Sprengel deformity is a birth condition in which one shoulder blade, called the scapula, stays higher than normal because it does not move down to its usual place during early baby development in the womb. The shoulder blade is often also smaller, twisted, or underdeveloped, so the shoulder can look uneven and may not move normally. Doctors also call this a congenital high scapula. It is usually seen on one side, but sometimes it can happen on both sides. [1]
Sprengel deformity, also called congenital elevation of the scapula, high scapula, or congenital high shoulder blade, is a birth condition in which one shoulder blade does not move down to its normal place during early fetal development. The affected scapula is usually smaller, higher, and rotated abnormally, so the shoulder looks uneven and arm lifting can be limited. It is the most common congenital shoulder-girdle deformity in children. [GARD]
In simple words, the shoulder blade starts high in the neck area in the embryo and should move downward as the baby develops. In Sprengel deformity, that downward movement is incomplete. The scapula can stay high, twisted, and sometimes connected to the neck spine by an extra bone or fibrous band called an omovertebral bone. This can reduce smooth shoulder motion and also change the appearance of the neck and upper back. [PMC]
Sprengel deformity can happen alone, but it is often seen together with Klippel-Feil syndrome, scoliosis, rib problems, and other congenital bone differences. Reports note that associated conditions are common, so children often need a careful whole-body orthopedic check rather than looking only at the shoulder. [MedlinePlus Genetics] [PMC]
This condition is important because it can cause two main problems. The first is a visible change in appearance, such as one shoulder sitting higher than the other. The second is a functional problem, meaning the child may have trouble lifting the arm fully, especially above shoulder level. In some children the problem is mild and mostly cosmetic, while in others it is more severe and affects daily movement. [2]
Another names of Sprengel deformity include congenital elevation of scapula, congenital high scapula, high scapula, high shoulder blade, Sprengel anomaly, scapula elevata, and undescended shoulder. These names all describe the same basic problem: the shoulder blade is located too high from birth. [3]
Types
Type 1: Mild Sprengel deformity means the shoulder is only a little high. It may be hard to notice when the child is dressed, and shoulder movement may be near normal. Mild cases are often found during a routine examination or when parents notice slight shoulder unevenness. [4]
Type 2: Moderate Sprengel deformity means the shoulder sits higher and the shape difference is easier to see. The child may start to have some difficulty lifting the arm overhead, and the neck and upper back may also look slightly uneven. [5]
Type 3: Severe Sprengel deformity means the shoulder blade is clearly high, rotated, and often more fixed in place. Arm raising can be limited, and there may be associated bone or muscle abnormalities around the neck, ribs, or spine. [6]
Doctors also describe severity by appearance grades, often using the Cavendish classification, and by bone position on X-ray, often using the Rigault classification. These systems help doctors decide how severe the deformity is and whether surgery might help. [7]
Causes
Sprengel deformity is mostly a developmental birth defect, so many “causes” are really developmental reasons or associated conditions, not proven direct causes in every child. The most accepted basic cause is failure of normal downward descent of the scapula during embryonic development. [8]
1. Failure of scapular descent in the embryo means the shoulder blade does not move down to its normal chest position during early fetal growth. This is the core developmental cause of Sprengel deformity. [9]
2. Abnormal scapular development means the scapula forms in an unusual way, becoming small, broad, rotated, or misshapen. This makes both appearance and movement worse. [10]
3. Abnormal muscle development around the shoulder girdle can make the scapula less mobile and less supported. Some children have underdeveloped shoulder muscles. [11]
4. Omovertebral bone or fibrous band is an extra connection between the scapula and the neck spine. This abnormal link can hold the scapula up and limit movement. [12]
5. Klippel-Feil syndrome is a condition with fused neck vertebrae. It is one of the best-known conditions associated with Sprengel deformity. [13]
6. Congenital scoliosis can occur together with Sprengel deformity because both involve abnormal early skeletal development. [14]
7. Hemivertebra or other vertebral body deformity means one or more spinal bones form abnormally. These spine changes are often found in associated cases. [15]
8. Fused ribs may occur in some children with Sprengel deformity. Abnormal rib formation can reflect wider chest wall development problems. [16]
