The McGill Summer Institute in is offering 3 courses in the summer of 2015, with internationally renowned faculty, diverse participant groups, and opportunities for networking and collaboration. McGill University, Montreal, Quebec, Canada July 6 17, 2015 Apply online: www.mcgill idgh.ca 2 nd TB Research Methods Course A course focused on research methods for TB, including molecular epidemiology, randomized controlled trials, systematic reviews and metaanalyses, economic evaluations, implementation research, and modeling. Participants will work in small groups to develop research protocols. July 6 10, 2015 Global Health Diagnostics Course A course focused on diagnostics for the three major global health diseases TB, HIV, and malaria as well as HIV co infections, sexually transmitted infections (STIs), and some neglected tropical diseases (NTDs). July 6 10, 2015 5 th Advanced TB Diagnostic Research Course An intensive, high level course on TB diagnostic research methods. July 13 17, 2015 MAJOR PARTNERS: McGill Global Health Programs Infectious Diseases and Immunity in Global Health Program of the RI MUHC McGill International TB Centre JD MacLean Centre for Tropical Diseases & National Reference Centre for Parasitology
2 nd TB Research Methods Course DESCRIPTION An intensive course on methods of operational research, molecular epidemiology, randomized controlled trials, systematic reviews and meta analyses, decision analyses and modeling. Format will include lectures, panel discussions and small groups to develop and present study protocols. Previous course materials are available at: www.teachepi.org. COURSE FACULTY COURSE DIRECTOR Gonzalo Alvarez, MD, MPH Univ. of Ottawa Dick Menzies, MD, MSc Marcel Behr, MD, MSc McGill University Associate Director Andrea Benedetti, PhD McGill University McGill International TB Centre Bill Burman, MD Denver Public Health www.mcgill.ca/tb Ted Cohen, MD Yale University Greg Fox, MD, PhD University of Sydney Anthony Harries, MD the Union, Paris Faiz Ahmad Khan, MD, MPH McGill University Robyn Lee, PhD(c) McGill University Dick Menzies, MD, MSc McGill University Madhukar Pai, MD, PhD McGill University Srinath Satyanarayana, MD, PhD(c) McGill University Kevin Schwartzman, MD, MPH McGill University Hojoon Sohn, PhD(c) McGill University Alice Zwerling, PhD Johns Hopkins School of Public Health APPLY ONLINE NOW www.mcgill idgh.ca
2 nd TB Research Methods Course COURSE CONTENT This course will introduce broad tuberculosis research topics research as part of the World Health Organization's new Global Plan to End TB, priorities in drug resistant and HIV related tuberculosis, as well barriers and progress in indigenous TB in Canada. Every morning session will focus on a different methodology operational research, molecular epidemiology, systematic reviews, randomized trials and economic analysis and disease modelling. In the afternoons, there will be two "latebreakers, short presentations of exciting new findings from course faculty, followed by basics in biostatistical methods, then small group sessions to develop study protocols in operational research, molecular epidemiology, systematic reviews, randomized trials or cost effectiveness analysis. These protocols will be presented to the entire group on the final afternoon. TARGET AUDIENCE Trainees starting their TB research careers MSc, MPH and PhD students working on TB research projects Postdoctoral fellows, clinical fellows and residents working on TB projects Junior faculty with a strong interest in TB research Research staff, nurses and coordinators managing TB research projects REGISTRATION Maximum of 40 participants. To apply, please visit: www.mcgill idgh.ca $250 students/trainees from McGill University and the MUHC $750 other students/trainees and applicants from low and middle income countries $2,000 industry applicants $1,250 all other applicants Deadline: February 28 th 2015 READINGS Dropbox access and USB drives will be provided to all participants; they will contain PDF articles and course materials. Previous course materials available at: www.teachepi.org
