Congratulations to Dr. Lynn DeBar and the investigators of the Collaborative Care for Chronic Pain in Primary Care pragmatic trial for recently publishing their study design paper. One of the NIH Collaboratory Demonstration Projects, the trial is designed to test whether a primary care–based behavioral intervention the Pain Program for Active Coping and Training (PPACT)—will provide a “more effective, safer, and more satisfactory alternative to opioid-based chronic pain treatment” than usual care for patients on chronic opioid treatment (Debar et al 2018). Learn more about this innovative trial in the article in Contemporary Clinical Trials. You can also download a trial snapshot.
Full Citation: DeBar L, Benes L, Bonifay A, et al. Interdisciplinary team-based care for patients with chronic pain on long-term opioid treatment in primary care (PPACT) – Protocol for a pragmatic cluster randomized trial. Contemporary Clinical Trials. 2018;67:91-99. doi:10.1016/j.cct.2018.02.015
The NIH Collaboratory will soon welcome a new group of Demonstration Projects and guide them through the piloting and implementation phases of their embedded pragmatic clinical trials (ePCTs). We asked three seasoned principal investigators—Drs. Laura Dember, MD (TiME), Lynn DeBar, PhD (PPACT), and Jerry Jarvik, MD, MPH (LIRE)—to share tips and advice for investigators who are new to ePCTs.
In the spring of 2018, the NIH Collaboratory will be welcoming a new set of Demonstration Projects and will help shepherd the new pragmatic trials through the piloting and implementation phases of their studies. In a new video in the Living Textbook, two of our seasoned principal investigators—Drs. Susan Huang and Gloria Coronado—give advice to the newcomers and other investigators new to conducting pragmatic trials.
“My greatest advice is to gain partners who are operational and have insight into particular areas—whether they be hospitals, or clinics, or nursing homes—who know about how they really work, how to best incorporate the intervention into workflow, how to get the right approvals, and how to get the best information technology support available to them.”—Susan Huang, MD
“One of the key things that we’ve received from being part of the Collaboratory—compared to an R01 grant—is the opportunity to interact across all of the institutes at NIH as well as learn about other projects that are working in pretty diverse health systems, including hospital systems, nursing homes, and dialysis centers.” —Gloria Coronado, PhD
As part of an article published in Annals of Internal Medicine, Dr. Greg Simon created a short video in which he describes concerns related to data sharing and embedded research, as well as potential solutions for those concerns. We recently added this video to the Living Textbook chapter on Data Sharing and Embedded Research. In the chapter, the authors expand on the ideas presented in the Annals article and fame them using lessons learned from the Collaboratory’s Demonstration Projects. Data collected as part of research embedded in a health system comes from a fundamentally different context than stand-alone explanatory trials. When they are taken out of context or used for comparisons, they have the potential to do harm—something that can potentially discourage health systems from volunteering to participate in embedded research. The authors suggest that data sharing plans for embedded research be developed in partnership with health system leaders in ways that maximize the amount of data that can be shared while protecting patient privacy and healthcare system interests.
“Ultimately, it’s a practical question: if we want healthcare providers and healthcare systems to participate in research, we shouldn’t expect them to bear extra risk. In an ideal world, all information about the quality of health care and healthcare outcomes across the country would be completely open to everyone, but we don’t live in that world now. So if we are asking healthcare providers and healthcare systems to open up and be more transparent by participating in research, we certainly would not want to punish those who volunteer.” — Simon et al. in video for Ann Intern Med
“Try to really learn from others who have done this—even if you are the first one doing your specific trial with your specific questions. It was helpful for us to learn from the other Collaboratory projects; they had already faced some problems, and we were able to anticipate and develop solutions proactively.” – Dr. Miguel Vazquez
In this interview, Dr. Doug Zatzick gives an update on the first years of the Trauma Survivors Outcomes and Support (TSOS) trial. Dr. Zatzick discussed the status of his trial, challenges and surprises, and advice he has for new investigators.
Dr. Zatzick’s advice: “Embed implementation teams within embedded trials. The bottom line is, go to the sites, do training at the sites and with the team, and take field notes in real time. ”
The Active Bathing to Eliminate (ABATE) Infection trial (ClinicalTrials.gov #NCT02063867) has completed its intervention phase—the first NIH Health Care Systems Research Collaboratory UH3 Demonstration Project to reach this major milestone. The large-scale, cluster-randomized pragmatic clinical trial (PCT) was designed to assess an approach for reducing multidrug-resistant organisms and hospital-associated infections (HAIs) in nearly 200 non-critical care hospital units affiliated with Hospital Corporation of America (HCA) across the United States.
The ABATE study is led by principal investigator Dr. Susan Huang of the University of California, Irvine, who stated “We are elated to reach the successful completion of the trial thanks to an incredible investigative team at HCA, Harvard Pilgrim Health Care, Rush University, the University of Massachusetts Amherst, and UC Irvine. We look forward to what the trial data will tell us and hope that we can continue to find effective ways to protect patients from infection.”
