Optimizing pain-related outcomes following orthopedic trauma: testing novel risk factors and determining the feasibility of a new pain psychology intervention
- Institution
- Johns Hopkins University, MD
- Principal investigator
- Rachel V. Aaron
- Funding
- $136K
- Duration
- 2022–2027
Moonbase score
Still being scored
Abstract
PROJECT SUMMARY The long-term goal of this K23 Career Development Award is to prepare the PI (Rachel Aaron, PhD) for an independent research career that aims to promote adaptive recovery for individuals who survive orthopedic trauma. Orthopedic trauma, resulting in severe injuries such as multiple fractures or amputation, occurs in around 3 million people annually in the United States; about half of survivors experience persistent pain and psychological distress in the year following injury, and most report substantial disability 7 years post trauma. There is an urgent need to identify factors that underlie pain and psychological distress following orthopedic trauma and to develop targeted psychological interventions to treat these potentially disabling symptoms. The broader literature suggests that difficulties with emotion regulation (i.e., identifying one's emotions and engaging in strategies to up- or down-regulate them) and central sensitization (i.e., alterations in the endogenous modulation of pain) lead to poor pain-related outcomes. Using a theory-driven assessment of emotion regulation, and gold-standard, laboratory-based assessment of central sensitization (quantitative sensory testing [QST]), Study 1 will examine emotion regulation difficulties and central sensitization at 6 weeks post trauma as predictors of persistent pain, distress, and opioid use 6 months post trauma. Study 2 will test the feasibility of assessing and delivering Emotional Awareness and Expression Therapy (EAET) to people who endorse persistent pain (i.e., clinically significant pain, present most days for the past 3 months) at 6 months post trauma. EAET is a novel chronic pain psychology intervention that treats pain and distress by targeting trauma-related emotion regulation process. Trauma exposure is ubiquitous among orthopedic trauma survivors; thus, EAET may be ideally suited for those with persistent pain post trauma. However, the feasibility of delivering EAET is unclear due to established barriers engaging this population in mental health treatment. Proposed research and career development activities will take place at Johns Hopkins University (JHU), a renowned research environment. JHU is dedicated to the success of its junior faculty and provides unique access to orthopedic trauma patients. The PI has formed a strong team of content experts in central sensitization (including QST), psychological intervention (including EAET), and orthopedic trauma. Immersed in JHU's rich training environment, the PI will achieve the following career goals through dedicated mentorship, didactic experiences, and professional development opportunities: (1) develop expertise in the assessment of central sensitization, including QST; (2) gain foundational skills for intervention development, implementation, and analysis; and (3) learn to lead impactful orthopedic trauma clinical research. The completion of this K23 proposal will provide the necessary training and preliminary data for the PI to obtain independent grant funding and systematically pursue a line of research to improve outcomes for survivors of orthopedic trauma.
LOADING MOONBASE SCORE
Questions for Johns Hopkins University
Answered by the team behind this research.
No questions yet. Sign in to ask the first one
Related grants
Same institution, same topic, scored first.
- NIH · Johns Hopkins University72
Development, Piloting and Dissemination of an Integrated Clinical and Social Multi-level Decision Support Platform to Address Social Determinants of Health Among Minority Populations in Baltimore City
Elham Hatef-Naimi · $611K · 2021–2025
- NIH · Johns Hopkins University66
Glucose instability and neurocognitive outcomes in older adults
Elizabeth Selvin · $697K · 2021–2027
- NSF · Johns Hopkins University65
Collaborative Research: CPS: Medium: Data Driven Modeling and Analysis of Energy Conversion Systems -- Manifold Learning and Approximation
Yannis Kevrekidis · $400K · 2023–2026