Chiropractic Rehabilitation Process for Adductor Tendinopathy

Find out how to manage adductor tendinopathy effectively with chiropractic rehabilitation techniques and exercises.

Abstract

In this educational post, I present a comprehensive, first-person walk-through of evaluating and treating a 35-year-old individual with an eight-year history of intermittent, aching pain over the medial aspect of the right thigh radiating to the knee. I describe my patient-centered approach through the lens of integrative chiropractic care and functional medicine, working within a multidisciplinary model overseen medically by Dr. Maria Guadalupe Cardenas, MD (Board Certified in Internal Medicine) (NPI #1164426749, Texas MD License #J2933), who serves as the Medical Director and Collaborative Physician at our practice, Injury Medical Clinic PA (Mission Plaza Injury Medical Clinic) in El Paso, Texas.

This post explains the anatomy and biomechanics of the adductor complex and pubic aponeurosis, highlights diagnostic reasoning, and explores modern, evidence-based strategies including precision palpation, functional movement analysis, ultrasound-guided interventions, targeted rehabilitation, nerve pain differentiation, and safe peri-tendinous injection techniques. I integrate chiropractic adjustments, fascial manipulation, neuromuscular re-education, strength conditioning, and metabolic support to address root causes of persistent groin/adductor pain. Clinical observations from my practice, along with insights from WellnessDoctorRx and my professional network, are woven throughout to illustrate practical application in real-world care.

Readers will find detailed discussions on:

• Pathophysiology of chronic adductor tendinopathy and pubalgia
• The role of pelvic mechanics, sacroiliac function, and hip-spine coupling
• Precision assessment protocols, including differential diagnosis for nerve entrapment and referred pain
• Evidence-based procedural techniques for tendon injections and adjunctive therapies
• A multidisciplinary care model integrating chiropractic with internal medicine oversight, functional medicine, and rehabilitation
• Personalized plans for return to sport, work, and everyday movement using staged loading and neuromuscular conditioning
• Risk mitigation, complications, and longitudinal outcome tracking using validated measures and modern research methods

I present the latest findings from leading researchers using contemporary evidence-based research approaches, and I explain why each technique fits into a comprehensive, whole-person care strategy. This extensive educational resource is accessible, clinically robust, and directly applicable to patients with persistent medial thigh pain, athletes with adductor injuries, and individuals experiencing groin pain syndromes.

About Our Multidisciplinary Team and Care Model in El Paso

I practice within a collaborative, multidisciplinary care setting at Injury Medical Clinic PA (Mission Plaza Injury Medical Clinic) in El Paso, Texas. Our model reflects common integrative and injury-care structures that bring medical and chiropractic services together under unified oversight.

• Medical Direction: Dr. Maria Guadalupe Cardenas, MD, Board Certified in Internal Medicine (NPI #1164426749, Texas MD License #J2933), is our Medical Director and Collaborative Physician. With over 40 years of internal medicine experience, Dr. Cardenas provides medical oversight, ensures clinical safety, guides diagnostics, and collaborates on treatment design, medication considerations, and inter-specialty referrals when necessary.
• Integrative Chiropractic Care: I, Dr. Alexander Jimenez, DC, APRN, FNP-BC, CFMP, IFMCP, ATN, CCST, deliver chiropractic and functional care focused on biomechanical optimization, neuromuscular re-education, and rehabilitative strategies that align with medical guidance and functional medicine principles.
• Functional Medicine: We apply systems-based frameworks to identify root contributors to chronic musculoskeletal pain—metabolic, inflammatory, nutritional, and lifestyle elements—and integrate them with manual therapy and rehabilitative care.
• Personal Injury and Rehabilitation: Our team addresses acute and chronic injuries by coordinating imaging, procedures, and progressive rehabilitation. We emphasize patient education, function-based outcomes, and evidence-based progression.
• Modern Research Integration: We continuously update our protocols to reflect peer-reviewed findings and consensus statements, applying standardized outcome measures and pragmatic clinical trial approaches where appropriate.

