Impact - Joslin Diabetes Center
Transcription
Impact - Joslin Diabetes Center
ALLIANCES CATALYST COLLABORATION JOSLIN INNOVATION IMPACT INGENUITY CAPACITY JENESIS CONFIDENCE OUTCOMES AGILITY TY G GLOBAL ACCELERATION BIG DATA TRANSLATIONAL DIGITAL Contents 2 Partnering for impact 4 Solutions for the nation 6 Innovative medicine 8 Big data 10 Accelerating progress 12 Digital healthcare 14 Empowering stakeholders 16 Solutions for the world 18 Discovery cycle Joslin Diabetes Center is the world's preeminent diabetes research and clinical care organization. Joslin is dedicated to ensuring that people with diabetes live long, healthy lives and offers real hope and progress toward diabetes prevention and a cure. Founded in 1898 by Elliott P. Joslin, M.D., Joslin is an independent, nonprofit institution academically affiliated with Harvard Medical School. www.joslin.org Joslin Innovation is produced by the Communications Department at Joslin Diabetes Center. director Jeffrey Bright writer & editor Christine Paul design Richard Chiarella, Innovative Resource Group photography John Soares Stephanie M. McPherson Arthur Pollock Call to Action Imagine coupling the expertise of the world’s preeminent diabetes center with the energy of a start-up business. At Joslin Diabetes Center, we are leveraging our 116-year record of discovery and care with an all-out effort to shape new medical innovations and global health solutions. We are witnessing a worldwide diabetes pandemic, driven by genetic risks, poor lifestyle choices, and inadequate awareness, education and care. We cannot stand by, allowing this human devastation and economic pain to continue. As is our longstanding privilege, Joslin wears the mantle of leadership—to be the international catalyst for change— searching for new ways to prevent, treat and cure diabetes. In our labs, clinics, offices and boardroom, we are connecting the power of big data, outcomes research, molecular biology, digital communications and lifestyle medicine. In the nation and world, we are exporting creative solutions to help healthcare practitioners everywhere expand their skills and reach more people. To accelerate new diabetes therapies, we are forging entrepreneurial partnerships with industry. It is a vibrant time at Joslin. We invite you to join this unparalleled call to action. John L. Brooks III President and Chief Executive Officer Joslin Diabetes Center WWW.JOSLIN.ORG | Joslin Innovation 1 Partnering f Joslin is teaming up with pharmaceutical, medical device, food and software companies to convert discovery into action. Together, we are pursuing an ocean of ideas, creating new treatments and solutions. Why partner? “At Joslin, we have a strategic business model — we discover, they apply and everyone gains.” — Dr. Nandan Padukone Innovation alliances “Joslin is the world’s preeminent institution dedicated to building a future without diabetes and its complications, but we can’t do it alone,” says Nandan Padukone, Ph.D., M.B.A., who heads Global Business Development and Ventures at Joslin. “To have a major impact, we are creating business relationships that will expand our expertise and reach.” Now in Joslin’s portfolio are more than 25 formal partnerships with pharmaceutical, medical device, food and software companies, focused on getting new products and services into the pipeline and out the door to patients. Many are springing from Joslin findings that are ready for “spin-out.” Others are emerging from a unique accelerator called Jenesis Biosciences. “This is start-up central—an initiative in which internal and external scientists work together, sharing a wealth of ideas,” says Dr. Padukone. “In that ocean, we determine where we’re going to swim, guiding our partners to address key problems and accelerate new products and services into the marketplace.” 2 Joslin Innovation | WWW.JOSLIN.ORG for Impact Simplifying nutrition Six years ago ago, when Elle Shaheen (center) r was new to making food choices as a way to help manage her type 1 diabetes, she exclaimed, “Mom, why does this have to be so hard?” Her mother, Stefany Shaheen (left), stepped up to address the challenge. Together with George Bennett, Ph.D., the pair launched Good Measures. Working with a Joslin team, led by Catherine Carver, M.S., A.N.P., C.D.E., Vice President of Clinical Innovation, Good Measures incorporated Joslin’s nutritional guidelines, meal plans and exercise recommendations into a state-of-the-art digital platform. By combining this technology with the know-how of registered dietitian nutritionists and certified diabetes educators, including Amanda Kirpitch, R.D., M.A., C.S.S.D., L.D.N., C.D.E. (right), Good Measures and Joslin can now provide patients with re real-time support via phone, e-mail or even in person. Steeped in Joslin’s nutritional guidelines, dietitians are helping patients better manage eating and exercise habits to achieve better health. When on the go and trying to juggle personal preferences, nutritional needs and medical conditions, people have support where and when they need it—at the grocery store, work, school or in a restaurant. Elle, now 15 and still receiving her care at Joslin, is benefitting from this breakthrough approach every day. She