided the foundations for the development of all future antibiotic therapies, which have prevented untold suffering. This story holds a number of important lessons for all of us: • It underscores the uncertain and sometimes serendipitous nature of scientific discovery. Above all, science is unpredictable. And, there remain many mysteries to be explored and unlocked within the human body. • It illustrates the vast resources required to turn scientific discoveries into clinically meaningful medical breakthroughs. Innovation doesn’t move in a straight line. And, on average, it costs upwards of US$2.6 billion—and takes an average of 10 to 15 years—to carry a new medicine from the laboratory bench to the hospital or home medicine cabinet. • It also reinforces the indispensable, collaborative roles played by all stakeholders, including government, industry and academia, who can, only when acting together, successfully realize the immense societal benefit afforded by scientific advancements. • And, most importantly, it reminds us of our ultimate purpose: to bring hope to people. Fifteen years after we helped bring penicillin to the world, CEO George Merck, in speaking to a group of aspiring healthcare professionals, 4 reminded them that nothing is more important than serving those with unmet medical needs. He left them with a simple charge: “… to remember that medicine is for the patient… it is not for the profits.” To this day, I believe the wisdom of these words still holds true. Over the years, this imperative of inventing and innovating with the patient in mind has come to define the company I have the privilege to lead. We have a central purpose: to help people live longer, healthier, and more productive lives. Today, the biopharmaceutical industry is poised to translate the most promising scientific breakthroughs into meaningful treatments capable of tackling the most urgent and vexing medical challenges of our times. This commitment to discovery, invention and innovation, always keeping the patient first and foremost, is what has come to embody our industry at its finest. Patients, in Australia and throughout the world, are waiting for the next breakthrough medicines that will help them live longer, healthier and more productive lives. Our mission as an industry is to deliver what they need – promptly and safely. Cancer immunotherapy is an important example of a breakthrough that holds tremendous hope for patients in the greatest need. MSD is advancing a broad and fast-growing clinical development program for our own immunotherapy medicine, KEYTRUDA, which works by unleashing the immune system against cancer. 5 Few people understand the promise and potential of a medicine such as KEYTRUDA like Ron Walker, a business leader and former Lord Mayor of Melbourne, who three years ago was diagnosed with late-stage melanoma. After some initial setbacks during his early treatment, Ron was able to participate in one of our KEYTRUDA clinical trials in the United States. Once we commenced clinical trials here in Australia, he was able to enroll and obtain treatment locally. Thankfully, Ron responded well to KEYTRUDA treatment, and I am happy to say is here in the audience with us today. Ron’s story is but one of a growing number of success stories that reinforce the power that is today being unleashed by immuno-oncology. Three years later, we’re studying KEYTRUDA in 30 different tumor types and have 20 KEYTRUDA trials underway in Australia covering melanoma, lung, bladder, gastric, breast and head and neck cancer, Hodgkin’s Lymphoma, mesothelioma and other cancers. 600 Australians have been treated to date through these trials, and 600 more have received free treatment in our compassionate access programs. The success of KEYTRUDA is as much about regulatory innovation and agility as it is about scientific innovation. As you may know, earlier this year we secured regulatory approval for KEYTRUDA in Australia in record time. This extraordinary achievement was made possible by two critical factors: 6 • MSD’s recognition of KEYTRUDA’s importance given the extremely high burden that melanoma places on Australia's population and our commitment to do everything possible to commence the approval process as rapidly as possible, and • The willingness and commitment of the Therapeutic Goods Administration to work tirelessly to complete the registration process as quickly as possible. The result of our shared alignment and commitment to meeting this critical unmet medical need in Australia also led to this country becoming the first in the world to register KEYTRUDA as a first-line therapy for melanoma – an accomplishment both welcome and unprecedented. We also secured a first-time positive recommendation for KEYTRUDA from the Pharmaceutical Benefits Advisory Committee, despite having only early trial data. Again, this would not have been possible without the strong collaboration between MSD and the PBAC secretariat. The good news for patients is that KEYTRUDA is just one of many potential cancer breakthroughs currently being developed by our industry. At the same time, the biopharmaceutical industry is also making remarkable progress against other, extremely burdensome diseases, including hepatitis C and Alzheimer’s disease, each of which afflicts over a quarter of a million Australians. 