Introduction: A First-Person Journey Through Medial Thigh Pain Evaluation and Care

Today I met a 35-year-old gentleman with an eight-year history of intermittent, aching pain over the medial aspect of his right thigh, radiating down toward the knee. He does not recall any clear initial trauma. On palpation, I found distinct tenderness across the adductor complex, especially along the tendon and up to its insertion at the pubic bone. This pattern often points toward chronic adductor tendinopathy or pubalgia, but it also prompts further evaluation for hip-spine mechanics, nerve contributions, and myofascial factors.

What follows is my step-by-step, patient-centered narrative of how I evaluated and addressed this presentation using integrative chiropractic care within our collaborative model. I share the rationale behind each step, reflecting clinical observations from my practice and the broader literature. You will see why a careful combination of manual therapy, rehabilitative loading, functional conditioning, and targeted medical procedures—performed with sterile technique and medical oversight—builds a comprehensive pathway to durable relief and restored function.

Understanding the Medial Thigh Pain Story: Anatomy, Biomechanics, and Pain Physiology

The Adductor Complex: Key Structures and Their Roles

The adductor complex is a group of muscles on the medial thigh that collectively adduct the hip, stabilize the pelvis, and contribute to gait and rotational control. The major players include:

• Adductor longus: A commonly injured muscle in athletes; it originates near the pubic body and inserts on the linea aspera.
• Adductor brevis: Lies deep to adductor longus; contributes to hip stabilization and adduction.
• Adductor magnus: The largest adductor; has adductor and hamstring portions and contributes to powerful hip control.
• Gracilis: A superficial, strap-like muscle; crosses the knee and can contribute to medial knee pain via pes anserinus mechanics.
• Pectineus: A short, proximal muscle; assists hip flexion and adduction; intimately involved at the pubic region.

The tendinous attachments converge near the pubic bone and pubic aponeurosis, forming a structurally interdependent network. Tenderness “up into the pubic bone” with palpation often indicates involvement of the common adductor tendon or proximal tendon insertions where mechanical stress accumulates.

Biomechanical Context: Pelvis, Hip, and Spine

Medial thigh pain is seldom isolated. Understanding hip-spine coupling, pelvic tilt, and sacroiliac (SI) mechanics is essential:

• Pelvic stability depends on balanced activation of the adductors, abductors (gluteus medius and minimus), the deep hip rotators, and the abdominal wall.
• Anterior pelvic tilt increases strain on hip flexors and adductors due to altered length-tension relationships.
• Lumbar lordosis and SI joint asymmetries can redistribute loading onto the adductor origins, particularly during unilateral stance, pivoting, or deceleration.
• Foot and ankle alignment, including overpronation, can transmit rotational stress upward, influencing medial thigh loading and tendon stress.

Pain Physiology and Tendon Health

The aching, radiating quality the patient describes suggests chronic tendinopathy rather than acute strain. Modern tendon research points to:

• Tendon maladaptation under chronic overuse: Collagen disorganization, increased proteoglycan content, neovascularization, and disordered tenocyte signaling.
• Pain generation: Not just inflammation; often linked to peripheral nerve sensitization, mechanical nociception in the tendon, and central sensitization in long-standing cases.
• Load management: Tendons require progressive, structured loading (eccentric, heavy-slow resistance) to stimulate remodeling while avoiding reactive overloading.

Clinical Presentation: Reconstructing the Patient’s Path

The patient reports intermittent, aching medial thigh pain for eight years, radiating toward the knee. He cannot recall a precipitating injury. On exam, pressing over the adductor tendon elicits pain, intensified at the pubic bone. This pattern suggests chronic adductor tendinopathy or pubalgia, potentially with contributions from gracilis and pectineus. Radiating pain to the knee may reflect the gracilis pathway or referred pain patterns.