is working with a registered dietitian periodically and refers to her Good Measures smartphone app several times daily. “It takes out the guesswork,” she says. “I can mix and match meals, and track my food choices. It’s given me a lot of confidence.” Off to a good start “The risk of developing type 2 diabetes can be handed down to babies in ways not based simply on copying the parents’ DNA,” says Joslin scientist Mary-Elizabeth Patti, M.D. “A pregnant woman with poor nutrition or other health issues such as a poorly functioning placenta or cigarette smoking is at risk for giving birth to a low-birth-weight infant. These babies go through a catch-up growth period, so that their body weight is normalized. Shortly thereafter, we can see elevated glucose levels, reduced muscle mass and an increase in fat tissue. Later in life, these problems often lead to obesity and type 2 diabetes.” The father’s health also is key. If he has poor metabolism, it can change how the sperm’s double strand of DNA is unwound and read, affecting the baby’s embryonic development and risk of obesity. “There’s an important public health message here about parental nutrition and fitness,” Dr. Patti says. “We know that obesity begets obesity. If you are planning to become pregnant, you and your partner really want to try to improve your health as much as possible before the pregnancy, so your developing baby is exposed to a healthy metabolic environment.” In the lab, she is working to identify and reprogram the molecular signals involved in order to identify potential drug therapies to interrupt vicious cycles of risk for diabetes. WWW.JOSLIN.ORG | Joslin Innovation 3 Solutions for Joslin is not standing by. With more than 24 million people nationwide afflicted by diabetes, our array of programs is designed to help healthcare providers meet the challenge. Why go national? “Diabetes is a pandemic that all U.S. providers need to address. We can equip them with the skills to do that.” — Dr. Robert Gabbay Bundling diabetes care “With more than 90 percent of diabetes patients receiving care through primary care providers, it makes sense to assist these practices in a creative way,” says Robert Gabbay, M.D., Ph.D., F.A.C.P., Chief Medical Officer and Senior Vice President at Joslin. “These are exciting times, as we work to integrate a successful affiliate program with many of the clinical, research and educational activities here at Joslin Diabetes Center in Boston. As healthcare continues to evolve, we all need to harness new tools and approaches to better serve our patients with diabetes. In this spirit, we have undertaken a concerted effort to reorganize and better align our organization to meet these new challenges. Healthcare is clearly moving toward population management and the need to provide cost-effective solutions to improve the lives of those with diabetes. As rates of diabetes soar, along with its associated costs, we all have an opportunity to dramatically impact how care is delivered. We have a great deal of expertise here at Joslin and have been developing new, innovative approaches for high-value diabetes care. Our approaches include a focus on inpatient care and the reduction of readmissions. We also are working in the outpatient arena with primary care providers to transform their practice models to Patient-Centered Medical Homes and engaging diabetes teams to coordinate care in the Medical Neighborhood.” 4 Joslin Innovation | WWW.JOSLIN.ORG the Nation ‘A quality net’ “Using Joslin’s tracking tools, we are seeing a transformational sea change in diabetes care provided by our primary care physicians,” says Mark McPhee, M.D., M.H.C.M. (right), Executive Vice President for Clinical Coordination for Truman Medical Centers in Kansas City, MO. “Many of our patients are impoverished, needing both a safety net and a quality net. We believe the Joslin program will have a high impact on our population, whose diabetes often must be managed with other chronic conditions.” The hospital, which recently implemented the Joslin Clinical Audit Tool (JCAT), is tracking providers’ progress in five data areas—glycemic control (A1C values), blood pressure, lipids, renal function and smoking—to improve their patients’ outcomes At Truman, JCAT is managed among primary care doctors by Willy Pegues, Director of Primary Medicine Clinics (left), who regularly consults with JCAT’s medical director, Richard A. Jackson, M.D. Joslin care alliances • Inpatient Diabetes Quality Initiative: Insights on effective management of hospitalized diabetes patients Diabetes is everywhere, and so is Joslin. We are in the care-delivery business, establishing comprehensive care and operational programs nationwide that focus on managing diabetes and its complications, including specialty care for blood vessels, eyes, nerves, kidneys and other diabetes-related conditions. Our alliances include hospitals, networks and practices, and we also offer the following suite of services: • Pediatric Program: Team approach to care for the increasing number of children with type 1 diabetes • Primary Care Provider Certification: Training primary care doctors to effectively manage diabetes and its complications • Joslin Clinical Audit Tool (JCAT): Analytical tools that track providers’ progress in treating diabetes (see story above) • Skilled Nursing, Long-Term Care, Assisted Living: Optimal care solutions for residents with diabetes • Behavioral Health: Training clinicians to help patients deal with behavioral dimensions of diabetes • Community Health: Guiding non-clinicians who provide diabetes education in underserved communities • Weight Management: Weight-loss programs including Why WAIT, a 12-week course, and You-Turn, a seven-day program • Consulting: Analysis of an organization’s diabetes programs and recommendations for programs of excellence WWW.JOSLIN.ORG | Joslin Innovation 5 Innovative At Joslin, we are integrating the entire spectrum of medicine— how genes and cells communicate, what goes wrong in diabetes, and how to promote and restore health. What is innovation? Microbiome holds big clues With bacteria numbering in the trillions, the microbiome comprises more than 1,000 different bacterial species that live in our gut. At Joslin, researchers are striving to unmask their role in obesity, inflammation and diabetes. Suzanne Devkota, Ph.D. (right), focuses on how various diets alter the balance of gut bacteria. “High-fat diets have a profound impact on the microbiome, often leading to inflammation,” she says. Among other questions: Does the overuse of bacteria-killing sanitizers or antibiotics in children set the stage for autoimmune diseases? In these conditions, the immune system is poorly educated and can attack itself. An imbalance in the gut bacteria may be triggering the immune response that destroys the insulin-producing cells in the pancreas, leading to type 1 diabetes. “The microbiome also might be a big contributor to type 2 diabetes,” says C. Ronald Kahn, M.D. (left), Chief Academic Officer, who focuses on how alterations in insulin receptors cause insulin resistance. “By using different strains of mice, we’re seeing that genetic background interacts with the microbiome and diet to produce obesity and diabetes. This is exactly what happens in humans where these gut bacteria may grow and work differently in different people and are influenced by diet. Gut bacteria not only can lead to inflammation but also modify metabolism, changing how and what nutrients are absorbed and creating signals throughout the body. Once we determine which bacteria are harmful and which are helpful, we can look for ways to fix it.” 6 Joslin Innovation | WWW.JOSLIN.ORG “It’s about combining something in one area with something in another area, resulting in a new advantage previously unknown.” — Dr. C. Ronald Kahn Medicine Exercise generates signals “Society needs to embrace exercise as medicine,” says Laurie Goodyear, Ph.D. (left). In Joslin’s new fitness facility, she discusses the benefits of exercise with patient David Dekker, who periodically comes to Joslin from Canada for DO-IT, a four-day refresher course, to update his diabetes skills. The new Biodex system, operated by exercise physiologist Jeffrey Richard, M.S., R.C.E.P. (right), measures strength, endurance and range of motion, providing precise data to gauge whether patients are gaining strength. Dr. Goodyear, who helped design the facility, is primarily a lab scientist who focuses on the molecular mechanisms underlying the beneficial effects of exercise. She’s found that when muscles contract, signals become activated, leading to glucose being cleared from the blood and into the muscles. New research also suggests that contracting muscles secrete proteins into the circulation that improve glucose tolerance, insulin sensitivity and lipid levels. One goal is to design drugs that imitate signals generated by exercise or speed up the process. Another question: Can fat tissue be made healthier? “When we transplanted subcutaneous fat tissue from exercise-trained mice into untrained mice, the ‘trained’ fat imparted the benefits of exercise to the untrained mice, working to prevent the harmful effects of a high-fat diet,” she says. “This suggests the trained fat is secreting something beneficial. These findings—including a signal that regulates glucose uptake in skeletal muscle—have led to a partnership with Janssen Pharmaceuticals, a Johnson & Johnson company. We need to identify those factors and study their benefits in humans, including tissues such as the heart, liver and blood vessels.” Prescription for health and wellness “We need to do more to help people with or without diabetes realize they can live a healthy lifestyle, even if they have chronic medical issues like diabetes,” says Martin Abrahamson, M.D., F.A.C.P., who has launched Joslin’s new Center for Integrative Health and Wellness. “This is a center without walls. In collaboration with others at Joslin and elsewhere, our goal is to bring innovative solutions to patients at Joslin and beyond, leveraging our leading expertise in clinical care, research, education and technology. We aim to help people make changes to their lifestyle by providing innovative prescriptions for health and wellness, tailored to the individual.” Among key approaches: • Study new products: Advance new exercise models (above), ways to reduce stress, meal supplements, pathways for healthy eating (p. 3) and