7 Our industry has been committed to the development of hepatitis C medicines for many years. MSD, together with other companies, has discovered antivirals that have the potential to treat and potentially cure hepatitis C reliably, quickly and with few-side effects. These medicines have the potential to deliver a significant health dividend in a number of ways: • By substantially reducing the incidence of liver failure and liver cancer, • By saving billions of dollars in hospital care costs, • And, by providing hepatitis C sufferers new hope for normal, more productive lives. Alzheimer’s disease, a condition that afflicts more than 36 million people globally – a number projected to double almost every 20 years, skyrocketing to more than 115 million people by 2050 – imposes a terrible burden on patients, their families, caregivers and society. We’re currently in late-stage clinical studies with our investigational BACE inhibitor therapy to determine if we can slow or halt the progress of this horrible disease. Our work in each of these key diseases demonstrates MSD’s continuing commitment to playing a major role in addressing critical areas of growing, global unmet medical need. Across the industry, 80 other medicines are also under development, with the hope that we can one day slow and even stop the disease’s progression. 8 A leading Australian oncologist recently called the development of immunotherapies a “penicillin moment” for cancer treatment. As I have tried to illustrate, the biopharmaceutical industry could be on the cusp of many penicillin moments across multiple disease areas. However, achieving these moments will require significant R&D investment. Of course, as is often the case with breakthrough innovations in our industry, there is an ongoing debate in the United States and elsewhere about the cost of new medicines, particularly in the disease areas I mentioned before. I firmly believe that medicines and vaccines must be assessed by the overall value that they deliver to individual patients, their families and society at large, rather than solely upon their cost. That said, I also firmly believe that we must work together with all stakeholders in the healthcare ecosystem and beyond, to create broad access. All people should have the opportunity to benefit from medicines and vaccines that can improve and extend their lives. And, we must create a policy environment that is conducive to building sustainable, value-driven healthcare systems that serve all of us. Hepatitis C, for example, imposes massive costs on the health system and robs patients of decades of productive life. Despite the significant short-term budgetary impacts that newer hepatitis C medicines – which for nearly all patients represent a "cure" – are having around the world, there is little doubt that these new therapies are cost effective, when viewed in the context of the longer-term implications of this disease... if left untreated. 9 Likewise, some cancer immunotherapies are showing durable responses in a significant proportion of patients who previously had very few effective treatment options. It is critical that these and other similarly innovative products be evaluated holistically based on the benefit/value they provide to patients, payers, the healthcare system and to society. Fortunately, in many ways, Australia has been ahead of the curve globally in assessing the value of medicines. For instance, the Pharmaceutical Benefits Advisory Committee has been using costeffectiveness to evaluate medicines for decades. What has been concerning of late is the PBAC’s shift in focus from the holistic value of innovative medicines to the impact of their costs on the budget. The short-term consequence of this has been that Australian patients have had to wait much longer than patients in other countries to get access to new medicines. A recent report showed that Australia ranks 18th out of 20 OECD countries for access to new medicines. The long-term impact is more troubling. Australia often pays substantially less than other developed countries for new medicines. This has serious consequences on companies’ incentive to innovate. Payers in the United States, Japan and other developed markets shoulder a disproportionate share of the cost of these important therapies. If all markets followed Australia’s example, it is quite possible that many new medicines simply would not be developed. 