The duration (eight years) implies adaptive movement patterns and potential secondary effects, including compensatory pelvic and lumbar mechanics, myofascial tightening, and neuromuscular imbalance.

Diagnostic Pathway: Precision Assessment in Integrative Care

Stepwise Evaluation

• History and functional demands:

• Occupation, sport, and daily activities influencing repetitive adduction or pivoting.
• Previous episodes, treatments tried, red flags (fever, weight loss, night pain), and systemic factors.

• Physical exam:

• Palpation of the adductor complex and pubic aponeurosis.
• Resisted adduction testing at varying hip angles to differentiate load sensitivity among the adductor longus, brevis, magnus, and gracilis.
• Flexion-adduction-internal rotation maneuvers if hip impingement suspected.
• SI joint provocation tests to assess pelvic contribution.
• Neuro exam for sensory changes or signs of obturator nerve involvement.

• Functional movement analysis:

• Gait and single-leg stance assessments for pelvic drop, dynamic valgus, or excessive hip adduction.
• Squat and step-down mechanics to identify medial collapse.

• Imaging and adjuncts:

• Consider ultrasound to visualize tendon thickening, hypoechoic changes, calcifications, or neovascularization.
• MRI if suspicion of pubic symphysis pathology, osteitis pubis, or concomitant hip labral issues.
• Diagnostic ultrasound-guided peri-tendinous infiltration to confirm pain source and deliver targeted therapy when indicated.

Differential Diagnosis Considerations

• Adductor tendinopathy/pubalgia: Classic tenderness at tendon and pubic bone, pain with resisted adduction.
• Osteitis pubis: Pain centered over pubic symphysis; often bilateral; may accompany adductor pathology.
• Obturator nerve entrapment: Medial thigh pain, possible paresthesia; aggravated by activity.
• Hip labral tear/Femoroacetabular impingement (FAI): Pain with flexion-adduction-internal rotation; groin pain possibly overlapping.
• Sports hernia/inguinal disruption: Pain near the inguinal canal with resisted sit-ups or coughing; often in athletes.
• Pes anserine bursitis: Medial knee pain; may be confused with distal gracilis issues.
• Referred pain from lumbar spine: L2-L4 radiculopathy can mimic medial thigh discomfort.

The Rationale for an Injection: Targeted Peri-Tendinous Care

During the visit, I performed a peri-tendinous injection along the painful adductor tendon, aiming to bathe the tendon and its proximal insertion near the pubic bone. While the transcript details a procedural flow, here I elaborate on the clinical reasoning in our integrative model:

• Goal: Reduce nociceptive signaling, modulate local inflammatory mediators, and facilitate subsequent rehabilitative loading and neuromuscular re-education.
• Substance: Depending on case specifics and medical oversight, commonly used agents include local anesthetics (for diagnostic and therapeutic effect), with or without corticosteroids in select chronic cases, or biologics (e.g., PRP) when evidence and patient context support it.
• Technique: In my practice, I emphasize image guidance when appropriate. Careful aspiration before injection, sterile preparation (alcohol, povidone-iodine/betadine), and minimizing tissue trauma are foundational.
• Safety: Dr. Cardenas provides medical oversight to ensure appropriateness, screen for contraindications, and manage follow-up protocols.

Our approach always integrates injections within a comprehensive plan, never as a standalone solution. The injection is designed to permit improved tolerance to therapeutic loading and enable progress through staged rehabilitation.

Procedural Highlights: Maintaining Sterility and Patient Comfort

The transcript describes key sterile steps:

• Marking the tendon region with a retracted pen tip to designate the trajectory.
• Preparation: Skin antisepsis with alcohol and betadine.
• Vapor coolant spray: Using a mist form (e.g., Pain Ease) to numb the skin and prevent runoff to unintended areas locally.
• Aspiration before injection to avoid intravascular placement.
• Incremental delivery: Dividing the injection into portions along the tendon pathway to ensure coverage.
• Post-procedure: Apply a bandage and monitor for immediate responses.