9. Absent ribs or rib defects can also be associated. These chest wall changes may alter shoulder balance and posture. [17]
10. Cervical spine segmentation defects are early formation problems in the neck bones. These can happen together with a high scapula because both develop in nearby body regions during fetal life. [18]
11. Torticollis-related neck development problems may be seen with this condition. Tight or abnormal neck alignment can make the shoulder asymmetry easier to see. [19]
12. Shoulder girdle muscle hypoplasia means muscles around the shoulder are smaller than usual. This can worsen function and posture. [20]
13. Craniofacial developmental syndromes may include Sprengel deformity as one feature. This means the shoulder problem may be part of a larger syndrome rather than an isolated finding. [21]
14. Renal or genitourinary anomalies are not a direct mechanical cause, but they are known associations, showing that the condition may happen as part of broader fetal developmental disturbance. [22]
15. Cardiac anomalies in syndromic cases may occur with related vertebral syndromes. This again suggests a wider developmental problem during early pregnancy. [23]
16. Poland-related chest wall developmental problems can sometimes coexist with scapular elevation. In such cases, abnormal chest and shoulder development happen together. [24]
17. Genetic changes in associated syndromes may play a role in some children, especially when Sprengel deformity occurs with other birth defects. Not every child has an identified gene cause. [25]
18. Sporadic embryologic development error means the condition may happen without family history and without a clear external cause. Many cases are isolated. [26]
19. Bilateral developmental shoulder malformation means both scapulae develop abnormally. This is less common than one-sided disease. [27]
20. Complex pectoral girdle dysplasia is a broad term meaning the bones and muscles of the shoulder region develop abnormally together. This summary description is often used in medical reviews of Sprengel deformity. [28]
Symptoms
1. One shoulder higher than the other is the most common and most visible sign. Parents often notice shoulder asymmetry first. [29]
2. Visible high shoulder blade means the scapula sits too high on the back. This can make the shoulder look short or crowded near the neck. [30]
3. Limited arm elevation means the child cannot lift the arm fully upward. This happens because the scapula does not rotate and glide normally. [31]
4. Reduced shoulder range of motion may affect reaching, combing hair, dressing, or sports. The problem is often worse in moderate or severe cases. [32]
5. Shoulder stiffness can happen when abnormal bones, muscles, or fibrous bands restrict movement. [33]
6. Cosmetic deformity means the appearance difference itself causes concern. Some children have little pain but significant cosmetic distress. [34]
7. Neck appearing short is common in associated cases, especially when there are neck vertebral abnormalities. [35]
8. Torticollis or head tilt may be present. The neck can look turned or tilted because of associated muscle or spine problems. [36]
9. Shoulder muscle underdevelopment can make the shoulder look weak or flat. This is a structural sign rather than only a feeling symptom. [37]
10. Scapular prominence means part of the shoulder blade sticks out more than usual. The upper inner border may be especially noticeable. [38]
11. Uneven neck and shoulder contour may be visible from the back or front. Clothes may sit unevenly on the body. [39]
12. Associated scoliosis signs may include an uneven back or trunk tilt. This occurs when spine curvature is also present. [40]
13. Mild pain or discomfort is not always present, but some older children or adults may report neck or shoulder discomfort from abnormal mechanics. [41]
14. Fatigue with overhead activity can happen because the shoulder muscles work harder when the scapula is fixed high. [42]
15. Symptoms of associated anomalies may appear, such as problems related to the spine, ribs, or other congenital conditions. [43]
Diagnostic tests
Doctors usually diagnose Sprengel deformity mainly by history, physical examination, and imaging. Blood tests and electrical tests are not routine for every child, but they may be used when doctors suspect another disorder, nerve problem, or associated syndrome. [44]
1. General inspection of shoulder level is a physical exam where the doctor simply looks at the child standing and compares both shoulders. Unequal shoulder height is often the first clue. [45]
2. Inspection from the back helps the doctor see scapular height, shape, rotation, and prominence. This shows how visible the deformity is. [46]
3. Neck examination checks for short neck, torticollis, or limited neck movement. This is important because neck abnormalities may occur together with Sprengel deformity. [47]
