What is the Harris Hip Score?
The Harris Hip Score (HHS) is a widely used evaluation tool designed to assess hip function and pain levels in patients with hip disorders, particularly those who have undergone hip replacement surgery. Developed by William H. Harris in 1969, this scoring system helps clinicians determine the effectiveness of hip treatments, particularly in patients who have undergone total hip replacement surgery or those who have traumatic arthritis following dislocation and acetabular fractures (Harris, 1969).
The HHS is one of several hip scores used to measure patient outcomes post-surgery. It is precious for assessing patients experiencing hip pain and functional limitations. It is often used for individuals who have undergone hip arthroplasty, hip fracture repair, or other surgical interventions to restore hip function. By providing a comprehensive assessment of various factors affecting hip health, the HHS aids in monitoring patient recovery and guiding subsequent treatment plans.
Furthermore, significant orthopedic studies and journals, such as those found in bone joint surgery, emphasize the importance of these scoring systems in evaluating surgical outcomes. For more information on assessing hip pain, refer to our Hip Pain Location Diagram.
What is included in the Harris Hip Score system?
The HHS system includes several domains to evaluate hip pain assessment, function domains, and pain thoroughly. These domains encompass pain, function, absence of deformity, and range of motion. Each domain is meticulously scored to capture the patient’s overall hip health, with a higher total score indicating better function and less pain (Harris, 1969).
The pain domain assesses pain severity, including the intensity and frequency of pain, which significantly impacts the patient’s quality of life. The function domain evaluates daily activities, such as walking, sitting, and stair climbing, which are crucial for independent living. Additionally, the system includes assessments of deformity and range of motion to identify structural or functional limitations affecting the hip joint. Hip flexion is a key aspect evaluated within this domain. These sections offer a comprehensive picture of the patient’s hip condition and recovery progress.