diabetes care apps (p. 12) • Provide innovative care: Enhance existing programs, develop new programs, target new populations, provide education and leverage technology to access more people (p. 13) • Educate healthcare professionals: Continue to expand training of physicians, medical students, and other healthcare clinicians on national and international levels through the Institute of Lifestyle Medicine and other programs conducted by Joslin (pp. 14–17) WWW.JOSLIN.ORG | Joslin Innovation 7 BIG Data Joslin’s scientists are developing big databases to capture, store and process huge amounts of information on diabetes and its complications, shaping new questions and solutions. Why big data? Mining for medical gold Among his many accomplishments, Elliott P. Joslin, M.D., our founder, was the world’s first diabetes epidemiologist. In 1898, he began recording patient data in log books that he maintained throughout his long career. He insisted that his staff follow suit, and that practice never stopped. Today, Joslin serves more than 25,000 diabetes patients each year and has developed a rich repository of data. “We’ve developed a uniform way to enter data into the patient’s electronic health record (EHR),” says Sanjeev Mehta, M.D., M.P.H., Director of Quality. “This allows us to collect and analyze a tremendous amount of information, which can be used to understand the effectiveness of our care models and design new studies. Future linkages to clinical trial data and external databases will enhance our understanding of the data stored in our EHR database.” For example, a search of the databases may illuminate the relationship between Joslin care delivery and patients’ health outcomes in reducing the risk of diabetes-related complications. Additionally, data can be used to design weight-loss programs that work more effectively in different populations, based on specific demographic and clinical characteristics detailed in the Joslin EHR database. Dr. Mehta is working on several initiatives to support the development of national registries for type 1 and type 2 diabetes with the goal of translating our local expertise to a broader audience and ensuring that the best clinical care is always being delivered at Joslin. 8 Joslin Innovation | WWW.JOSLIN.ORG “There is no one-size-fitsall solution to diabetes. Big data combined with patient-centered clinical care can provide the insights we need to tailor care to the diverse group of individuals seen at Joslin.” — Dr. Sanjeev Mehta Pursuing a kidney clue The research idea sprang from data. “Our data revealed type 1 diabetes patients with moderately high serum uric acid levels are at high risk of losing kidney function,” says Joslin researcher Alessandro Doria, M.D., Ph.D., M.P.H. (right). “But we didn’t know if this is due to uric acid itself or to something else going together with it. We need to find out if uric acid is the culprit or not.” To find the answer, he is heading a new study in collaboration with Andrzej Krolewski, Ph.D. (left), head of Genetics and Epidemiology, and other key Joslin investigators including Allison Goldfine, M.D., Director of Clinical Research, and renal specialist Robert C. Stanton, M.D. In 2013, the National Institutes of Health awarded Joslin $24.3 million to lead a five-year clinical trial titled Preventing Early Renal Function Loss in Diabetes, or PERL. The aim is to determine if allopurinol—an FDA-approved drug that lowers uric acid—will help Racing toward health prevent or slow the loss of kidney function in people with type 1 diabetes. Working with 10 other clinical centers in the United States, Canada and Denmark, the study will enroll approximately 500 patients. Half will receive allopurinol, the others a placebo, and their kidney function will be compared after three years. This research offers potential hope to people with type 1 diabetes, 10 to 15 percent of whom will develop end-stage renal disease, meaning they will need dialysis or a renal transplant to survive. Dr. Doria is eager to see the results: “If we see a robust effect from this study, we will have a new therapy for kidney complications.” “I’m no athlete, but exercise is a tremendous help in managing my diabetes,” says Danielle Panetta. “If you do the best you can, your body knows it and responds.” This indomitable spirit got her through a major health crisis. Weighing 350 pounds, for nine years she struggled with diabetes misdiagnosed elsewhere as type 2. Trying to get it under control, she lost 190 pounds while dealing with the rigors of college and law school. Eight years ago, she experienced excruciating foot pain and was referred to Joslin, where clinicians diagnosed her diabetes as type 1 and provided expert care for Charcot foot, in which nerve damage can lead to foot deformities. Other complications also had begun, which she is determined to get under control. “I really want to be healthy, and I can do that with or without diabetes,” she says. Equipped with an insulin pump, a continuous glucose monitor and skills to manage type 1 diabetes, she has regained the feeling of hot and cold in her feet, rebuilt her leg muscles, and today trains for half-marathons and other races nationwide, often running with people who have