4. Spine examination looks for scoliosis, rib hump, or other spinal asymmetry. These findings may suggest associated vertebral anomalies. [48]
5. Shoulder range-of-motion test measures how far the arm can move forward, sideways, and overhead. Limited abduction is common. [49]
6. Scapular motion assessment is a manual test in which the examiner watches how the scapula moves during arm lifting. Poor scapular rotation suggests structural restriction. [50]
7. Manual palpation of the scapula means feeling the shoulder blade with the hands to judge its position, borders, and rotation. [51]
8. Cavendish grading is a clinical severity scale based on appearance. It helps classify cosmetic severity from mild to severe. [52]
9. Neurologic examination checks muscle strength, reflexes, and sensation. This helps rule out nerve problems or associated neurologic conditions. [53]
10. Plain X-ray of the chest and shoulders is one of the most useful first imaging tests. It can show the elevated scapula and compare both sides. [54]
11. Cervical spine X-ray looks for fused vertebrae, hemivertebrae, or other neck bone abnormalities. This is useful when Klippel-Feil syndrome is suspected. [55]
12. Rigault radiographic classification uses X-ray findings to grade scapular elevation. It helps describe anatomic severity. [56]
13. CT scan gives detailed bone images and can better show the exact shape and position of the scapula. It is especially helpful for surgical planning. [57]
14. Three-dimensional CT reconstruction is very helpful for showing complex anatomy, including an omovertebral bone. Surgeons often use it before an operation. [58]
15. MRI shows soft tissues, muscles, and associated bands or spinal structures. It can also help when the doctor wants to study nearby nerves or the spinal canal. [59]
16. Ultrasound of the kidneys is not for the scapula itself, but may be ordered when associated renal anomalies are suspected. [60]
17. Echocardiography may be used in syndromic cases or when other congenital anomalies suggest a heart problem. [61]
18. Genetic evaluation or genetic testing may be considered when Sprengel deformity occurs with multiple birth defects or a suspected syndrome. [62]
19. Electromyography and nerve conduction studies are not routine, but may be used if weakness or nerve injury is suspected and the doctor wants to rule out a neuromuscular cause of shoulder dysfunction. [63]
20. Laboratory tests such as CBC or metabolic tests do not diagnose Sprengel deformity directly. They are used only when another disease, surgery workup, or broader syndrome evaluation is needed. [64]
Non-Pharmacological Treatments
1) Observation: In a mild Sprengel deformity, careful observation is often the best first plan. The doctor checks shoulder level, arm range, posture, and growth over time. This treatment is useful when the child can use the arm well and the cosmetic difference is small. The purpose is to avoid unnecessary procedures. The mechanism is simple: regular follow-up helps find worsening motion loss, scoliosis, or related bone problems early, so treatment can be changed at the right time. [PMC] [GARD]
2) Physical therapy: Physical therapy can help improve shoulder movement, posture control, and muscle balance around the neck, upper back, and scapula. The purpose is to get the best possible function from the existing anatomy. The mechanism is repeated guided motion and muscle training, which improves neuromuscular control and can reduce stiffness around the shoulder girdle, even though it does not move the scapula permanently into a normal bony position. [Boston Children’s] [PMC]
3) Home range-of-motion exercises: Daily stretching and active motion work can help keep the shoulder from becoming more stiff. The purpose is to preserve function for reaching, grooming, and dressing. The mechanism is regular movement of the glenohumeral and scapulothoracic system, which keeps soft tissues more flexible and helps the child learn better movement patterns for daily tasks. [PMC]
4) Posture training: Posture correction can reduce compensatory neck tilt and rounded shoulder posture. The purpose is to improve body alignment and reduce fatigue in the upper back. The mechanism is strengthening the postural muscles and teaching better sitting and standing positions, which can help the child use the trunk and shoulder more efficiently. [PMC]
5) Scapular stabilization exercises: These exercises target muscles that control scapular motion. The purpose is to improve shoulder mechanics and reduce awkward movement. The mechanism is better muscle coordination around the shoulder blade and thorax, which may improve how the arm lifts even when the scapula remains elevated. [PMC]
6) Stretching of tight soft tissues: Tight tissues around the neck, shoulder, and upper back can worsen restriction. The purpose is to reduce tightness and make motion smoother. The mechanism is gradual lengthening of muscles and fascia through repeated gentle stretch. [PMC]
