In 1952, Goldenhar described a pair of monozygotic twins discordant for hemifacial microsomia, mandibular hypoplasia, auricular malformations, and epibulbar dermoids. Gorlin et al.
later in 1963 coined the term “oculoauriculovertebral dyspla- sia” to describe patients with mandibular hypoplasia, microtia, epibulbar dermoids, and vertebral anomalies. Goldenhar syn- drome occurs in about 1 in 3500 live births.
GENETICS/BASIC DEFECTS
1. The term, “Oculoauriculovertebral dysplasia spectrum”, suggested to represent an etiologically diverse spectrum of congenital anomalies
a. Oculoauriculovertebral dysplasia (OAVS)
b. Facioauriculovertebral syndrome (Goldenhar-Gorlin syndrome)
c. Hemifacial microsomia (2nd most common facial anomaly, second only to cleft lip and palate)
d. Hemifacial microtia e. Otomandibular dysostosis
f. Original Goldenhar syndrome g. Goldenhar-Gorlin syndrome
h. Anomalies of the first and second branchial arches 2. Congenital anomalies
a. Usually unilateral b. Primarily right sided
c. More common in monozygous twins usually with one affected
3. Causes: unknown but likely heterogeneous a. Usually sporadic occurrence
b. Maternal teratogenic exposures i. Retinoic acid
ii. Thalidomide iii. Primidone
iv. Cocaine
c. Presumed vascular disruption d. Maternal diabetes
e. Discordant occurrence in monozygotic twins: aris- ing from a disturbance of blastogenesis leading to malformations
f. Autosomal dominant inheritance g. Autosomal recessive inheritance h. Associated chromosome abnormalities
i. Del(5p) ii. Monosomy 6q iii. Trisomy 7
iv. Dup(7q) v. Dup(8q)
vi. Trisomy 9 (mosaic) vii. Del(18q)
viii. Der(18) ix. R(21)
x. Del(22)(q13.31) xi. Dup(22)(q11.2q13.1)
xii. Trisomy 22 (mosaic) xiii. 47,XXY
xiv. 49,XXXXY
4. Pathogenesis: unknown but likely heterogeneous
a. Interference with vascular supply and focal hemor- rhage in the developing first and second branchial arch region
b. Impaired interaction of cranial neural crest cells with branchial arch mesenchyme
c. A disorder of blastogenesis
5. Hypothesis: candidate genes for OAVS, particularly in familial cases
a. Homeobox genes, especially of the MSX class i. Msx critical for the differentiation of first
branchial arch ectoderm-mesenchyme leading to various craniofacial structures
ii. Strongly expressed in cephalic neural crest cells prior to migration of the cells that contribute extensively to craniofacial development
b. Encompasses previous partial pathogenetic explana- tions for OAVS, including neurocristopahty and developmental field defects, and represents a unifying concept regarding the wide spectrum of involvement in OAVS
c. Mutations result in partial loss of function of these gene could explain incomplete penetrance and clini- cal variability occurring in individuals with different genetic backgrounds
CLINICAL FEATURES
1. Major clinical features a. Ocular manifestations
i. Epibulbar dermoids or lipodermoid ii. Unilateral microphthalmia
iii. Upper eyelid coloboma iv. Strabismus
v. Diminished visual acuity vi. Tilted optic disc
vii. Optic nerve hypoplasia viii. Tortuous retinal vessels
ix. Macular hypoplasia and heterotropia x. Microphthalmia
xi. Anophthalmia b. Ear anomalies
i. Microtia
ii. Preauricular tags and/or pits iii. Middle ear anomaly
iv. Inner ear defects v. Variable deafness c. Vertebral defects
i. Hemivertebrae
ii. Hypoplasia of vertebrae, usually cervical iii. Abnormal ribs
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Goldenhar Syndrome
466 GOLDENHAR SYNDROME
d. Hemifacial microsomia i. Unilateral microtia
ii. Ipsilateral hypoplasia of malar, maxillary, and mandibular region, especially temporomandibular joint
iii. Ipsilateral macrostomia
iv. Ipsilateral hypoplasia of the facial musculature 2. Other associated features
a. Craniofacial features i. Cranial nerve palsy ii. Cleft lip/palate