In the ABATE study, patients hospitalized in non-critical care units were bathed either according to the hospital unit’s usual care procedures (the control group) or bathed with the topical antibacterial agent chlorhexidine (plus nasal administration of the antibiotic mupirocin for those patients who were colonized or infected with, or had a history of methicillin-resistant Staphylococcus aureus [MRSA] [the intervention group]). The study investigators will compare the number of unit-attributable, multidrug-resistant organisms in clinical cultures between the study arms; these organisms include vancomycin-resistant enterococci (VRE), MRSA, and gram-negative bacteria. In addition, the investigators will compare the number of unit-attributable infections in the bloodstream and urinary tract (all pathogens) and Clostridium difficile infections. Cultures were collected at baseline and post intervention and will be assessed to determine whether resistance emerged to decolonization products.
“We are elated to reach the successful completion of the trial thanks to an incredible investigative team at HCA, Harvard Pilgrim Health Care, Rush University, the University of Massachusetts Amherst, and UC Irvine.We look forward to what the trial data will tell us and hope that we can continue to find effective ways to protect patients from infection.”
Healthcare-associated infections caused by common bacteria, including MRSA and VRE, are a leading cause of preventable illness and death in the United States and are associated with upward of $6.5 billion in annual healthcare costs. Although these bacteria normally live on the skin or in the nose, under certain circumstances they can cause serious or even life-threatening infections. Hospitalized patients who are ill or who have weakened immune systems are especially at risk for such infections. Because these pathogens are resistant to many antibiotics, they can be difficult to treat.
In intensive care units (ICUs), reducing the amount of such bacteria (a process referred to as decolonization) by treating patients’ skin with chlorhexidine and their noses with mupirocin ointment has been shown to reduce MRSA infections and all-cause bacteremias. However, relatively little is known about the effects of decolonization in hospital settings outside of critical care units, although this is where the majority of such infections occur. The ABATE trial, in contrast, is testing its bathing and decolonization strategy in adult medical, surgical, oncology, and step-down units (pediatric, psychology, peri-partum, and bone marrow transplantation units were excluded).
Over the course of the study, more than a million showers and baths were taken, and all sites have completed the intervention. The next steps for the ABATE investigators are to finish strain collection over the coming weeks, and then clean, validate, and analyze the data over the coming months.
Investigators from the STOP CRC pragmatic trial, an NIH Collaboratory Demonstration Project, have recently published an article in the journal eGEMs describing solutions to issues that arose in the trial’s implementation phase. STOP CRC tests a program to improve colorectal cancer screening rates in a collaborative network of Federally Qualified Health Centers by mailing fecal immunochemical testing (FIT) kits to screen-eligible patients at clinics in the intervention arm. Clinics in the control arm provided opportunistic colorectal-cancer screening to patients at clinic visits in Year 1 and implemented the intervention in Year 2. In this cluster-randomized trial, clinics are the unit of analysis, rather than individual patients, with the primary outcome being the proportion of screen-eligible patients at each clinic who complete a FIT.
The team dealt with various challenges that threatened the validity of their primary analysis, one of which related to potential contamination of the primary outcome due to the timing of the intervention rollout: for control participants, the Year 2 intervention actively overlapped with the Year 1 control measurements. The other challenge was due to a lack of synchronization between the measurement and accrual windows. To deal with these issues, the team had to slightly modify the study design in addition to developing a few sensitivity analyses to better estimate the true impact of the intervention.
“While the nature of the challenges we encountered are not unique to pragmatic trials, we believe they are likely to be more common in such trials due to both the types of designs commonly used in such studies and the challenges of implementing system-based interventions within freestanding health clinics.” (Vollmer et al. eGEMs 2015)
The Publish EDM Forum Community publishes eGEMs (generating evidence & methods to improve patient outcomes) and provides free and open access to this methods case study. Readers can access the article here.
Dr. Greg Simon and the Suicide Prevention Team have enrolled the first participants in the Pragmatic Trial of Population-Based Programs to Prevent Suicide Attempt. This groundbreaking study was developed by researchers at Group Health Cooperative in Seattle, Washington, Health Partners Medical Group in Minnesota, and Kaiser Permanente of Colorado, in collaboration with patients who have experienced suicidal thoughts or survived suicide attempts themselves.
Over 9 million adults in the United States experience suicidal thoughts, and more than 1 million adults attempt suicide each year. However, patients at risk for suicidal behavior are not routinely identified, and successful interventions for depression and suicide are not routinely implemented. New evidence suggests that patients who report frequent thoughts of death or self-harm on a commonly-used depression questionnaire are at higher risk for suicide attempt and death over the following year.
This study aims to address the significant problem of suicide by identifying patients who are at risk for suicidal behavior and testing two suicide prevention strategies. Patients at participating institutions will complete a standard depression severity questionnaire during routine clinical care, and the results will be stored in their electronic health records (EHR). Investigators will use the responses in the EHR to identify at-risk individuals, and once identified, the patients will be randomly assigned to either usual care or to two treatment programs. The first is a collaborative care-management approach; the second is an online skills training program called “Now Matters Now,” which is designed to help people manage painful emotions and stressful situations.