7) Strengthening of shoulder muscles: Strength work for the deltoid, rotator cuff, and upper back can improve function. The purpose is to support arm lifting and daily use. The mechanism is stronger muscle force and improved joint control. [PMC]
8) Occupational therapy: Occupational therapy helps a child manage dressing, school tasks, and self-care if overhead use is difficult. The purpose is daily-life independence. The mechanism is activity modification, adaptive strategies, and task-specific training. [Boston Children’s]
9) Activity modification: Some children benefit from changing how they lift, throw, or carry. The purpose is to reduce strain and make tasks easier. The mechanism is using safer angles and better body mechanics. [PMC]
10) Sports guidance: A doctor or therapist may adjust sports participation if overhead motion is limited. The purpose is safe participation without overuse pain. The mechanism is choosing tolerated activities and avoiding repeated painful mechanics. [PMC]
11) School ergonomic support: Desk height, backpack fit, and classroom setup can matter. The purpose is comfort and better posture through the day. The mechanism is lowering repetitive strain on the shoulder and neck. [PMC]
12) Parent education: Families need to know that therapy can improve function but cannot fully correct the bony position. The purpose is realistic expectations. The mechanism is informed decision-making and better long-term follow-up. [PMC]
13) Bracing for associated spinal deformity: Bracing does not correct Sprengel deformity itself, but it may be used if scoliosis is also present. The purpose is to manage the associated spine problem. The mechanism is external support during growth. [Boston Children’s] [PMC]
14) Cervical spine evaluation before activity plans: Because Klippel-Feil and cervical anomalies can coexist, neck assessment is important. The purpose is safety. The mechanism is detecting unstable or fused segments before more vigorous exercise or surgery. [MedlinePlus Genetics] [PMC]
15) Imaging-based planning: X-ray or CT helps define severity, rotation, and omovertebral bone. The purpose is accurate planning. The mechanism is showing the exact anatomy before major treatment decisions. [PMC]
16) Regular orthopedic follow-up: Growth can change appearance and function. The purpose is to track progression and decide the best timing for treatment. The mechanism is repeated clinical assessment over childhood. [PMC]
17) Psychological support: Visible shoulder asymmetry can affect confidence, especially in older children. The purpose is emotional well-being. The mechanism is counseling, reassurance, and coping support. [PMC]
18) Pain education: Most pain, if present, is mechanical or activity-related rather than from the bone itself. The purpose is smarter activity pacing. The mechanism is helping the family recognize triggers and adjust use. [PMC]
19) Prehabilitation before surgery: If surgery is planned, pre-op strengthening and motion work may help recovery. The purpose is better postoperative function. The mechanism is starting from a stronger, less stiff shoulder. [PubMed] [PMC]
20) Postoperative rehabilitation: After surgery, supervised physiotherapy is important. The purpose is to maintain the new position as much as possible, improve arm motion, and rebuild strength. The mechanism is controlled healing plus structured exercises. [PubMed] [PMC]
Drug Treatments
There is an important evidence point: no FDA-approved medicine can correct the abnormal scapular position in Sprengel deformity. Medicines are used only for supportive care, most often around pain, surgery, nausea, muscle tightness, or infection prevention. [PMC] [GARD]
1) Acetaminophen: Used for mild pain or postoperative discomfort. FDA labels include oral and IV forms; example adult IV dosing in one label is 1,000 mg every 6 hours or 650 mg every 4 hours, with daily maximum limits. Purpose: pain relief. Mechanism: central analgesic and antipyretic action. Main side effect concern: liver toxicity if overdosed or combined with too many acetaminophen products. [FDA label]
2) Ibuprofen: Often used for mild to moderate pain and inflammation. Purpose: reduce pain after activity or surgery. Mechanism: NSAID that reduces prostaglandin production. Side effects can include stomach irritation, kidney risk, and cardiovascular warnings. Dosing depends on age and product strength. [FDA label]
3) Ketorolac: Sometimes used short-term for stronger postoperative pain. Purpose: short-duration pain control. Mechanism: potent NSAID action. Important warning: treatment duration is limited because longer use raises risk of serious GI, kidney, and bleeding problems. [FDA label]
4) Oxycodone: Used only when pain is severe enough that non-opioid options are inadequate. Purpose: stronger pain relief. Mechanism: opioid receptor agonist. Side effects include sedation, constipation, dependence, and life-threatening respiratory depression. Dose must be individualized. [FDA label]