iii. Malfunction of soft palate iv. Decreased parotid secretion
v. Anomalies in function or structure of the tongue vi. Low scalp hair line
vii. Brachial cleft remnants in anterior-lateral neck b. CNS anomalies
i. Hydrocephaly ii. Microcephaly iii. Plagiocephaly
iv. Frontal/occipital encephalocele v. Cranial bifidum
vi. Lipoma vii. Dermoid cyst
viii. Arnold-Chiari malformation ix. Lissencephaly
x. Holoprosencephaly/arhinencephaly xi. Arachnoid cyst
c. Congenital heart diseases (5–58% depending on ascertainment of cases)
i. Tetralogy of Fallot (with or without right aortic arch) and VSD (account for over half of the cases with congenital heart diseases)
ii. Pulmonary stenosis iii. Patent ductus arteriosus
iv. Coarctation of aorta
v. Total atrioventricular canal defect vi. ASD
vii. Transposition of great vessel
viii. Rare isolation of the left innominate artery infra- diaphragmatic total anomalous pulmonary venous connection
ix. Wolf-Parkinson-White syndrome d. Respiratory tract anomalies
i. Laryngeal anomaly
ii. Incomplete lobulation of the lung iii. Pulmonary hypoplasia to aplasia
iv. Sequestration
v. Focal tracheomalacia due to extrinsic vascular compression
vi. Obstructive sleep apnea e. Gastrointestinal anomalies
i. Esophageal atresia ii. Tracheo-esophageal fistula iii. Diaphragmatic hernia
iv. Imperforate anus f. Renal anomalies
i. Renal agenesis ii. Hydronephrosis iii. Ectopic kidney
iv. Double ureter v. Hydroureter
g. Prenatal growth deficiency h. Normal intelligence in most cases
DIAGNOSTIC INVESTIGATIONS
1. Radiography
a. Platybasia/occipitalization of atlas
b. Hypoplasia of the mandibular-maxillary bones c. Fused vertebrae, especially cervical
d. Segmentation anomaly of the vertebra e. Hemivertebrae
f. Klippel-Feil anomaly g. Rib anomalies
h. Aplasia of radius/thumb i. Spina bifida
2. Echocardiography: variable and nonspecific findings because cardiovascular abnormalities are complex in most cases
GENETIC COUNSELING
1. Recurrence risk
a. Patient’s sib: empiric recurrence risk of 2%
b. Patient’s offspring: unknown 2. Prenatal diagnosis by ultrasonography
a. Hemifacial microsomia
b. Microphthalmia or anophthalmia c. Cleft lip/palate
d. Unilateral facial cleft with macrostomia e. Unilateral ear hypoplasia
f. Unilateral preauricular tag g. Hemiatrophy of the nose
h. Hyposegmentation of the unilateral lung i. Single umbilical artery
j. Imperforate anus k. Polyhydramnios 3. Management
a. Surgical removal of epibulbar dermoids, if needed b. Cleft lip/palate repair
c. Combined surgical-orthodontic approach for dental occlusion
d. Traditional osteotomies, followed by acute orthopedic movement and osseous fixation for adult patients with maxillomandibular hypoplasia, facial asymmetry, con- genital micrognathia and hemifacial microsomia e. Alternative procedure: distraction osteogenesis
f. Assess cervical spine for instability before undergo- ing any general surgery. C1–C2 fusion or occipitocer- vical fusion may be needed
g. Anesthesia: anticipate airway obstruction and diffi- culty in tracheal incubation, resulting from a combi- nation of micrognathia, unilateral mandibular hypoplasia and vertebral anomalies including verte- bral fusion and odontoid elongation
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468 GOLDENHAR SYNDROME
Fig. 1. Two infants (A,B,C,D,E) with Goldenhar syndrome showing hemifacial microsomia, epibulbar dermoids, upper eyelid coloboma, clefting nose, macrostomia, and unilateral microtia with preauricular tag.
Fig. 2. An 8-month-old child with hemifacial microsomia showing facial asymmetry, unilateral microtia, and preauricular tags.
Fig. 3. An infant with primidone embryopathy presenting as Goldenhar syndrome showing hemifacial microsomia, facial palsy, upper eyelid coloboma, epibulbar dermoid, and hydrocephaly by MRI.