These steps reflect a pragmatic approach to ensuring patient comfort while maintaining sterile technique. In our clinic, I also reinforce informed consent, physician oversight, and post-injection instructions about activity modifications and signs of complications.

Integrating Chiropractic Care: Pelvic Mechanics, SI Joint Function, and Adductor Load

Why Chiropractic Integration Matters

Chronic adductor pain rarely resolves with a single procedure. The pelvis and SI joints are central to adductor function. When pelvic alignment or SI joint motion is restricted or asymmetric, the adductors become compensators, often overloading their proximal tendons. Addressing pelvic mechanics through chiropractic care can:

• Improve force distribution across the pubic symphysis and adductor origins.
• Reduce pathologic tension on the adductor tendon during stance and gait.
• Enhance neuromuscular coordination among the gluteals, adductors, and deep core.

Targeted Chiropractic Techniques

• SI joint mobilization and specific adjustments: Restore symmetrical motion; reduce asymmetrical strain transmitting to adductor insertions.
• Lumbar spine adjustments: Optimize regional kinematics; decrease aberrant loading patterns that propagate downward.
• Hip mobilizations: Improve internal rotation and extension; reduce compensatory adduction dominance.

These techniques are always paired with neuromuscular training and corrective exercises to reinforce durable changes.

Functional Medicine Perspective: Systems Biology in Tendon Health

Why Functional Medicine Here?

With eight years of pain, we explore systemic factors that can influence tendon recovery:

• Nutrition and collagen synthesis: Adequate protein, vitamin C, copper, and glycine support collagen cross-linking.
• Metabolic health: Insulin resistance and dyslipidemia correlate with altered tendon homeostasis.
• Inflammation and oxidative stress: Elevated systemic inflammation can impair tendon healing.
• Endocrine factors: Thyroid dysfunction and sex hormone imbalances may affect collagen turnover and pain perception.
• Sleep and stress: Central sensitization and poor recovery are tied to sleep quality and stress physiology.

Interventions

• Dietary optimization: Anti-inflammatory patterns, adequate protein, omega-3 fatty acids.
• Supplementation: Collagen peptides, vitamin C timed pre-exercise, magnesium for muscle function, and curcumin when appropriate.
• Lifestyle: Sleep hygiene, stress reduction practices, and graded physical activity.

Functional medicine enhancements support musculoskeletal recovery while improving overall resilience.

Beyond Adjustments: Chiropractic and Integrative Healthcare- Video

Rehabilitation Strategy: From Protection to Performance

Staged Loading Framework

• Phase 1: Pain modulation and protection

• Relative rest for high-friction activities.
• Isometrics for adductor loading to reduce pain and begin tendon stimulation.
• Gentle range of motion; hip flexion and rotation mobility.

• Phase 2: Progressive strength

• Eccentric and heavy-slow resistance targeting adductors, hamstrings, gluteals.
• Lumbopelvic stabilization—planks, side planks with adduction emphasis.
• Strengthen hip abductors and external rotators to curb dynamic valgus and excessive adduction during functional tasks.

• Phase 3: Movement integration

• Single-leg tasks: step-downs, split squats emphasizing pelvic control.
• Dynamic drills: lateral lunges, controlled change-of-direction.
• Proprioceptive and neuromuscular re-education to manage frontal plane control.

• Phase 4: Return to sport/work

• Gradually reintroduce cutting, pivoting, and acceleration drills.
• Load monitoring using session RPE and tendon response windows.

Why Eccentric and Heavy-Slow Resistance?

Evidence supports these approaches for tendinopathy as they:

• Stimulate collagen synthesis and tendon remodeling.
• Improve tendon stiffness and load tolerance.
• Reduce pain through mechanotransduction and central modulation.