Global Health Diagnostics Course DESCRIPTION This course will convene key stakeholder groups on global health diagnostics, focus on TB, HIV, and malaria, HIV co infections, sexually transmitted infections (STIs), and selected neglected tropical diseases (NTDs), and cover issues such as value chain for diagnostics development, current pipeline of diagnostics, unmet needs, market size and dynamics, policies on diagnostics, barriers for scale up, regulation, supply chain, and quality assurance. Participants will include product manufacturers, donors, product development partnerships, policy makers, academics, clinicians, community advocates, public health implementers and leaders from ministries of health in priority countries. COURSE FACULTY David Bell, MD, PhD Intellectual Ventures Duncan Blair, PhD Alere Inc. Catharina Boehme, MD FIND Tala de los Santos, MS, MBA PATH Diagnostics Renuka Gadde, MBA BD Jim Gallarda, PhD, MBA BMGF Fabrice Gerard Abbott Molecular Philippe Jacon Cepheid Inc. Michael Libman, MD McGill University Robert Luo, MD Roche Molecular Systems, Inc. Greg Matlashewski, PhD McGill University Momar Ndao, PhD McGill University Thomas Nutman, MD NIH Rosanna Peeling, PhD LSHTM Trevor Peter, PhD CHAI COURSE DIRECTORS Madhukar Pai, MD, PhD madhukar.pai@mcgill.ca Cedric Yansouni, MD cedric.yansouni@mcgill.ca Nitika Pant Pai, MD, MPH, PhD nitika.pai@mcgill.ca APPLY ONLINE NOW www.mcgill idgh.ca
Global Health Diagnostics Course CONTEXT Infectious diseases continue to pose a major threat to the health of most developing nations. The emergence and spread of infections like XDR TB, Ebola, dengue, chikungunya, and avian influenza have highlighted the importance of effective global response to epidemic threats. Diagnosis is a critical step in effective disease care and control, but many people in developing countries do not have access to adequate initial diagnosis. While there are many good diagnostic products for diseases of global health importance (e.g. TB, HIV, malaria, hepatitis, STIs), few products have reached scale in resource limited countries. Public health impact of new tools will be realized only when new technologies are actively scaled up in disease endemic countries. Furthermore, the diagnostics value chain is fragmented in many high burden countries, and there are often major regulatory, policy, and implementation barriers at the country level. Overcoming these barriers will require advocacy at the country level for greater investments in new tools, and their adoption and implementation within national disease control policies. This course will convene key stakeholder groups on global health diagnostics, focusing on the three major infections TB, HIV, and malaria as well as HIV co infections, sexually transmitted infections (STIs), and selected neglected tropical diseases (NTDs). OBJECTIVES To convene key stakeholder groups on global health diagnostics, and to create a platform for information exchange, knowledge transfer, and to serve as a focal point for new initiatives in global health diagnostics. Stakeholders include product manufacturers, donors, product development partnerships, policy makers, academics, clinicians, community advocates, public health implementers and leaders from ministries of health in priority countries. To dissect the value chain for global health diagnostics development, current pipeline of diagnostics, market size and dynamics, policies on diagnostics, and barriers for scale up for selected infectious diseases of global health importance. To debate and propose solutions for accelerating market entry for innovative diagnostics, to sustain and support manufacturers engagement in development of new diagnostics that address unmet global health needs. To debate and identify novel approaches to scale up, including innovative business models that leverage market based incentives for new diagnosis. REGISTRATION Maximum of 50 participants. To apply, please visit: www.mcgill idgh.ca $250 students/trainees from McGill University and the MUHC $750 other students/trainees and applicants from low and middle income countries $2,000 industry applicants $1,250 all other applicants Deadline: February 28 th 2015 READINGS USB drives will be provided to all participants; they will contain PDF articles and course materials.
