Management of Goldenhar Syndrome
Overview and Multidisciplinary Team Requirements
Goldenhar syndrome requires coordinated management by a multidisciplinary team including plastic/craniofacial surgeons, otolaryngologists, audiologists, ophthalmologists, orthodontists, geneticists, speech therapists, and cardiologists, with plastic surgery serving as the coordinating specialty. 1, 2, 3
The syndrome presents with variable severity of craniofacial, ocular, auricular, vertebral, and internal organ abnormalities, requiring individualized surgical and supportive interventions based on the specific manifestations present. 4, 5
Initial Diagnostic Evaluation
Clinical Assessment
- Craniofacial examination: Assess for hemifacial microsomia (present in 77% of cases), facial asymmetry, mandibular hypoplasia, maxillary hypoplasia, macrostomia, cleft lip/palate, and bifid tongue 4, 5
- Auricular findings: Document preauricular skin tags (90% of cases), microtia (52%), preauricular fistulas, ear asymmetry, and external auditory canal atresia 4, 5
- Ocular abnormalities: Evaluate for epibulbar dermoids (39%), microphthalmia, anophthalmia, eye asymmetry, cleft eyelid, exophthalmia, and strabismus 4, 5
- Dental evaluation: Identify malocclusion, tooth agenesis (particularly third molars and second premolars), supernumerary teeth, enamel/dentin malformations, and delayed tooth development 4
Imaging and Laboratory Studies
- Neuroradiologic imaging: MRI or CT to assess for central nervous system malformations (present in 47% of cases), including hydrocephalus and neural tube defects 5
- Vertebral imaging: Spine radiographs or CT to identify vertebral anomalies (70% of cases), including cleft spine, vertebral defects of different size and shape 4, 5
- Cardiac evaluation: Echocardiogram to detect cardiac malformations (39% of cases) 5
- Renal ultrasound: Screen for genitourinary anomalies (23% of cases) 5
- Chromosome analysis: Karyotyping should be performed in every patient with Goldenhar syndrome to identify chromosomal aberrations, particularly translocations involving chromosomes 11 and 22 5
- Audiologic testing: Comprehensive hearing assessment given high prevalence of ear abnormalities 2, 5
Surgical Management Protocol
Timing and Sequence of Procedures
Surgical interventions should begin in early childhood, with the majority of patients (57%) undergoing their first procedures in the first decade of life. 1
The surgical approach is staged based on functional and aesthetic priorities:
Primary Surgical Categories (in order of typical intervention)
- Auricular reconstruction (20% of procedures): Address microtia, preauricular tags, and external auditory canal atresia 1
- Mandibular reconstruction (24% of procedures): Correct mandibular hypoplasia and asymmetry using distraction osteogenesis or bone grafting 1
- Macrostomia repair (13% of procedures): Surgical correction of lateral facial clefts 1
- Soft tissue volume augmentation (14% of procedures): Fat grafting or other volume restoration techniques for hemifacial microsomia 1
- Maxillary procedures (4% of procedures): Le Fort osteotomies for severe maxillary hypoplasia 1
- Additional procedures (21%): Including cleft lip/palate repair, orbital procedures, and other corrections 1
Orthodontic Management
Orthodontic treatment should be coordinated with surgical interventions, with preoperative orthodontic preparation followed by postoperative orthodontic finishing. 4
- Begin orthodontic assessment early to plan timing of dental and skeletal corrections 4
- Address malocclusion, tooth discrepancies, and jaw asymmetry through combined orthodontic-surgical approach 4
- Long-term orthodontic follow-up is necessary as the intensification of anomalies can vary throughout the patient's life 4
Supportive and Developmental Management
Speech and Hearing Interventions
- Hearing aids: For conductive or sensorineural hearing loss secondary to ear malformations 2
- Speech therapy: Essential for patients with developmental and speech delay, cleft palate, or macrostomia 2
Ophthalmologic Care
- Regular ophthalmologic follow-up for management of epibulbar dermoids, refractive errors, and strabismus 4, 5
- Surgical removal of epibulbar dermoids if vision is compromised 4
Genetic Counseling
- Family screening is warranted, as familial cases have been documented with relatives showing neural tube defects and other anomalies 5
- Counsel regarding variable expressivity and recurrence risk 5
Long-Term Monitoring
Regular long-term follow-up by the multidisciplinary team is essential to monitor growth, development, and the evolution of anomalies throughout childhood and adolescence. 3
- Serial clinical and radiographic assessments to track craniofacial growth patterns 3
- Monitoring for development of new manifestations or progression of existing abnormalities 4
- Psychosocial support for patients and families dealing with visible facial differences 2
Key Clinical Pitfalls
- Underestimating systemic involvement: Multiple organ involvement (cardiac 39%, genitourinary 23%, CNS 47%) can limit surgical options and affect overall management 5
- Delayed chromosome analysis: Chromosomal aberrations may be present and should be identified early to guide prognosis and genetic counseling 5
- Inadequate hearing assessment: Hearing loss is common and requires early intervention to prevent speech and developmental delays 2, 5
- Isolated specialty management: The complexity of Goldenhar syndrome mandates coordinated multidisciplinary care rather than fragmented single-specialty interventions 1, 2, 3