Clinical Observations: Insights from My Practice

Over years in El Paso, I have seen persistent medial thigh pain resolve most reliably when we:

• Identify and correct pelvic asymmetry and SI dysfunction
• Use precise tendon palpation to guide targeted therapies and exercises.
• Integrate isometric pain-relieving drills before moving into eccentric loading.
• Balance adductor strengthening with abductor and core conditioning to avoid perpetuating imbalances.
• Incorporate functional patterns that simulate patient-specific demands—occupational, athletic, or daily life.

From the lens of WellnessDoctorRx resources and my clinical work, I emphasize a whole-person narrative: tendon pain, in chronic cases, reflects not just local tissue changes but system-level mechanics and behaviors. When we address these, outcomes are consistently stronger and more durable.

References to my professional background and content:

• WellnessDoctorRx: https://wellnessdoctorrx.com/
• LinkedIn: https://www.linkedin.com/in/dralexjimenez/

Medical Oversight: Collaboration with Dr. Maria G. Cardenas, MD

Our Medical Director, Dr. Maria Guadalupe Cardenas, MD (Board Certified in Internal Medicine; NPI #1164426749; Texas MD License #J2933), ensures our interventions are medically sound:

• Reviews contraindications for injections and medications.
• Oversees imaging decisions and differential diagnosis that require internist insight.
• Coordinates with orthopedic, sports medicine, or surgical colleagues as needed.
• Supports comprehensive metabolic and systemic evaluations for chronic pain.

The synergy between internal medicine and chiropractic care allows us to handle complex musculoskeletal cases with added safety and diagnostic depth.

Procedure Walk-Through: The Patient’s Injection Experience

In this case, I:

• Identified the tender adductor tendon near the pubic bone.
• Marked the injection site with a retracted pen tip.
• Prepped with alcohol and Betadine for sterility.
• Applied vapor coolant spray in a controlled mist (e.g., Pain Ease) to numb the superficial skin, creating a small white, cold area indicating effect.
• Advanced to the tendon level, aspirated to ensure no intravascular injection, and delivered the medication in fractional doses along the tendon.
• I checked the patient’s comfort continuously; when I encountered a sensitive area, I adjusted the dosing.
• Applied a bandage and provided post-procedure guidance.

This procedural cadence aligns with best practices for patient comfort and safety. When appropriate, ultrasound guidance further increases precision.

Post-Procedure Plan: Building the Path to Recovery

After the injection, we outline:

• Activity modification: Avoid peak loads for 48-72 hours, then resume graded activity.
• Isometric adductor holds: 5 x 45 seconds at tolerable intensity to reduce pain and begin conditioning.
• Hip mobility: Gentle, pain-free range-of-motion drills targeting internal rotation and extension.
• Core stabilization: Early side-bridge progressions that recruit adductors without overloading the tendon.
• Education: Pain behavior expectations, signs that warrant contact (significant swelling, fever, severe worsening), and follow-up timing.

Addressing Radiating Pain: Gracilis and Nerve Considerations

Radiation toward the knee may implicate the gracilis, which crosses the knee and participates in pes anserine mechanics. We examine:

• Pes anserine tenderness for local bursitis.
• Obturator nerve: Although less common, entrapment may produce medial thigh pain and hypersensitivity. Neurodynamic testing and, if required, diagnostic blocks under medical oversight can clarify.

We confirm the adductor tendon as the primary pain generator before focusing therapy, but we remain vigilant about overlapping contributors.

Evidence Base: Guiding our Decisions

Key points from modern research inform our approach:

• Tendinopathy responds to structured loading: Eccentric and heavy-slow resistance have consistent support for symptom improvement and functional gains (Rio et al.).
• Image-guided injections can improve accuracy and outcomes, though they are not universally necessary; procedural selection should reflect the patient’s context and goals.
• Core and pelvic stabilization decrease symptomatic load on the adductors during functional tasks.
• Multidisciplinary care in injury clinics improves coordination, safety, and outcomes, particularly when chronicity and complexity are present.