5) Morphine: Used in hospital for severe postoperative pain when needed. Purpose: strong pain control. Mechanism: opioid agonist. Main risks are respiratory depression, sedation, misuse, and constipation. [FDA label]
6) Hydrocodone/acetaminophen: Used for short-term moderate to severe pain after surgery. Purpose: combination pain relief. Mechanism: opioid plus non-opioid analgesia. Risks include sedation, dependence, constipation, and acetaminophen overdose if combined with other products. [FDA label]
7) Tramadol: Another short-term pain option in selected patients. Purpose: moderate pain relief. Mechanism: opioid activity plus monoamine effects. Side effects include nausea, dizziness, seizure risk, and dependence risk. [FDA label]
8) Celecoxib: A COX-2 NSAID used in some pain plans. Purpose: reduce pain and inflammation. Mechanism: selective prostaglandin inhibition. Side effects include cardiovascular, kidney, and GI risks. [FDA label]
9) Meloxicam: Another NSAID option in selected cases. Purpose: pain and inflammation control. Mechanism: prostaglandin inhibition. Side effects include GI bleeding, kidney injury, and blood pressure effects. [FDA label]
10) Ondansetron: This drug does not treat the deformity, but it may help prevent postoperative nausea and vomiting. Purpose: nausea control. Mechanism: 5-HT3 receptor blockade. Side effects can include headache, constipation, and QT-related cardiac concerns in some patients. [FDA label]
11) Cefazolin: Often used as perioperative antibiotic prophylaxis depending on the surgical plan. Purpose: reduce infection risk around surgery. Mechanism: cephalosporin antibacterial action against susceptible bacteria. Side effects include allergy and GI symptoms. [FDA label]
12) Diazepam: Sometimes used in selected cases for muscle spasm or perioperative anxiety, but only under close medical supervision. Purpose: reduce spasm or anxiety. Mechanism: benzodiazepine enhancement of GABA signaling. Side effects include sedation, dependence, and breathing risk when combined with opioids. [FDA label]
13) Baclofen: This is not a routine Sprengel medicine, but it may be considered if a clinician is treating significant muscle spasm from a different associated neurologic problem. Purpose: antispastic effect. Mechanism: GABA-B agonist action in the spinal cord. Side effects include drowsiness and withdrawal risk if stopped suddenly. [FDA label]
14) Cyclobenzaprine: Sometimes used short term for muscle spasm in older patients, not to change the bone position. Purpose: short-term muscle relaxation. Mechanism: central muscle-relaxant effect. Side effects include drowsiness and anticholinergic effects. [FDA label]
15) Gabapentin: In some postoperative pain plans, gabapentin may be used as an adjunct. Purpose: reduce certain pain signals. Mechanism: modulation of calcium-channel related neurotransmission. Side effects include dizziness and sleepiness. [FDA label]
16) Lidocaine patch: A topical option sometimes used for localized pain in selected older patients, though it does not correct the deformity. Purpose: local pain relief. Mechanism: local anesthetic effect on sodium channels. Side effects include local skin irritation. [FDA label]
17) Bupivacaine: Used by surgeons or anesthesiologists for local infiltration or nerve block during surgery. Purpose: operative and immediate postoperative pain control. Mechanism: local anesthetic sodium-channel blockade. [FDA label]
18) Ropivacaine: Another local anesthetic used for nerve block or infiltration in surgical care. Purpose: pain control around the operation. Mechanism: local nerve conduction blockade. [FDA label]
19) Dexamethasone: This steroid does not treat Sprengel deformity itself, but perioperative clinicians may use steroids in specific situations such as inflammation or nausea protocols. Purpose: supportive perioperative care. Mechanism: anti-inflammatory corticosteroid action. [FDA label]
20) Dexmedetomidine: Used in monitored procedural or perioperative sedation, not as disease treatment. Purpose: sedation support during procedures. Mechanism: alpha-2 agonist sedative action. Side effects can include bradycardia and hypotension. [FDA label]
Dietary Molecular Supplements
No supplement can move the scapula down or cure Sprengel deformity. Supplements are only supportive and should be used only when a clinician thinks they are appropriate. [PMC] [GARD]
1) Vitamin D, 2) Calcium, 3) Protein support, 4) Omega-3 fatty acids, 5) Vitamin C, 6) Magnesium, 7) Zinc, 8) Vitamin B12, 9) Folate, and 10) Iron may be considered only to support general bone health, wound healing, muscle function, or nutritional status, especially around growth or surgery. Their purpose is supportive health, not deformity correction. Their mechanism is basic nutrition support for bone mineralization, collagen formation, red blood cell production, immunity, or muscle contraction. [NIH/ODS general evidence on nutrient roles] [orthopedic surgical principles]
Regenerative, Immunity, or Stem-Cell Drugs
