SOAP Notes12 min read

Musculoskeletal SOAP Notes (With Examples)

Dr. Medeline Yost

Chief Medical Officer, Augustun

Published January 1, 2026

Updated May 28, 2026

On this page

What Is a Musculoskeletal SOAP Note?
How to Write a Musculoskeletal SOAP Note
Musculoskeletal SOAP Note Examples
Why Musculoskeletal SOAP Notes Matter
Conclusion
FAQ

Musculoskeletal problems are extremely common in everyday clinical practice. Many patients visit clinics for pain in their muscles, joints, ligaments, or bones. Because these conditions affect movement, strength, and daily function, it is important for clinicians to document the case clearly.

SOAP notes make this process easy. They help you record patient information in a simple, organized, and professional way. A musculoskeletal-focused SOAP note captures what the patient says, what the clinician observes, the assessment of the condition, and the treatment plan.

In this guide you will learn how musculoskeletal SOAP notes work, why they matter, and how to write them with confidence. You will also see five full musculoskeletal SOAP note examples you can adapt for real settings. If you document a lot of joint and movement complaints, Augustun for orthopedics can draft these notes ambiently while you stay focused on the patient.

What Is a Musculoskeletal SOAP Note?

A musculoskeletal SOAP note is a structured medical record that focuses on bones, joints, muscles, tendons, ligaments, and movement problems. It helps clinicians describe pain type, triggers, physical findings, functional limits, and possible causes.

Using the SOAP format brings clarity. It reduces confusion at follow-up visits and helps other healthcare professionals understand the case quickly. It also protects the clinician legally, improves communication, and supports better care.

How to Write a Musculoskeletal SOAP Note

A musculoskeletal SOAP note follows the standard four sections.

S — Subjective

This is everything the patient reports. For musculoskeletal issues, include:

Location of pain
Onset and duration
Type of pain (sharp, dull, burning, throbbing)
Factors that worsen it (lifting, running, bending)
Factors that reduce it (rest, heat, medication)
Movement limitations
Past injuries
Relevant lifestyle habits

Short, simple language works best.

O — Objective

This includes measurable findings:

Range of motion
Swelling, bruising, redness
Tenderness on palpation
Strength level
Gait changes
Imaging results (X-ray, MRI, etc.)
Vital signs (if needed)

Always write exact numbers if available.

A — Assessment

Here you write what you think is happening:

Likely diagnosis
Possible differential diagnoses
Severity
Functional impact
Risks or complications

The assessment is based on the Subjective and Objective findings.

P — Plan

Here you describe what will be done next:

Medications
Physical therapy or exercises
Hot/cold therapy
Imaging orders
Follow-up visit
Activity modifications
Referrals

Make it clear and actionable.

Let Augustun draft the note

Augustun is an ambient AI medical scribe that listens during the visit and generates complete, structured SOAP, DAP, or BIRP notes in seconds — with ICD-10/CPT coding, treatment plans, and patient instructions. It is HIPAA and GDPR compliant, recordings are never stored, and it pushes finished notes into 400+ EHRs through a browser extension. See Augustun for orthopedics for musculoskeletal workflows.

Musculoskeletal SOAP Note Examples

Below are five SOAP notes for common conditions. You can copy and adapt them for your own clinical use. For more joint- and bone-specific scenarios, see our orthopedic SOAP notes guide.

Lower Back Pain (Acute Strain)