diabetes. Concerned about her kidneys, she has volunteered for the PERL study, headed by Joslin, which is investigating the potential of a drug therapy to stem kidney disease (see above). WWW.JOSLIN.ORG | Joslin Innovation 9 Accelerating Joslin’s new Translational Center for the Cure of Diabetes expands our capacity to translate lab and clinical discoveries into improved diabetes therapies and possible cures. What does the Center do? “This state-of-the-art clinical center positions Joslin to more rapidly test and pilot ideas to solve the problem of diabetes.” — John L. Brooks III, Joslin President and CEO THE GRAND TOUR Joslin President and CEO John L. Brooks III leads Governor Deval Patrick on a tour of the new clinical research center. It is the cornerstone of Joslin’s Translational Center for the Cure of Diabetes, which also will include an exercise physiology lab, biobank expansion, nutritional research, and a new lab for next-generation sequencing, a valuable tool for studying genes and their functions. 10 Joslin Innovation | WWW.JOSLIN.ORG COMMITMENT TO INNOVATION Governor Patrick was thrilled to see the results—a premier clinical center designed to advance new therapies for diabetes and its complications. FUNDING SUPPORT Dr. Susan Windham-Bannister was at the helm of the Massachusetts Life Sciences Center when Joslin was awarded a $5 million grant for the Translational Center for the Cure of Diabetes, matched by $5.8 million from private donors— the largest capital infusion in Joslin’s history. Progress CELEBRATING PROGRESS. Attending the 2014 ribbon-cutting ceremony for Joslin’s new Translational Center for the Cure of Diabetes (from left): George King, M.D., Joslin’s Chief Scientific Officer; Sharon Harpel, Vice President of Sponsored Research; Susan Windham-Bannister, Ph.D., first President and CEO of the Massachusetts Life Sciences Center, which provided key funding; Allison Goldfine, M.D., Joslin’s Director of Clinical Research; Massachusetts Governor Deval Patrick; Boston City Councilor Josh Zakim; and Joslin President and CEO John L. Brooks III. PATIENT-CENTERED CARE On behalf of the 25,000 diabetes patients who come to Joslin each year, a pediatric patient thanks Joslin for adding new treatments and working toward a cure. EXERCISE MATTERS Governor Patrick visits Joslin’s new exercise facility, where exercise physiologist Jacqueline Shahar, M.Ed., R.C.E.P., C.D.E., and a Joslin patient demonstrate high-tech equipment designed to capture data on strength, range of motion and other physical factors. When fully developed, the exercise physiology lab, the first of its kind east of the Mississippi, will allow investigators to explore the key role of exercise in managing and preventing diabetes. WWW.JOSLIN.ORG | Joslin Innovation 11 Digital Blending the best of diabetes care with the digital age, Joslin is making it easier for patients to gain access to their healthcare team from afar, without having to come to the clinic. Why go digital? “Diabetes care is data-driven, making digital technology an ideal format for enhancing the patient experience.” — Harry Mitchell Smart tools to manage diabetes “As the world’s largest diabetes center, Joslin is uniquely positioned to provide clinical insight to impact the effectiveness of devices, technologies and strategies to improve diabetes care,” says Harry Mitchell, C.P.A. (above left), Executive Director of the newly launched Joslin Institute for Technology Translation (JITT). Pairing Joslin’s clinical expertise with industry, JITT focuses on the following: • Create physician-designed, patient-tested decision support tools for improved solutions in glucose and insulin management • Be a powerful voice in moving digital health to improve diabetes care in a cost-effective approach • Create individualized collaborations with technology partners, providing new solutions to advance monitoring and treatment of diabetes • Pioneer educational innovations to optimize decision-making processes and adoption of best-in-class technologies for healthcare professionals and patients worldwide Serving as JITT Director is Howard Wolpert, M.D. (above center), senior physician at Joslin, whose team is developing the decision-support systems programmed into various technology platforms. Among several new partners is Dexcom, Inc., the first founding JITT member, which is developing advanced continuous glucose monitoring systems for patients and healthcare providers. In a system developed with 12 Joslin Innovation | WWW.JOSLIN.ORG Glooko, Inc., patients can download data from their glucose monitor to an app for mobile devices called the Joslin HypoMap, which tracks patient symptoms, causes and treatment of hypoglycemic events. The device also allows actionable data to be uploaded into the patient’s electronic health record, which aids clinicians in making decisions and engaging patients in teachable moments. Visits.. Virtual Healthcare ...are here A new online program for Joslin patients to “virtually” visit their clinicians makes it easier to manage appointments from anywhere in the world—home, work, school and while traveling. “I now can visit my diabetes team from my seasonal home in California,” says patient Arthur Hersh (right), participating