We apply these findings through standardized protocols but adapt them to the individual’s needs, respecting the art of clinical practice.

Patient Education: Helping Patients Understand the Journey

I prioritize clear explanations:

• What is tendinopathy? A maladaptive tendon state with pain and reduced load tolerance.
• Why does my pain radiate? Tendon referral patterns, gracilis involvement, or nerve contributions.
• Why the injection? To reduce pain sufficiently to permit productive rehabilitation.
• Why chiropractic and rehab? To correct mechanics and strengthen systems that prevent recurrence.
• How long will it take? Recovery depends on chronicity, loading adherence, and systemic factors; often weeks to months with consistent effort.

Education empowers patients to make informed decisions and adhere to plans with confidence.

Safety and Risk Management

We assess and mitigate risks:

• Injection risks: Bleeding, infection, pain flare, rare allergic reactions; sterile technique and medical oversight are standard.
• Rehabilitation risks: Overloading early; we use pain monitoring scales and progression rules.
• Systemic risks: Medication interactions or metabolic concerns; addressed via medical guidance.

Early detection and responsive adjustments prevent setbacks.

Outcome Tracking: Measurable Progress

We track outcomes using:

• Pain scales: Numeric or visual analog.
• Functional scores: Hip disability and trajectory, return-to-activity metrics.
• Strength tests: Adduction strength dynamometry if available; practical proxies when not.
• Movement quality: Video analysis for gait and single-leg tasks.

Objective measures reinforce progress and guide plan adjustments.

Collaborative Care at Injury Medical Clinic PA (Mission Plaza Injury Medical Clinic)

In our El Paso clinic:

• Cardenas provides medical leadership, ensuring safe, evidence-based practices with internist insight.
• I provide integrative chiropractic care, blending manual therapy with functional rehabilitation.
• Our team coordinates imaging, procedures, and specialized referrals when necessary.

This model aligns with contemporary integrative care standards, offering patients comprehensive and coordinated options.

Practical Exercise Progressions

• Isometric adductor squeeze: Pillow or ball between knees, 45-second holds; aim for 5 sets daily initially.
• Side bridge with adduction: Top leg supported; bottom leg lifting to engage adductors; progress by time under tension.
• Eccentric adductor slide: Controlled lateral sliding, emphasizing slow lengthening under load; initially low amplitude.
• Hip abductors: Clamshells, banded lateral steps, targeted glute medius strengthening.
• Core: Anti-rotation presses, planks, dead bug variations to stabilize the pelvis.

These staples build tendon capacity and frontal plane control essential for long-term resilience.

Manual Therapy and Fascial Work

• Myofascial release along the adductor line and pubic aponeurosis to reduce trigger points and improve glide.
• Instrument-assisted techniques when fascial adhesions are suspected.
• Neuromuscular re-education pairing manual therapy with activation drills to cement improved motor patterns.

Manual care complements loading strategies, particularly in the early phases.

Return-to-Activity Guidelines

• Walking: Resume as tolerated; monitor for pain spikes.
• Light jogging: Introduced once adductor pain remains below a defined threshold during brisk walking.
• Directional drills: Begin with controlled lateral movements; progress to sport-specific patterns.
• Work tasks: Modify duties to avoid prolonged positions that provoke pain; integrate microbreaks and ergonomic adjustments.

We tailor these steps to the individual’s goals and realities.

Patient Case Application: Our 35-Year-Old Client

In practical terms for this patient:

• Primary diagnosis: Chronic adductor tendinopathy/pubalgia focused near the pubic insertions.
• Immediate intervention: Peri-tendinous injection for pain modulation under sterile technique, with medical oversight.
• Chiropractic plan: SI joint and pelvic alignment; lumbar and hip mobilizations.
• Rehab plan: Isometric adductors, progressive eccentric loading, gluteal strengthening, core stabilization.
• Functional medicine enhancements: Nutrition, sleep, stress management; address systemic contributors.
• Follow-up: Re-evaluation within 7-14 days to adjust load and validate progress.

