IQVIA Research Forum 2020

IQVIA Research Forum

The IQVIA Institute for Human Data Science annually hosts the IQVIA Research Forum, which brings together multi-disciplinary researchers based in academia and other public or private institutions to exchange perspectives and experiences in advancing understanding of critical healthcare-related issues through evidence-based research. The 2020 forum focused on Looking beyond 2020: The next chapter for COVID-19 and policy priorities for the next U.S. administration, and featured the video sessions below.

COVID-19, a new disease. What have we learned and what is left to learn?

Dr. Jeffrey Spaeder,
MD Chief Medical and Scientific Officer, IQVIA

Dr. Lisa Maragakis
MD, MPH, FSHEA, FIDSA Associate Professor of Medicine and Epidemiology, Johns Hopkins University School of Medicine

“We know that there will not be a single magic bullet to turn this outbreak around. But it is truly unprecedented to see the amount of investment by the biopharma industry with production at risk and a number of things being done in parallel even before regulatory approval or in advance of knowing whether the vaccine or treatment will be efficacious and safe.” Dr. Jeffrey Spaeder

“I don’t think any one thing, including a vaccine, is going to be a panacea for this situation in terms of getting completely out of the pandemic and back to normal life. When we have a vaccine, it will be one of the tools in the toolbox, but it needs to be utilized along with infection control measures and therapeutics. I also fear that too many people will feel that once we have a vaccine, we can drop everything and go back to normal. Vaccination will not happen all at once and some people won’t take it. There will be residual risks on the road to recovery.” Dr. Lisa Maragakis

COVID-19: Looking back and looking forward

Murray Aitken,
IQVIA Institute for Human Data Science

The 2020 U.S. Election: Health policy priorities for the next administration

Stig Albinus, IQVIA Institute

Lanhee Chen,
Hoover Institution & Stanford University

Sherry Glied,
New York University

“The historical evidence belies the notion that a public option will simply be a small addendum to our healthcare coverage options. If you look at Medicare history, you will see that Congress has bowed to pressure and increased provider reimbursement rates. Medicare Part B was designed to be self-sustaining, but within a year after it was passed, Congress began to pass legislation to shield beneficiaries from the true costs. A public option will likely be a pretty popular program and Congress will face tremendous pressure to offset some of the beneficiary costs. We have estimated that over 10-30 years a politically stylized popular public option would add $800 billion to the Federal deficit and result in either significant tax increases or massive spending cuts and become the third largest federal spending program, behind Medicare and Social Security.” Lanhee Chen, Ph.D

“It is true that Congress sometimes has increased provider reimbursement rates, but other times they have cut them. At the end of the day we know that Medicare payments are far below commercial insurance rates. I can’t imagine that Congress will be as generous in payments to providers when it comes to the public option as private insurers have been in their negotiations. At the same time, I don’t know how many people will actually enroll in a public option – that will depend on design details that the Biden campaign has not provided yet.” Sherry Glied, Ph.D.

Understanding longer-term impact of COVID-19 on populations

Professor Dr. Wolfgang Rathmann
Deputy Director, Institute of Biometrics and Epidemiology Head,
Epidemiology Research Group Epidemiology German Diabetes Center

“The initial wave of infections in Germany hit younger people who were infected during carnival festivities and skiing vacations. This was different compared to Northern Italy, where the first wave of infections mainly hit the elderly population. The lockdown in Germany was initiated relatively early. Germany has a higher number of ICU beds than other European countries. The country also has a large network of testing laboratories, which enabled Germany to provide a testing capacity up to 500,000 tests per week early in the pandemic. Finally, in Germany there is a large, decentralized system of primary care practitioners (about 30,000). They own their practice, they are active and did not wait for national experts and political authorities to give directions for how respond to a pandemic.” Dr. Wolfgang Rathmann

Finding undiagnosed patients: Applying AI/ML to drive earlier diagnosis

Professor Allan Lawrie BSc, PhD
Professor of Translational Cardiopulmonary Science, Department of Infection, Immunity and Cardiovascular Disease, The University of Sheffield Senior Basic Science Research Fellow, British Heart Foundation Director, Donald Heath Research Programme in Pulmonary Hypertension

“There is more often a misdiagnosis with a rare disease than with a common disease because people are trained to look for what’s common, not what’s rare. Misdiagnosis is therefore less typical for common diseases. But you can train the algorithm to pick up patterns in almost any population. The data may be different in a common vs. a rare disease. The approach may be similar, but the underlying data you would put in to train the model might be slightly different. As an example, for common cardiovascular diseases, it could be data fed in from wearables; for example, a wristwatch that picks up your heart rate as opposed to coding for a rare disease that may not have as many visits to the hospital. So the technique is the same, but the underlying data different.” Allan Lawrie, Ph.D.

