Isometric Exercise, Active-Passive Stretching, And Deep Tissue Manipulation In Managing Lateral Epicondylagia: A Case Study Report

Abstract

This study investigates the effects of isometric, active, and passive stretching, alongside deep tissue manipulation, on a patient with chronic lateral epicondylalgia. The aim is to examine the therapeutic efficacy of these interventions on pain reduction and functional improvement. A 23-year-old female patient with confirmed lateral epicondylalgia, evidenced by positive Mill’s and Cozen’s tests, participated in a 4-week therapeutic program. The program included isometric exercises, active and passive stretching, and deep tissue manipulation tailored to lateral epicondylalgia. Pain and functional disability were assessed using the Patient-Rated Tennis Elbow Evaluation (PRTEE), while muscle strength was measured through Manual Muscle Testing (MMT). Post-treatment results showed a 10% decrease in PRTEE scores and an improvement in MMT grading by one level. These findings suggest that a combination of isometric, active, and passive exercises, along with deep tissue manipulation, can significantly reduce pain and enhance muscle strength in patients with lateral epicondylalgia. The 4-week intervention led to notable improvements in both pain and functional capacity, indicating a potential effective therapeutic strategy for accelerated recovery in such patients.