Hip Pain

Hip pain frequently arises from an interplay of local joint dysfunction, myofascial restriction, and altered neuromuscular coordination rather than from a single isolated structure. The hip flexors, external rotators, and deep groin musculature attach in complex fascial layers around the acetabular-femoral joint; when any of these become hypertonic or inhibited, mechanical load distribution across the joint surface shifts unfavorably, accelerating wear and sensitizing local nociceptors.

Chiropractic assessment considers the lumbopelvic complex as a functional unit. Restrictions at the lumbar facet joints — particularly L4/L5 and L5/S1 — can alter afferent signaling and contribute to downstream muscular guarding patterns that manifest as hip pain. Research using MRI imaging has demonstrated that spinal manipulative therapy (SMT) produces measurable changes in facet joint gapping; after two weeks of chiropractic care, SMT produced the greatest increase in joint space at the most painful side compared with control and positioning-only groups, while also yielding the greatest improvement on a verbal numeric pain rating scale at the initial assessment ^[4].

Targeted hip-opening exercises complement this joint-level work. Movements that place the hip in a 90/90 position — one knee forward, one abducted to the side — create deep activation of the groin musculature and the posterior hip stabilizers that feed into the lower back, progressively restoring the range of motion that restricted joints and tight soft tissue had limited ^[3].

A multi-arm randomized controlled trial compared three conservative protocols for spine-related musculoskeletal pain: a home exercise program (HEP) alone, a supervised exercise program combined with HEP, and spinal manipulative therapy combined with HEP. The SMT-plus-exercise arm was delivered by licensed chiropractors with a minimum of five years of clinical experience. Exercise components in that trial specifically included hip stretches, hip flexion and extension balance drills, and progressive lower-limb strengthening — underscoring that comprehensive chiropractic management integrates spinal manipulation with structured, goal-directed rehabilitation rather than relying on any single modality ^[2].

The MRI-based facet gapping study referenced above used a randomized design with objective imaging outcomes, lending mechanical credibility to the clinical changes observed after SMT. Notably, side-posture positioning appeared to carry additive therapeutic value beyond manipulation alone, suggesting that how a patient is positioned during care contributes meaningfully to joint mobility outcomes ^[4].

Chiropractic care more broadly encompasses soft tissue therapy, therapeutic exercise, patient education, and spinal mobilization in addition to high-velocity, low-amplitude manipulation — a scope confirmed by practice surveys showing that manipulation accounts for roughly 79% of chiropractor-delivered treatments while the remainder comprises a range of nonpharmacological strategies ^[5]. This multimodal framework aligns well with hip pain management, where no single intervention is likely sufficient and combined approaches targeting both joint mechanics and neuromuscular control are most defensible.