2. Definition:
Rare congenital anamoly which arises from
interruption of normal caudal migration of the scapula
and is characterized by elevation & medial rotation of
scapula.
3. Historical significance:
First described by Eulenberg (1863) who described 3
patients.
Willet and Walsham reported 2 cases with anatomic
descriptions of this clinical entity (1883)
It is named after Otto Gerhard Karl Sprengel (1852-
1915), a German surgeon who described four cases in
1891.
4. Frequency:
most common congenital malformation of the shoulder girdle.
Age – Mostly noticed at birth
Gender : Equal distribution in both sexes
Side – Left side more common than right, bilateral only in 10%
8. Embryology:
The scapula is a cervical
appendage that normally
differentiates opposite the
C4,C5,C6 vertebrae at 5 weeks
of gestation.
normally descends to the
thorax by the end of the third
month of intrauterine life.
Interruption in the normal
caudal migration of the scapula
results in a hypoplastic,
elevated scapula, known as the
Sprengel deformity.
9. Pathophysiology:
Occurs between the 9th and 12th week of gestation.
An arrest in the development of bone, cartilage, and
muscle also occurs.
The trapezius, rhomboid, or levator scapulae
muscle may be absent or hypoplastic. The serratus
anterior muscle may be weak, leading to winging of
the scapula. Other muscles, such as the pectoralis
major, latissimus dorsi, or the
sternocleidomastoid may be hypoplastic and
similarly involved.
10. SCAPULA:
Dysplastic.
High up than normal.
Smaller in the vertical plane
and larger horizontally.
Inferior angle is rotated
medially, causing the glenoid
to face inferiorly.
Convexity of the upper
(supraspinous) portion of the
scapula is increased and
curvature of the clavicular
shaft is decreased, forming a
narrower scapuloclavicular
space, may contribute to
brachial plexus compression
postoperatively.
12. Another anomaly seen in approximately one third of
patients with a Sprengel deformity is the
omovertebral bone.
This is a rhomboid- or trapezoid-shaped structure of
cartilage or bone.
Usually lies in a strong fascial sheath, which extends
from the superomedial border of the scapula to the
spinous processes, lamina, or transverse processes of
the cervical spine C4 to C7.
Omovertebral bone is best visualized on a lateral or
oblique radiograph of the cervical spine.
13. Klippel-Feil syndrome and Sprengel’s deformity
Congenital fusion of at least 2 cervical vertebrae
with/without additional spinal/extraspinal
manifestations
Associated Sprengel’s deformity: 7%-42%
Most common congenitally fused segment in
Sprengel’s deformity: C6-C7;extensive fusion patterns
common
Thorough neurological examination to be done
preoperatively to avoid complications during surgery
and anesthesia
Short neck
Low hair line
Restriction of neck movement
14. CLINICAL FEATURES
Cosmetic
High position of the scapula
Scoliosis
Torticollis
Caput obstiosum (asymmetric distortion of the skull)
Facial asymmetry
Functional
Restricted motions of scapula and shoulder joint
15. Clinically the severity of the elevation of scapula has
been described by Cavendish (1972) as:
Grade I (Very mild)
•Shoulders level;
• deformity invisible when patient is dressed
Grade II (Mild)
•Shoulders almost level;
•deformity visible as a lump in the web of the neck when
patient is dressed
Grade III (Moderate)
•Shoulder joint is elevated 2-5 centimeters;
• deformity visible
Grade IV (Severe)
•Shoulder joint is elevated;
•superior angle of the scapula near the occiput
Sprengel’s shoulder
16. DIAGNOSIS
The x-ray appearances are characteristics,showing the
unduly high situation of the scapula.
17.
18. Radiological criteria
• With short vertebral border
• (The scapula resembles equilateral
triangle).
Elevated
scapula.
• Either toward the spine or less commonly
to the opposite direction.
Rotation of the
inferior angle:
• Connecting the superior angle to the
cervical spine.
Omovertebral
bone
19. Radiographic Rigault’s classification
grade I:
superomedial angle
lower than T2 but
above T4 transverse
process
grade II:
superomedial angle
located between C5
and T2 transverse
process
grade III:
superomedial angle
above C5 transverse
process
20. Computed tomography (CT) scan
CT scans with 3-dimensional (3-D) reconstruction may
be performed to visualize the pathoanatomy of the
affected region and to visualize the omovertebral bar.
CT scans may also help in planning surgery.
21. CT scan and 3D reconstruction show the omovertebral connection arising from
the medial border of the scapula and the vertebral column, anterior curving of the
supraspinous portion of the scapula, the convex medial border and the concave
lateral border of scapula
24. PROGNOSIS
Even if operation is undertaken, the prognosis is not
very favorable.
Literatures indicate that while the mobility of the
shoulder may be improved, asymmetry almost always
persists.
