Chronic pain impacts 50 million adults in the United States, with annual costs of $635 billion due to medical expenditures and loss of productivity. The adverse effects of chronic pain and the beneficial effects of treatments for pain in various populations will be more comprehensively understood using advanced genetics, neuroimaging, and sensor-based assessment of daily activities with machine learning data analytics in an integrative biopsychosocial framework.
The Evidence-Based Predictive Pain Integrative Center (EPPIC) at WPI will synergistically leverage advanced machine learning methods to identify reliable, highly accurate predictors for chronic pain and develop models that predict which patients will respond to various treatments, with an ultimate objective of enhancing the prevention, diagnosis, assessment, and treatment of chronic pain.
Interdisciplinary Pain Research Expertise
WPI is collaborating with the University of Massachusetts Medical School (UMMS), New England School of Acupuncture at Massachusetts College of Pharmacy and Health Sciences (MCPHS), and Harvard Medical School. This will harness the expertise of an interdisciplinary team of 17 researchers including clinicians, interventionists (acupuncture, mindfulness, psychiatry, psychologists) and technologists (omics, machine learning, sensing, neuroscience, data science and artificial intelligence experts).
EPICC will also leverage the laboratory and research capabilities of a number of facilities at WPI, as well as dedicated communities of faculty, staff, and researchers, including:
- PracticePoint: WPI’s membership-based healthcare development and testing facility—a place to advance healthcare technologies and launch better medical, cyber, and physical systems through collaboration. Available suites include those dedicated to MRI Imaging, Patient Clinical Care, Home Health, Motion Capture, and Neurotechnology, along with confidential offices and conference spaces
- Healthcare Delivery Institute (HDI): A university-wide multidisciplinary research and innovation institute, HDI addreesses healthcare challenges, with a focus on applying digital technologies and IoT, process design and systems engineering, data intelligence and machine learning, cybersecurity, and enhanced user experience design.
- BioPoint: This team is dedicated to identifying key areas of collaboration with industry and government partners to advance research and development in the life sciences, bioengineering, and biomedical engineering.
- User Experience and Decision Making (UXDM) Laboratory: In collaboration with academic researchers and industry experts, the UXDM Lab investigates the entire user experience through observation, physiological measuring and eye-tracking.
Graduate Program in Neuroscience
Drawing on the university’s strengths in bioinformatics, data science, and machine learning, WPI's new transdisciplinary master's degree in Neuroscience includes a unique focus on computational neuroscience. The program will prepare neuroscientists with the broad interdisciplinary skills needed to tackle one the most important scientific challenges of our age and develop a new generation of treatments.
The Julia Kasparian Fund for Neuroscience Research supports a collaborative research project between neuroscientists, clinicians, and computer scientist students and faculty at WPI and McLean Hospital aimed at improving the prevention, early diagnosis, and treatment of mental illness, with a focus on dissociative disorder, depression and suicidality. The students involved in this research use clinical and neuroimaging data to develop highly accurate predictors of depression and suicidality. Learn more.
Current students include:
- Suhas Srinivasan
- Liang Zhang
- Senbao Lu
- Chen Ding
- Jianjun Luo
- Junbbong Jang
- Karthika Suresh