Subjective: Patient is a 32-year-old male who reports lower back pain for the past 3 days. Pain started after lifting a heavy box at work, with a sudden pull felt in the lower back at the time of injury. Describes current pain as sharp during movement and dull at rest. Rates pain 6/10. Pain is worse with bending forward, twisting, and getting out of bed in the morning; prolonged sitting also increases discomfort, while walking gives mild relief. Denies numbness, tingling, or weakness in the legs. No bowel or bladder changes. No fever or weight loss. No history of back surgery; has had mild back pain in the past but never this strong. Took ibuprofen 400 mg with some relief. Sleep is disturbed due to pain when turning in bed.
Objective: Patient walks with a stiff, guarded gait and appears uncomfortable while sitting and standing. Inspection: no visible deformity or bruising; mild muscle tightness noted in the lumbar region. Palpation: tenderness over lumbar paraspinal muscles (L3–L5); no midline vertebral tenderness. Range of motion: flexion limited to 40 degrees due to pain, mild discomfort on extension, slightly limited lateral bending, painful rotation on the right side. Neurological exam: strength 5/5 in both legs, sensation intact, reflexes normal, negative straight leg raise bilaterally. No red-flag signs. Vitals stable.
Assessment: Primary diagnosis: acute lumbar muscle strain related to improper lifting at work. Secondary considerations (low suspicion): lumbar disc herniation (unlikely due to no radicular symptoms), facet irritation, muscle spasm secondary to strain. Pain appears mechanical and muscular, with no evidence of nerve compression.
Plan: Medication: ibuprofen 400–600 mg every 6–8 hours as needed (avoid if stomach issues); optional muscle relaxant at bedtime for severe spasm. Therapies: apply heat to the lower back 15–20 minutes twice daily, begin gentle stretching after 48 hours, recommend physical therapy in 3–5 days if pain persists. Activity guidance: avoid heavy lifting, twisting, or bending for 1 week; encourage short walks to reduce stiffness; educate on proper lifting technique. Follow-up: recheck in 7 days or sooner if symptoms worsen; return immediately for numbness, bowel/bladder problems, or severe weakness. Patient education: strains usually improve in 1–2 weeks; continue mild movement and avoid prolonged bed rest.

Knee Pain (Possible Meniscus Irritation)

Subjective: Patient is a 27-year-old male who reports right knee pain for the past 10 days. Pain began after twisting the knee while playing football; he did not fall but felt sudden sharp discomfort during the twist. Describes pain as deep, aching, and sometimes sharp, with a catching and clicking feeling inside the knee. Pain worsens when squatting, climbing stairs, and walking long distances. Rates pain 5/10 at rest and 7/10 during activity. Denies numbness, tingling, or instability. No redness or fever. Swelling appeared within a few hours of injury and has improved slightly but is still present. Has used only occasional ice application, no medication. No history of previous knee injuries or surgeries.
Objective: Inspection: mild swelling around the right knee joint, no redness, no obvious deformity. Palpation: tenderness along the medial joint line; mild pain with palpation of the medial meniscus area. Range of motion: flexion slightly limited due to pain; extension full but uncomfortable at end range. Special tests: McMurray test painful with medial rotation; joint line tenderness positive; Lachman test negative (no ACL injury); varus/valgus stress stable (no ligament instability). Gait: mild limp due to discomfort. Neurovascular: pulses normal, sensation intact.
Assessment: Primary diagnosis: suspected medial meniscus irritation or mild meniscus tear. Differential diagnoses: medial collateral ligament (MCL) strain (less likely due to stable valgus test), patellofemoral pain syndrome, knee sprain, synovitis from overuse. Mechanism of injury and test results strongly suggest meniscus involvement, with no signs of ligament tear or fracture.
Plan: Medication: NSAIDs such as ibuprofen 400 mg every 6–8 hours with food for 5–7 days. Therapy/self-care: RICE (rest, ice, compression, elevation) for the first 48–72 hours; avoid squatting, running, and twisting; use a knee brace during walking if needed. Rehabilitation: begin gentle strengthening and stretching once acute pain decreases; refer to physical therapy for quadriceps and hamstring strengthening. Imaging: if symptoms do not improve in 10–14 days, order MRI to confirm meniscus condition. Activity guidance: limit high-impact activities, encourage light walking as tolerated, avoid sport until fully pain-free. Follow-up: reevaluate in 1–2 weeks; return sooner if swelling worsens, locking occurs, or the knee becomes unstable.

Shoulder Pain (Rotator Cuff Tendinitis)