5 th Advanced TB Diagnostic Research Course McGill University, Montreal, Quebec, Canada July 13 17, 2015 DESCRIPTION This advanced course will cover advanced topics in TB diagnostics research and implementation, including incremental value of new tests, impact of new tests on clinical decision making and therapeutic choices, cost effectiveness in routine programmatic settings, and impact on patient important outcomes. The course will introduce multivariable approaches to diagnostic research, and cover alternative designs which evaluate patient outcomes, including the diagnostic RCT, and implementation research. The course will also cover meta analysis, mathematical modeling, and cost effectiveness studies. Panel discussions will cover topics such as value chain for TB diagnostics development, market analyses, market dynamics, target product profiles, and barriers to scale up of new diagnostics. Participants will include product manufacturers, donors, product development partnerships, policy makers, academics, clinicians, community advocates, public health implementers and National TB Program managers. Previous course materials are available at: www.teachepi.org. COURSE FACULTY Niaz Banaei, MD Stanford University David Boyle, PhD PATH Adithya Cattamanchi, MD UCSF Jacob Creswell, MPH TB REACH Claudia Denkinger, MD, PhD FIND David Dowdy, MD, PhD Johns Hopkins Univ. Nora Engel, PhD Maastricht University Glenn Johns, PhD Alere Inc. Sandra Kik, MSc, PhD KNCV Amy Piatek, MS USAID Karen Steingart, MD Cochrane ID Group COURSE DIRECTOR Madhukar Pai, MD, PhD Director McGill Global Health Programs madhukar.pai@mcgill.ca APPLY ONLINE NOW www.mcgill idgh.ca
5 th Advanced TB Diagnostic Research Course McGill University, Montreal, Quebec, Canada July 13 17, 2015 CONTEXT High quality diagnostic studies are critical to evaluate new tools, and to develop evidence based policies on TB diagnostics. There is evidence that TB diagnostic trials are poorly conducted and poorly reported. Lack of methodologic rigour in TB trials is a cause for concern as it may prove to be a major hurdle for effective application of diagnostics in TB care and control. Furthermore, there is evidence that a majority of TB diagnostic studies are focused on test accuracy. There are limited data on outcomes such as accuracy of diagnostic algorithms (rather than single tests) and their relative contributions to the health care system, incremental value of new tests, impact of new tests on clinical decision making and therapeutic choices, cost effectiveness in routine programmatic settings, and impact on patientimportant outcomes. This poses problems because research on test accuracy, while necessary, is not sufficient for policy and guideline development. Test accuracy data are surrogates for patient important outcomes and cannot provide high quality evidence for policy making. Therefore, accuracy studies must be considered along with impact of the test on patient important outcomes, and other factors such as quality of the evidence, the uncertainty about values and preferences associated with the tests and presumed impact on patientimportant outcomes, and cost and feasibility. Translation of policy into impact requires collecting evidence for scale up, country level data on cost effectiveness and feasibility, implementation research, and local decisions on scale up, delivery and impact assessment. OBJECTIVES By the end of the course, participants will understand: the value chain for TB diagnostics development, current pipeline of diagnostics, market dynamics, WHO policies on new diagnostics, and challenges for scale up principles and practice of diagnostic research focused on accuracy of tests principles of multivariable approaches to diagnostic research, and adjustment for imperfect reference standards principles of meta analyses of diagnostic accuracy studies and GRADE approach to diagnostic policies principles of alternative designs to evaluate impact of new tests on clinical decision making, therapeutic choices, and patient important outcomes principles of implementation research, collecting evidence for scale up, cost effectiveness analyses and modeling studies in TB diagnostics REGISTRATION Maximum of 60 participants. Only participants with prior TB diagnostic research experience or advanced training will be eligible. To apply, please visit: www.mcgill idgh.ca $250 students/trainees from McGill University and the MUHC $750 other students/trainees and applicants from low and middle income countries $2,000 industry applicants $1,250 all other applicants Deadline: February 28 th 2015 READINGS USB drives will be provided to all participants; they will contain PDF articles and course materials. Previous course materials available at: www.teachepi.org