Funding Opportunity Forecast: HEAL Initiative Whole Joint Health Program
Introduction
The initiative responds to priorities identified in the 2023 HEAL Whole Joint Pain Workshop and supports the broader goals of the NIH Helping to End Addiction Long-term (HEAL) Initiative and the Make America Healthy Again vision by advancing safe, non-addictive, and prevention-oriented approaches to chronic pain.
Joint pain affects nearly half of adults in the United States. Many current treatments provide incomplete or temporary relief, informed by clinical trials that focus on joint structures such as bone or cartilage in isolation, without addressing contributions from additional tissues comprising the “whole joint”. New advances in imaging, biomechanics, tissue-specific omics, electrophysiology, and digital health tools now allow for a more complete evaluation of the whole joint, including periarticular tissues such as muscle, adipose, ligaments, tendons, and fascia.
The phased projects supported by this program will first identify and validate multi-tissue mechanisms underlying joint pain, then test non-pharmacological or multimodal interventions that directly target these mechanisms.
Phase 1 (2 to 3 years): Projects will identify multisystem mechanisms that include signals from periarticular tissues (e.g., muscles, adipose, and connective tissues including ligaments, tendons, or fascia) and their potential interactions with articular tissues (e.g., bone, synovium, cartilage) or the peripheral nervous system that contribute to joint pain and pathophysiology. Studies may incorporate imaging, biomarker profiling, neuromuscular assessment, behavioral or environmental factors, and other multimodal approaches that meet or exceed NIH standards for rigor and reproducibility.
Phase 2 (2 to 3 years): Successful phase 1 projects will receive additional funding to test the impact that non-pharmacological and/or multimodal interventions have on the identified multi-tissue mechanisms, to define how these interventions work to correct pathophysiology, aid healing, and resolve pain in the joint. Proposed interventions may include physical therapy, mind-body approaches, biomechanical strategies, or integrated multimodal treatments.
See more information here.
Please contact Dr. Karen Cielo, Director of Research Development, if you are interested in applying or would like to discuss the opportunity.