Healthcare in a virtual world

Julia Adler-Milstein, PhD
Professor, Medicine, School of Medicine, University of California, San Francisco

"In this session, Adler-Milstein is asked about the reasons for the yawning gaps between the capabilities of technologies to generate patient-health data and increase patient access to care and the willingness of providers and payers to step up and look at how these technologies can improve patient outcomes and reduce their costs: “The reasons are multifaceted, but one of the key reasons is about control. I don’t think providers and payers believe their ability to change patient behavior is strong. This is still a very hard nut to crack as behavior change is difficult to implement at scale – even with today’s technologies. It is why the focus of providers and payers in risk-based models is more on internal organizational changes before turning to the patient. There is no killer app, or anything close.” Julia Adler-Milstein, Ph.D.

IQVIA CARE: A dynamic near real-time community reporting system for COVID-19

Matthew Reynolds, PhD
Vice President, Real World Evidence, Real World Solutions, IQVIA

“Working with person-generated data presents challenges that are very different from the way IQVIA normally works with patient data in our registries and trials. We usually recruit through clinical sites, not through social media-type outreach to identify participants. And here we are going directly to people to invite them in. This is a volunteer, patient-centered approach, different from how we recruit and evaluate participants in the work we typically do with our pharmaceutical clients. But the big benefit is that this is near real-time. Most real world registries that IQVIA works with don’t have that timely access to the curated data.” Matthew Reynolds, Ph.D.

AI and ML in medicine and research: Promise and peril

Isaac (Zac) Kohane, MD, PhD
Marion V. Nelson Professor of Biomedical Informatics, Harvard Medical School Chair, Department of Biomedical Informatics, Harvard Medical School Associate Professor of Medicine, Brigham and Women's Hospital, Harvard Medical School

“The speed of innovation with AI/ML has prompted whether AI/ML will replace doctors. The answer is no, at least for the foreseeable future. Contrary to common belief, doctors are not resisting ML. If ML alleviates the burden of very simple and repetitive tasks, such as reading retinal scans, ophthalmologists are quite happy, as it enables them to perform more procedures and make more money. This is also a reason for caution when ML is being promoted with the promise it will reduce costs.” Isaac Kohane, Ph.D.

Digital health in the emergency department

Megan L. Ranney, MD, MPH, FACEP
Director, Brown-Lifespan Center for Digital Health Warren Alpert Endowed Associate Professor of Emergency Medicine, Brown University Assistant Dean, Brown Institute for Translational Sciences Chief Research Officer, AFFIRM Co-founder, GetUsPPE

“The emergency department visit, like any clinical visit, is just a snapshot in time. One of the things I love about emergency medicine is that we do have a chance to get to know the whole patient even in that short period of time. In our research work, it is critical that we identify both the structural determinants that brought patients there in the first place, and the barriers to their getting better after they leave. So (with patient consent), we do baseline assessments, we do self-report surveys, we look at social media and electronic health records at the time of enrollment, and then we track our patients longitudinally. We are just about to start a new study where we enroll adolescents in the emergency department and follow them for six months, looking at social media data, daily self-reports of mood, loneliness and violence exposure as well as medical data to try to develop better interventions. So there is an opportunity for getting people involved in longitudinal digital data collection even in the snapshot of the acute care setting.” Dr. Megan Ranney

Greater Manchester Care Record: Using digital medicine to improve health outcomes for the population of Manchester, England

Richard Williams
Senior Software Engineer, Division of Informatics, Imaging & Data Sciences, School of Health Sciences, The University of Manchester

“Some practices have employed their own pharmacists to help them. In other areas, groups of pharmacists are helping the GPs with their medication management. Pharmacists have told us that having a tool like SMASH is really helpful, because it depersonalizes their feedback. Instead of creating the perception among the GPs that they have done something wrong, and therefore create a lot of pushback, the pharmacists could now point to the dashboard and say that the patient is at risk due to hazardous prescribing. So the pharmacists feel that the care record has helped them build a better relationship with the GPs. The other thing we found is that GPs tend to be very competitive and sharing data between practices has been shown to be an effective tool to drive down hazardous prescribing.” Richard Williams

Modeling to support cross-country data analysis and research – Measuring Polypharmacy across multiple European countries: the challenges

Professor Marion Bennie
Professor of Pharmacy, University of Strathclyde Chief Pharmacist, Public Health and Intelligence, National Services Scotland

“We are cognizant of this challenge. One way is to ensure we have good intelligence in each country to support interpretation of data as in this study. In addition, one of the things we are working on In Scotland is to combine hospital prescribing data with primary care prescribing data as well as other sources, so that we have a total patient drug exposure journey. We are therefore less challenged from a system perspective because we are coming at it from a patient perspective. That is one of the ways we can get beyond the structural differences between the countries moving forward." Marion Bennie

General perspectives and conclusions on the 2020 IQVIA Research Forum

Murray Aitken,
Executive Director, IQVIA Institute for Human Data Science

Caleb Alexander,
MD, MS Professor, Epidemiology, Johns Hopkins Bloomberg School of Public Health Center for Drug Safety and Effectiveness

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