25. SURGICAL TREATMENT
Factors to be assessed
severity of the deformity,
functional impairment,
Age
associated comorbid conditions.
Surgery is best advisable for a patient
between 3 and 8 years of age
with moderate or severe cosmetic/ functional deformity.
The presence of associated congenital anomalies may be
contraindications to operation.
Surgical intervention before the age of 2 years is extensive
and is technically more difficult. Best results are obtained if
surgery is performed below the age of 5 years
26.
27.
28.
29. SURGICAL TREATMENT
The surgical procedures involve a combination of
• (a) scapular lowering with either the shift of the origin or the
insertion of the scapular muscles on the spine/ scapula,
• (b) resection of the superomedial border and
• (c) omovertebral bar resection
A clavicular morselization is sometimes
recommended as a concomitant deformity of
this bone may reduce the correction obtained.
31. Putti’s procedure:
detachment of the scapular insertion of the rhomboids
and trapezius, omovertebral bar resection, followed by
lowering the scapula and fixing its inferior angle to a
rib at the corrected level
32. Shrock modified Putti’s procedure:
subperiosteal dissection of the musculature and
adding an osteotomy of the supraspinous scapular
region and the acromial base to facilitate scapular
descent
33. Green scapuloplasty:
resection of the prominent superior scapular border
and extra-periosteal division of the muscular
attachments of scapula to allow the scapula to be
displaced inferiorly and muscular reattachment at the
newer corrected level at the scapula
34. Trapezius muscle disinrection step from its
scapula and clavicle attachments
G. Andrault , F. Salmeron , J.M. Laville
Green's surgical procedure in Sprengel's deformity: Cosmetic and functional results
Orthopaedics & Traumatology: Surgery & Research, Volume 95, Issue 5, 2009, 330 - 335
http://dx.doi.org/10.1016/j.otsr.2009.04.015
35. supraspinatus fossa bone resection, omovertebral bone resection, figure
of L type lenghtening of levator scapulae, global lowering, rhomboid
muscles reattachment at a higher site and distal tip scapula fixation
G. Andrault , F. Salmeron , J.M. Laville
Green's surgical procedure in Sprengel's deformity: Cosmetic and functional results
Orthopaedics & Traumatology: Surgery & Research, Volume 95, Issue 5, 2009, 330 - 335
http://dx.doi.org/10.1016/j.otsr.2009.04.015
36. Modified Green scapuloplasty:
Andrault et al. suggested modifications to Green’s
procedure
(a) dis-insertion of supraspinatus,
(b) clavicular osteotomy and
(c) a limited release of the serratus anterior to
facilitate the descent of the scapula.
incidence of brachial plexus palsy could be reduced by
clavicular osteotomy, and that scapular winging could
be prevented by doing only a limited release of
serratus anterior from the medial scapular border
37. Woodward procedure:
Transfer of the origin of the trapezius muscle to a more
inferior position on the spinous processes.
This was maintained by placing the scapula in a pocket
of the trapezius muscle.
38. Modified Woodward's procedure:
for achieving better abduction and correction of the
glenoid tilt
the scapula was anchored to the lower dorsal vertebrae
by a stout absorbable suture placed through the
superomedial scapula, so as to externally rotate it and
cause lateral displacement of the inferior angle,
thereby achieving correction of glenoid vara
39. Prone position
Preparation of parts done till occiput
MODIFIED WOODWARD’S PROCEDURE
45. Closure in Layers
MODIFIED WOODWARD’S PROCEDURE
46. Mears procedure
In a report by Mears, the author described a novel
approach--
(a) subperiosteal elevation of the scapular musculature,
(b) extraperiosteal resection of the omovertebral bone,
(c) supraspinatous fossa osteotomy,
(d) release of long head of triceps and a portion of the origin
of teres minor from the scapula and
(e) resection of the superolateral border of the scapula to gain
abduction
He reported a significant improvement in function
following this procedure.
47. The shaded region represents the area to be osteotomized (A –
Reflected trapezius; B – Rhomboids; C – Levator scapulae; T –
The detached triceps)
49. Postoperative complications
Winging of the scapula that may result from
incomplete reattachment of the serratus anterior
muscle
Brachial plexus injury
To avoid brachial plexus palsy, several authors recommended
morcellization of the clavicle on the ipsilateral side as a first
step in the operative treatment of Sprengel deformity.
Keloid formation.
50. PHYSIOTHERAPY AFTER SURGERY
Gradual relaxed passive mobilization of the shoulder and
scapula.
Suitable pain relieving modality like TENS, IFT and
hydrocollator packs may be used to induce relaxation.
Special attention is given to achieve early mobility of the
scapula and the shoulder abduction and elevation.
Overall mobilization and strengthening of the shoulder girdle
muscles.
Emphasize maximum possible correction of the posture of
shoulder and maintain it.
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