10 I will try to illustrate this using another great example of Australian innovation, GARDASIL, the cervical cancer vaccine. Dr. Ian Frazer from the University of Queensland University completed much of the basic research that made GARDASIL possible; his work was licensed to CSL and then to MSD. Australia has achieved one of the highest coverage rates in the world with GARDASIL, which has already brought tremendous benefits. A recent study showed that in the five years after GARDASIL was added to the national immunisation program in Australia, the occurrence of genital warts in women under 21 fell by 93%. That’s quite a benefit. While the University of Queensland owns a substantial portion of GARDASIL’s intellectual property, MSD developed the product, completing trials in nearly 30,000 people. We have spent more than a billion dollars on GARDASIL development to date, excluding royalties. If GARDASIL had to be commercialized globally on the basis of what the government pays in Australia, it may not have been developed at all. My broader point here is that translating scientific breakthroughs into clinically meaningful treatments is a costly endeavor and one that requires sustained – and sustainable – investment. In the health care ecosystem, no single entity can shoulder this burden alone. We must work together to ensure that the spirit of curiosity and discovery that animated Alexander Fleming and his petri dish remains thriving, vital in part by being appropriately incentivized. 11 The budgetary concerns of government are, of course, very real, and I believe industry has an obligation to work with government to help address them. One of the most successful examples of this in the United States was the 1984 Drug Price Competition and Patent Term Restoration Act, which led to dramatic reductions in the prices of offpatent generic medicines and delivered enormous savings for American patients and payers. Australia implemented its own highly successful generic savings policy in 2007 through reforms to the Pharmaceutical Benefits Scheme. These reforms were developed in consultation with industry and it is anticipated that they will deliver savings of $20 billion over ten years. Despite these significant, ongoing savings, the recent Federal Budget process identified an additional $6 billion in funding cuts to the pharmaceutical sector. This included policies to cut the pricing of newer, innovative, on-patent medicines and others that could undermine the appropriate use of biological medicines. These measures are concerning. In Australia, no new medicine is listed on the PBS unless it is proven to be cost-effective, so it is hard to understand why these same medicines should bear the brunt of further budget-savings measures when many other areas of public spending in health and elsewhere deliver far lower value for taxpayers’ money. Likewise, Australia has a rigorous and independent means of assessing the safety and efficacy of biological medicines through the TGA. So 12 again, I have difficulty understanding why the budget measures position the PBS as the body best placed to determine the substitutability of biologics, rather than the TGA. I am aware that Medicines Australia and the government are in discussions on this point as they negotiate a broader Strategic Agreement. It is my hope that these discussions will introduce some stability and balance after what has been a very difficult few months for the industry. I urge everyone involved in policy discussions around medicines to think carefully about the importance of collaboration and the many examples of how partnerships between industry and government have helped Australia realize strong advances in health care. Policies that are forced through without consultation can have negative unintended consequences, not only through short-term disruptions, but also by undermining the trust and collaboration essential to tackling health challenges, both now and in the future. I’d like to conclude by reminding us all that innovation, or as I prefer to say, invention, remains a cornerstone and foundation upon which a sustainable, value-driven healthcare system can thrive. Our industry is on the cusp of some of the greatest medical breakthroughs in decades; breakthroughs that were unimaginable only a few years ago; breakthroughs that will transform not only patients’ lives, but that have the potential to help transform the economic productivity of nations – including Australia – and around the world. It is critical that policy and 13 regulatory approaches keep pace with this new era of rapid scientific advancement. Together, with the Australian Government, I am confident that we will create and maintain the right conditions to ensure that our industry can bring the newest and most innovative medicines to Australian patients in a timely fashion, that we can draw on the incredible science that exists in Australia in the biopharmaceutical area, and that we can work with Australian colleagues to ensure the industry in Australia remains world class. Pause We must never lose sight of the purpose for which our medicines and vaccines are intended – to improve the lives and livelihoods of the millions of people here in Australia and around the globe who are counting on us to succeed. Thank you for your attention. (Q&A Moderated by Tim James) 14
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