
Lab Description
The Laboratory for Equity and Pain Science (LEAPS) is dedicated to advancing our understanding of pain in adolescents and young adults (AYA) with complex chronic conditions, especially sickle cell disease (SCD). Our work focuses on closing critical gaps in pain research for this population by using innovative methods like quantitative sensory testing and patient-reported outcomes, all while prioritizing health equity. By studying the biological, psychological, and social factors that shape chronic pain, we aim to develop targeted interventions that improve quality of life.
A core part of our mission is ensuring that underrepresented communities are included in research that impacts them. We collaborate with patients, families, and caregivers to understand their experiences and use those insights to bridge the gap between research and real-world care. LEAPS brings together diverse expertise and cutting-edge science to create meaningful solutions for young people navigating the challenges of chronic pain.
Learn More about Dr. Kenney’s Research Journey

Persisting to Help Children in PAIN
Witnessing a childhood friend in severe pain from sickle cell disease left a lasting impression on Dr. Martha Kenney and set her on a path to helping others.
Research Projects
Predictors of Pain Severity (POPS) and Pain-Related Outcomes in Individuals with Sickle Cell Disease
Understanding the psychological and sensory factors behind chronic pain in sickle cell disease is key to improving care and quality of life. This study uses innovative methods to identify predictors of pain and inform better prevention and treatment strategies.
Creating a Theory of Change for Community-Driven Research in Sickle Cell Disease
We are building a community-driven framework to engage individuals with sickle cell disease in research, co-creating tools and strategies that ensure their voices drive meaningful, patient-centered outcomes.
Additional projects related to exploring pain in AYAs with sickle cell disease and other painful chronic conditions are also available.