There is no established evidence-based FDA-approved regenerative, stem-cell, or immunity-booster drug that corrects Sprengel deformity. At present, standard care remains observation, therapy, and surgery when indicated. Any clinic claiming a stem-cell cure for this condition should be viewed very carefully. [PMC]
Surgeries
1) Woodward procedure: A classic operation that releases and repositions the scapula lower on the back. It is done to improve shoulder appearance and often shoulder abduction in more severe cases. [PMC]
2) Green procedure: Another reconstructive method that repositions the scapula and addresses abnormal soft tissue attachments. It is done for functional and cosmetic improvement in selected children. [PMC]
3) Modified Woodward procedure: A modern variation used in many recent reports. It is done to improve safety and correction while trying to protect nerves and improve range of motion. [PMC]
4) Resection of omovertebral bone: If an omovertebral bone is present, surgeons may remove it during correction. It is done because this abnormal connection can tether the scapula and limit descent and motion. [PMC]
5) Clavicular osteotomy or related adjunctive procedures: In some severe cases, surgeons may add procedures such as clavicular work to reduce traction risk and improve repositioning. It is done in selected severe deformities, not in every patient. [PMC]
Prevention
Because Sprengel deformity is congenital, there is no proven way to fully prevent it before birth. Prevention in practice means reducing complications: early diagnosis, screening for associated neck and spine anomalies, keeping the shoulder moving, following therapy advice, protecting posture, using safe sports habits, attending orthopedic reviews, planning surgery carefully when needed, completing rehabilitation, and seeking care early if function worsens. [GARD] [PMC]
When to See Doctors
See a doctor if a child has one shoulder much higher than the other, reduced overhead arm lifting, neck stiffness, scoliosis signs, pain, weakness, numbness, or if daily tasks like dressing and grooming are hard. Also seek evaluation before sports if there may be associated cervical spine problems, and after surgery if fever, wound redness, severe pain, breathing trouble, or new nerve symptoms appear. [MedlinePlus Genetics] [PMC] [FDA labels]
What to Eat and What to Avoid
Helpful choices are balanced meals with enough protein, milk or other calcium sources, eggs, fish, beans, fruits, vegetables, and vitamin-D-safe guidance from a clinician when needed, because good nutrition supports growth, muscle function, and healing. Avoid smoking exposure, excess junk food, heavy alcohol in older patients, and unproven “bone-fixing” supplements sold as cures. Also avoid taking pain medicines or supplements without medical advice, especially before surgery. [general surgical nutrition principles] [FDA labels]
FAQs
1) Is Sprengel deformity the same as a broken shoulder? No. It is a congenital difference in scapular position, not a fracture. [GARD]
2) Is it present from birth? Yes. It develops during fetal growth. [GARD] [PMC]
3) Can medicine cure it? No. Medicine only helps symptoms such as pain or postoperative nausea. [PMC] [FDA labels]
4) Can exercise cure it? Exercise cannot cure the bone position, but it can improve function and flexibility. [PMC]
5) Does every child need surgery? No. Mild cases often do not need surgery. [PMC]
6) What age is surgery usually considered? Many reports describe surgery in childhood, often when tissues are more flexible and deformity is functionally or cosmetically important. [PMC]
7) Can it affect both shoulders? It can, but one-sided cases are more common. [GARD] [PMC]
8) Is it linked with spine problems? Yes, scoliosis and Klippel-Feil syndrome are well-known associations. [MedlinePlus Genetics] [PMC]
9) What is an omovertebral bone? It is an abnormal bone or band that may connect the scapula toward the spine and restrict movement. [PMC]
10) Can adults have it too? Yes. Some people are diagnosed late, although it starts in childhood. [PMC]
11) Is it dangerous? Usually it is not life-threatening, but associated neck or spine abnormalities can matter and need evaluation. [PMC] [MedlinePlus Genetics]
12) Will pain always happen? No. Some people mainly notice appearance or motion limits rather than pain. [PMC]
13) Does surgery help? Evidence reviews show surgery usually improves appearance and often improves shoulder range of motion in selected severe cases. [PMC]
14) Can it come back after surgery? Some residual asymmetry can remain, and long-term outcome depends on severity and technique, but many patients improve. [PMC]
15) What specialist should evaluate it? A pediatric orthopedic surgeon is usually the key specialist, often with spine or rehabilitation support if associated anomalies exist. [Boston Children’s] [PMC]
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The article is written by Team RxHarun and reviewed by the Rx Editorial Board Members
Last Updated: April 02, 2025.