in a video conference with nutritionist Gillian Arathuzik, R.D., L.D.N., C.D.E. (left). The program stems from Joslin initiatives to provide the latest in Web-based care. Paul Penta (opposite page, right), among Joslin’s Information Technology specialists, explains the benefits: “Given the nature of both type 1 and type 2 diabetes, self-management technologies can have a huge impact, giving people more control over their lives. The Virtual Visit Program is a great way to provide follow-up care.” To use this technology, patients first install software on their computer. This software has been specially developed to provide the level of privacy required by HIPAA. Then the patient schedules an appointment for a virtual visit, which follows a flow similar to an in-person visit. At the appointed time, the patient connects online with a front-desk staff member, who transfers the patient to the clinician’s queue, or “waiting room,” where the provider picks up the patient’s video call. The patient and clinician simultaneously view each other on screen, and the clinician also uses a second monitor to access and discuss test results and the patient’s electronic health record. Currently, virtual visits are being offered as follow-up appointments for Joslin patients who are being seen in person at least once a year. WWW.JOSLIN.ORG | Joslin Innovation 13 Empowering Joslin sponsors a wide range of initiatives designed to educate everyone with a stake in improving diabetes outcomes and embracing a healthy lifestyle. Who needs to know? “The number of cases is so great…that their care must rest in the hands of the general practitioner. It is ridiculous to expect that the treatment of (all) diabetics should be under the supervision of a specialist.” — Dr. Elliott P. Joslin Corporations gain understanding “This is the best program I’ve ever attended, either in diabetes or in the industry,” a participant wrote about Joslin’s Corporate Education Program. It is among several ways that Joslin trains stakeholders beyond those involved in patient care, including executives and sales representatives of companies that market diabetes drugs or devices. “It’s not about their product,” says program director Anne Gregory. “It’s about understanding the 14 Joslin Innovation | WWW.JOSLIN.ORG disease.” She oversees more than 30 live corporate programs held annually, either at the company’s location or at Joslin, educating more than 2,000 sales representatives in 2014. Participants often are challenged to use a glucose monitor and syringe overnight, giving them a sense of how it feels to have diabetes. Joslin also offers webcasts to companies both domestically and abroad. Stakeholders Digital tools to train clinicians “The explosive power of the information age is transforming the way Joslin educates healthcare professionals,” says Enrique Caballero, M.D. (left), who directs Joslin’s international initiatives in professional education. “Our innovative programs can now reach diabetes care teams across the globe and through them, favorably touch the lives of many patients with diabetes.” At live conferences for clinicians, Joslin often uses electronic audience-response systems, allowing each member of the assembly to answer polling questions and discuss patient cases. Doctors also can take online courses to earn continuing medical education credits, available through Joslin’s Web-based portal. “We have successfully integrated our educational activities with periodic examination of patient metrics from the electronic medical records of selected practices around the country, and have been able to demonstrate real improvement in patient care,” says Richard S. Beaser, M.D. (center), who has led professional education for 20 years and also served as editor of Joslin’s Diabetes Deskbook, 3rd edition: A Guide for Primary Care Providers, published in 2014. The team, which includes Assistant Director Karen Kuc (right), also trains inpatient specialists, primary care office staff and home-care professionals. Healthcare professionals should ‘live the life’ “We need to transform the medical profession to embrace lifestyle factors as medicine,” says Edward Phillips, M.D., founding director of the Institute of Lifestyle Medicine at Joslin. “We’re asking healthcare professionals to live the life—embrace good nutrition, exercise, sleep, stress reduction and other beneficial behaviors. Once they commit to their own lifestyle changes, it’s easier to share the benefits with others.” Designed to improve every aspect of health, including treating and lowering the risk of diabetes, this potent message is relayed through four main channels: • Teach medical students about the value of a healthful lifestyle, regarding it as medicine • Retrofit physicians with knowledge and skills they didn’t receive in medical school • Modify healthcare professionals’ own behaviors, helping to inspire their staff and patients to adopt new behaviors • Train doctors and other healthcare professionals to coach patients to embrace the ideals of lifestyle medicine and personal health WWW.JOSLIN.ORG | Joslin Innovation 15 Solutions for As the world’s leading center in all aspects of diabetes— research, care and education—Joslin is implementing