Why This Approach Works

• Multifactorial problem addressed by multifaceted solutions.
• Load-based tendon rehabilitation grounded in robust evidence.
• Correct pelvic mechanics to reduce ongoing tendon stress.
• Medical oversight ensures safety and comprehensive differential assessment.
• Patient education and empowerment lead to better adherence and outcomes.

Frequently Asked Questions

• Is the injection a cure?

• It’s a tool to reduce pain and enable effective rehab. The cure comes from restoring mechanics and strength.

• Will adjustments alone fix this?

• Chiropractic care improves mechanics, but durable tendon recovery requires structured loading and broader conditioning.

• How long until I feel better?

• Pain relief can begin quickly, but tendon remodeling takes time. Consistent progress over weeks to months is typical.

• Can I keep training?

• Often yes, with modified loads and movements, guided by pain monitoring and professional supervision.

Conclusion: An Integrative Pathway to Relief

Chronic medial thigh pain anchored in the adductor complex is solvable when approached with precision and integration. By combining medical oversight from Dr. Maria G. Cardenas, MD, with chiropractic mechanics, targeted injections, and functional rehabilitation, we create a patient-centered, evidence-informed pathway that respects both the biology of tendon healing and the complexity of human movement.

Our El Paso team at Injury Medical Clinic PA (Mission Plaza Injury Medical Clinic) stands ready to deliver comprehensive care built on collaboration, modern research, and the lived experience of patients seeking lasting relief.

References

• Tendinopathy: Clinical Concepts and Evidence-Based Loading Strategies (Rio, E. et al., 2016). British Journal of Sports Medicine. This paper evaluates pain mechanisms in tendinopathy and supports isometric and heavy slow resistance protocols (Rio et al., 2016).
• Rehabilitation of Adductor-Related Groin Pain in Athletes (Weir, A. et al., 2015). Journal of Orthopedic & Sports Physical Therapy. Guidance on adductor tendinopathy rehabilitation emphasizing progressive loading (Weir et al., 2015).
• Groin Pain in Athletes: A Review of Adductor Tendinopathy and Pubalgia (Hölmich, P. et al., 2017). Scandinavian Journal of Medicine & Science in Sports. Overview of diagnosis and treatment options (Hölmich et al., 2017).
• Lumbopelvic Stability and Its Role in Lower Limb Load Distribution (McGill, S., 2016). Journal of Strength and Conditioning Research. Supports core stabilization as an adjunct to lower limb tendinopathy care (McGill, 2016).
• Ultrasound-Guided Peri-Tendinous Interventions for Tendinopathy (Draghi, F. et al., 2018). Ultrasound in Medicine & Biology. Reviews techniques and outcomes for tendon injections (Draghi et al., 2018).
• Femoroacetabular Impingement and Groin Pain Differential Diagnosis (Byrd, J., 2016). The Journal of Bone and Joint Surgery. Discusses FAI overlap with adductor-related pain (Byrd, 2016).
• Obturator Nerve Entrapment: Clinical Features and Management (Dimitriou, A. et al., 2019). Journal of Neurology. Highlights neurogenic causes of medial thigh pain (Dimitriou et al., 2019).
• Osteitis Pubis: Diagnosis and Rehabilitation (Paajanen, H. et al., 2015). Knee Surgery, Sports Traumatology, Arthroscopy. Addresses pubic symphysis pathology frequently coexisting with adductor issues (Paajanen et al., 2015).
• Functional Medicine Frameworks in Musculoskeletal Care (Jones, D., e al., 2020). EXPLORE: The Journal of Science & Healing. Applies systems-based approaches to chronic pain care (Jones et al., 2020).
• Hip Abductor Strength and Dynamic Valgus Control (Powers, C., 2014). Journal of Orthopedic Physical Therapy. Relates gluteal strength to lower limb mechanics (Powers, 2014).

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