Subjective: Patient is a 35-year-old female who reports left shoulder pain for the past 2 weeks. Pain began gradually after repeated overhead lifting during gym workouts; no specific injury, but soreness slowly became worse. Describes the pain as aching, with sharp pain when lifting the arm above shoulder height. Reports difficulty reaching overhead cabinets and discomfort when lying on the left side at night. Rates pain 7/10 during activity and 4/10 at rest. Pain increases with reaching, lifting, and overhead movements; rest provides some relief. No numbness, tingling, or neck pain. Denies shoulder instability. No history of shoulder surgery. Tried over-the-counter ibuprofen with mild improvement.
Objective: Inspection: no visible deformity or swelling, normal shoulder alignment. Palpation: tenderness over the supraspinatus tendon and anterior shoulder; no warmth or crepitus. Range of motion: active abduction limited due to pain, painful arc noted between 70 and 110 degrees, passive range of motion full. Strength testing: supraspinatus 4/5 due to pain, mild pain on external rotation, normal internal rotation. Special tests: Hawkins-Kennedy test positive, Neer sign positive, drop arm test negative. Neurovascular: normal sensation and pulses in the arm.
Assessment: Primary diagnosis: rotator cuff tendinitis (supraspinatus tendinopathy) due to repetitive overhead activity. Differential diagnoses: subacromial bursitis, impingement syndrome, rotator cuff partial tear (less likely due to preserved strength), biceps tendinitis. Clinical signs strongly support rotator cuff inflammation without a major structural tear.
Plan: Medication: NSAIDs such as ibuprofen 400–600 mg every 6–8 hours for 5–7 days; consider a topical anti-inflammatory gel. Therapies: ice the shoulder 15 minutes twice daily; refer to physical therapy for strengthening of the rotator cuff and scapular muscles; teach home exercises (pendulum swings, isometric strengthening). Activity modifications: avoid overhead lifting for 2 weeks, reduce gym weight load by 50% when returning, avoid sleeping on the affected side. Additional interventions: if pain does not improve in 3–4 weeks, consider a subacromial corticosteroid injection; if symptoms persist beyond 6–8 weeks, order MRI to evaluate for a partial tear. Patient education: tendinitis often heals with rest and therapy; consistent exercise and posture correction improve recovery; avoid sudden heavy lifting when returning to workouts. Follow-up: recheck in 2 weeks to assess improvement.

Ankle Sprain (Lateral Ligament Injury)

Subjective: Patient is a 24-year-old female who reports right ankle pain and swelling after twisting her ankle on uneven ground yesterday afternoon. She describes hearing a small pop at the time of injury; pain was immediate and swelling developed within 30 minutes. Reports sharp pain when walking and a dull ache at rest. Rates pain 6/10 with movement and 3/10 at rest. Walking is difficult and she cannot put full weight on the ankle. Denies numbness, tingling, or discoloration of the toes. No previous ankle fractures but has had minor sprains in the past. Has been elevating the ankle and applying ice with slight relief; no medication taken.
Objective: Inspection: moderate swelling over the lateral ankle, mild bruising extending toward the foot, no obvious deformity. Palpation: tenderness over the anterior talofibular ligament (ATFL), mild tenderness over the calcaneofibular ligament, no tenderness over the medial ankle, no bone tenderness at the lateral or medial malleolus. Range of motion: plantarflexion limited due to pain, inversion painful and restricted, mild discomfort on eversion, dorsiflexion slightly limited. Weight bearing: unable to fully bear weight without limping. Special tests: anterior drawer test mild laxity but painful, talar tilt test painful with inversion, Ottawa Ankle Rules negative for fracture. Neurovascular: pulses intact, sensation normal.
Assessment: Primary diagnosis: Grade I–II lateral ankle sprain involving the anterior talofibular ligament (ATFL), with no signs of fracture. Differential diagnoses: calcaneofibular ligament sprain, peroneal tendon strain, bone contusion, high ankle sprain (unlikely due to mechanism). Symptoms are consistent with a moderate ligament injury without instability suggesting a severe tear.
Plan: Medication: NSAIDs such as ibuprofen 400 mg every 6–8 hours for pain and swelling. Therapy and home care: RICE protocol for 48 hours (rest, ice, compression wrap, elevation); use an ankle brace or supportive wrap when walking; continue ice 15 minutes, 2–3 times daily. Activity guidance: avoid running, jumping, or uneven surfaces for at least 2 weeks; encourage short, gentle walking as tolerated; no sports until full pain-free mobility returns. Rehabilitation exercises (start in 2–3 days): gentle range of motion (ankle circles, alphabet movements), then strengthening (theraband exercises, calf raises) once pain decreases, with balance training later to prevent future sprains. Imaging: no immediate imaging needed; consider X-ray if pain does not improve within 5–7 days or weight bearing worsens. Follow-up: return in 1 week to evaluate healing; seek urgent care for severe swelling, loss of sensation, or inability to move the ankle. Patient education: most ankle sprains improve within 1–3 weeks with proper care; early but gentle movement helps healing; strength training reduces re-injury risk.