quality diabetes care in all corners of the globe. Why go international? Reaching the world “Of the nearly 400 million people worldwide with diabetes, most live outside the United States,” says endocrinologist William C. Hsu, M.D., Senior Director of Joslin’s International Programs. “We need to reach them too.” For years, Joslin has offered robust international programs in professional education and culturally based diabetes care. This new program, formally launched in 2013, takes Joslin’s capabilities to the next level—to be directly involved in shaping systems of diabetes care in countries around the world. Invited by entities involved in healthcare delivery such as ministries of health, medical schools or healthcare providers, Joslin’s experts visit and assess specific systems of diabetes care, then shape strategies for improvement, implementation and ongoing performance evaluation. “Our approach is nimble,” says Dr. Hsu. “We look for creative ways to work within a country’s existing system—how best to train its healthcare providers, educate patients and the general public, and improve access and quality of diabetes care.” In photo at right, he presents at a symposium in Tokyo sponsored by the global company Sunstar. The multi-year Joslin-Sunstar Diabetes Educational Initiative brings together dental and medical professionals in cities throughout the world to focus on the link between oral and systemic diseases such as diabetes. 16 Joslin Innovation | WWW.JOSLIN.ORG “The need is compelling and clear. In 116 years of Joslin’s history, we’ve never before been so international. Our phone is ringing off the hook, and we are responding to calls for innovative solutions from all over the world.” — Dr. William C. Hsu theWorld Where and Why To address the growing problem of diabetes, Joslin is forging relationships worldwide. Below is just a sampling of our global initiatives. UNITED ARAB EMIRATES VENEZUELA RUSSIA Helmut M. Schühsler, Ph.D., Chairman and CEO of TVM Capital Healthcare Partners (left), and John L. Brooks III (right), President and CEO of Joslin, celebrate an alliance centered on developing healthcare systems of excellence to meet the growing need for diabetes services across the care continuum in the United Arab Emirates, which has twice the incidence of diabetes as the United States. With young patients in her home country of Venezuela, Morella de Grossmann (center right), a member of Joslin’s Board of Directors, is a key supporter of the Joslin Vision Network, a technology that takes images of the back of the eye, which are transmitted to Joslin experts for evaluation and treatment planning. Osama Hamdy, M.D., Ph.D., founder of Joslin’s acclaimed Why WAIT program for losing weight and gaining control of diabetes, recently presented this program to healthcare professionals in Russia. Novartis Russia has licensed the use of the program throughout the Russian federation. The program’s manual is being translated into Russian and other languages. SAUDI ARABIA Receiving Joslin certificates are three pharmacists, among more than 1,500 who have completed a course training pharmacists to educate patients about diabetes and self-care at the pharmacy’s point of service. The program is sponsored by Nahdi Medical Company, which has more than 800 pharmacy outlets in Saudi Arabia, as represented by Sarah Turkistani, Senior Health and Community Service Manager (second from left), with Haleh Armian, Associate Director of Joslin’s International Programs (second from right), and Patricia Bonsignore, M.S., R.N., C.D.E., Joslin’s Manager for Clinical Education (far right). CHINA In another initiative, Joslin and Jazan University in Saudi Arabia are creating opportunities for advanced diabetes training and student exchanges, a partnership shaped by Jazan faculty Ibrahim Bani, M.D., Ph.D., Associate Dean (left), and Hussein Ageely, M.D., Dean of the Faculty of Medicine (right), Joslin endocrinologists Edward Horton, M.D., and William Hsu, M.D. (center left and right), and Nuha El Sayed, M.D. (not pictured). Dr. Hsu stands with Dr. Yan, of the Sunshine Harmony Hospital, which Joslin is helping to design a comprehensive diabetes Center of Excellence in the Shandong province in China. More than 114 million Chinese nationals live with diabetes, and Joslin continues to build on its Asian population expertise to help improve treatments and reduce complications. WWW.JOSLIN.ORG | Joslin Innovation 17 Discovery Discoveries in Joslin’s laboratories lead to clinical studies, which generate treatment results that prompt ideas for further investigation, more research and continually improving patient outcomes. Our eye research is a great example of Joslin’s distinguished discovery cycle. What is Joslin’s impact on eye care? 1930s Targeting complications With the 1921 discovery of insulin, everyone hoped diabetes would be cured. But as people with diabetes lived longer, new health problems began to emerge— complications involving blood vessels, nerves, kidneys and eyes. Elliott P. Joslin, M.D., founder of Joslin Clinic, staunchly advocates that intensive control of diabetes is key to reducing complications, originally a hotly debated medical issue. Thirtyrtyone years after his death, the 