Pediatric Musculoskeletal Note (Right Leg Pain)

Subjective: Patient is an 8-year-old boy brought in by his mother due to right leg pain for the past 2 days. Pain started after playing on the school playground, where he jumped from a low platform; he did not fall but landed awkwardly and felt immediate discomfort. The child describes pain as hurting when he walks, and his mother reports limping since yesterday. Pain worsens with running, walking fast, or bending the knee. No swelling noticed at home. Child denies numbness, tingling, or night pain. No fever, recent illness, or weight loss; he is otherwise active. Mother gave acetaminophen last night, which helped briefly. No previous leg injuries.
Objective: General: child alert, cooperative, walking with a mild limp favoring the right leg. Inspection: no visible deformity; mild swelling around the right knee; no redness or bruising. Palpation: tenderness over the medial side of the knee and proximal tibia; no heat; no hip tenderness. Range of motion: knee flexion mildly limited due to discomfort, extension full, hip ROM normal. Strength: slight reduction in right quadriceps strength due to pain. Gait: antalgic (limping to avoid pain). Special tests: McMurray mild discomfort with no click, varus/valgus stress stable, Lachman negative, no signs of fracture on palpation or gait. Neurovascular: normal distal pulses, sensation intact.
Assessment: Primary diagnosis: right knee soft tissue injury (mild strain/contusion) from playground impact. Differential diagnoses: meniscus irritation, MCL sprain (low suspicion due to stability), Osgood-Schlatter flare (unlikely due to sudden onset), hairline fracture (low suspicion but monitor). Clinical findings suggest a mild musculoskeletal strain without serious ligament or bone injury.
Plan: Pain management: acetaminophen or ibuprofen as needed (weight-based dosing). Home care: ice the knee 15 minutes 2–3 times daily; rest from running, jumping, PE class, and sports for 5–7 days; elevate the leg after school to reduce swelling. Mobility: allow normal walking as tolerated; avoid kneeling or squatting for several days. School note: provide a letter excusing the child from high-impact activities. Monitoring: watch for worsening swelling, redness, fever, or inability to bear weight; if pain does not improve in 5–7 days, consider X-ray to rule out a subtle fracture. Follow-up: recheck in one week to monitor recovery. Parent/child education: most mild sprains in children improve quickly; encourage a slow return to activities once fully pain-free.

Why Musculoskeletal SOAP Notes Matter

Musculoskeletal conditions often change quickly, so tracking progress day by day is important. SOAP notes provide a clear timeline of symptoms, movement limits, and treatment response. They also help clinicians decide when a patient needs imaging, therapy, or further intervention.

A detailed note protects the clinician legally and supports accurate communication between doctors, therapists, and other care providers. The same structure carries over to rehab settings — see SOAP notes in physiotherapy for that perspective.

Conclusion

Musculoskeletal SOAP notes make clinical documentation clear, organized, and easy to understand. When you write each section carefully, you create a complete picture of the patient's pain, movement problems, and daily challenges, which guides better decisions during treatment and follow-up. A good SOAP note also supports teamwork, because anyone reading it can quickly see what happened, what was found, and what will be done next. With practice, writing these notes becomes faster and more natural — and an ambient AI scribe like Augustun can draft them for you in real time, so you spend more time with patients and less on paperwork. Use the examples above as guides, and you can document any muscle, joint, or movement-related complaint with confidence.

Frequently asked questions

What is a musculoskeletal SOAP note?

It is a structured clinical record focused on bones, joints, muscles, tendons, ligaments, and movement problems. It documents what the patient reports (Subjective), what the clinician observes and measures (Objective), the working diagnosis and differentials (Assessment), and the treatment steps (Plan).

What should the Objective section of a musculoskeletal note include?

Record measurable findings such as range of motion, swelling or bruising, tenderness on palpation, strength grading, gait changes, special test results, neurovascular status, imaging results, and vital signs when relevant. Always note exact numbers and degrees where available.

How do special tests fit into a musculoskeletal SOAP note?

Special tests (for example, McMurray for the meniscus, Lachman for the ACL, Hawkins-Kennedy and Neer for the shoulder, or the anterior drawer test for the ankle) belong in the Objective section. Their results help support or rule out items in your Assessment and differential diagnoses.

Can an AI scribe write musculoskeletal SOAP notes?

Yes. Augustun is an ambient AI medical scribe that listens during the visit and generates complete SOAP, DAP, or BIRP notes with ICD-10/CPT coding, treatment plans, and patient instructions. It is HIPAA and GDPR compliant, never stores recordings, and pushes finished notes into 400+ EHRs via a browser extension.