1993 landmark Diabetess Control and Complications Trial proves he was right. “Blindness from diabetes complications once was common. Today, the average vision for Joslin patients is 20/20.” — Dr. Lloyd P. Aiello 1968 Ruby laser William P. Beetham, M.D. (left), who joined the Joslin team in 1932, rises to international stature in diabetic eye disease. In 1968, with his son-inlaw Lloyd M. Aiello, M.D. (right), he introduces ruby laser technology for diabetic retinopathy, a revolutionary treatment for this visually devastating complication in which blood vessels in the eye leak or proliferate where they should not. Joslin leads the national clinical trials for this procedure, which remains the primary treatment for diabetic retinopathy. The original laser equipment is now displayed at Joslin in the Beetham Eye Institute, named in Dr. Beetham’s honor. 1985 85 Pivotal cell findings George L. King, M.D., who has pioneered cell-culture models to study diabetes complications,, shows in 1985 lab findings that insulin is critical for maintaining blood-vessel integrity. Today as Chief Scientific Officer, he directs Joslin’s research program. He also heads the 50-Year Medalist Study, which he initiated to study people who have lived with type 1 diabetess for 50 years or longer, seeking to discover genetic, protein and other factors that protect against damage to the heart, kidney, nerve tissue and eyes. 18 Joslin Innovation | WWW.JOSLIN.ORG Joslin 50-Year Medal y Cycle Today On the horizon Molecular pathways Up to half of diabetic macular edema may be caused by a nonVEGF pathway, as proved by Joslin proteomics scientist Edward Feener, Ph.D. (photo below, left), who discovers that a protein called plasma kallikrein is involved. With Dr. Lloyd P. Aiello, he launches KalVista Pharmaceuticals, which is developing a kallikrein inhibitor, now in clinical trials led by Jennifer Sun, M.D., M.P.H. (right), and supported by JDRF, the nation’s largest charitable supporter of type 1 diabetes research. In other lab studies, Drs. Sun, Feener and Aiello also are seeking ways to identify key molecules and pathways that protect diabetes patients from developing eye disease. Treating other eye conditions In the lab, Lloyd P. Aiello, M.D., Ph.D. (right), who today heads Joslin’s eye program, and others show that VEGF, the molecule that causes blood-vessel proliferation in diabetes, also is associated with damage from non-diabetes eye conditions. Herbert Gramm, M.D. (left), a retired radiologist, has been successfully treated with a VEGF inhibitor to reduce macular swelling associated with occlusion of a retinal vein. 1990s 1998 Inhibitor is key Joslin Vision Network In the 1990s, Drs. George King and Lloyd P. Aiello demonstrate in lab studies that vascular endothelial growth factor (VEGF) causes blood-vessel growth and leakage, leading to severe diabetic eye disease. Taking these findings to clinical trials, Dr. Aiello helps lead studies of a VEGF inhibitor, which when injected into the eye is effective in treating diabetic macular edema, a condition where leaking blood vessels cause macular swelling (in image, before and after treatment). Today, the drug also is used to treat numerous blinding eye conditions. For this pioneering work, in 2014 Drs. King and Aiello receive the prestigious António Champalimaud Vision Award from the Champalimaud Foundation in Portugal, the highest honor in ophthalmology and vision research. In 1998, Dr. Lloyd M. Aiello co-launches the Joslin Vision Network, in which a retina camera takes detailed pictures of the back of the eye. Coupled with telemedicine technologies, these cameras can be installed in nearly any clinical setting worldwide, with images transmitted back to Joslin’s eye experts for evaluation. Currently, JVN cameras are installed in a number of locations across the nation and other countries worldwide. Since 1999, more than 50,000 patients have been cared for with the Joslin Vision Network. WWW.JOSLIN.ORG | Joslin Innovation 19 Joslin is ready to make an impact on the global diabetes epidemic 56 M 37 M 32 M 72 M 138 M Number of Diagnosed Cases 20 M (millions) 24 M 36% 27% 48% 49% Estimated Undiagnosed Cases 54% 62% (percent of total estimated cases) Top 5 Countries Number of cases per country (2013) China 98,407,000 India 65,076,000 United States 24,402,000 Brazil 11,934,000 Russia 10,924,000 24% Total Global Expenditure $548 Billion (USD) Data: International Diabetes Federation, IDF Diabetes Atlas, 6th ed. (2013) 20 Joslin Innovation | WWW.JOSLIN.ORG Projected Case Growth Cases are expected to increase 55% by 2035 381 Million (2013) 591 Million (2035) WWW.JOSLIN.ORG | Joslin Innovation 1 LIFESTYLE PORTFOLIO PREVENTION INHIBITORS PROTECTION BIOBANK TECH TRANSFER PIPELINE PROTEOMICS EPIGENETICS APPS PHARMACEUTICAL DATA MINING WEBCAST INTERCONNECTIVITY INTERCON VIRTUAL VISIT VIRTUA NANOPARTICLES IMMUNITY AGING CLOSED LOOP BIOMARKERS CULTURAL DIAGNOSTICS PRECURSORS GENETICS R RECEPTORS ANALYTICS INTEGRATIVE MICROBIOME AFFILIATES ONLINE REGENERATION EPIDEMIOLOGY P PREDICTORS BROWN FAT B TTENACITY CONFIDENCE CONFIDE INTELLECTUAL PROPERTY PR MEDALISTS GEN GENOMICS One Joslin Place, Boston, MA 02215 | www.joslin.org | (617) 309-2400 ENTREPRENEURIAL ENTREPRENE