Motility disorders, blepharoptosis, palpebral fissure, eyelid colobomas, anomalies of lachrymal drainage system and retina and optic nerve anomalies (7) were also reported. No other ocular pathology except bilateral epibulbar masses were seen in our case. Bilateral ocular involvement is very rare. The frequency of bilateral lesions had been reported as lipodermoids, 12%; lachrymal anomalies, 11%; and upper lid coloboma, 3% (8).

Epibulbar choristomas in Goldenhar syndrome are congenital tumors demonstrated characteristics of dermoid or lipodermoid with a rather limited potential of enlargement and usually has inferotemporal localization. Most of the limbal epibulbar dermoids are superficial and very few of them show invasion on sclera or cornea. Surgical considerations depend on tumor extent and associated features such as astigmatism, cosmesis, irritation, and exposure keratitis. All contribute variably to central visual axis obscuration and resultant amblyopia (8).

Lipodermoids tend to extend posteriorly in the orbit and may benefit from radiographic delineation if surgical excision is contemplated. Management of ocular adnexial choristoma tends to be conservative. Surgery itself should be limited to superficial debulking when possible as incomplete excision can lead to an intense chemically induced fibrosis from intralesional lipid, leading to restrictive squints and relative dry eye, all deleterious to visual development (6).

In our case, the mass in the left eye showed invasion on the cornea for almost 2.5 mm and caused against-the-rule astigmatism.

The corrected visual acuity of the patient was 10/10 and the lesion did not cause any motility disorders of the eyeball and eyelids. No exposure keratopathy was detected. Patient was all right with the cosmetic appearance and we decided not to excise the mass.

Mixed type hearing loss is frequently encountered in Goldenhar syndrome due to stenosis, deformity or even total atresia of the external auditory tube (9). Audiologic examination of our patient who in fact was a student in a specific deaf-mute school, mixed type hearing loss was determined. Multiple subcutaneous masses with a diameter of 3-4 mm (probably dermoid) were also seen in the pre-auricular region.

Bony deformities related to the face, jaw and vertebrae are frequently reported in Goldenhar syndrome (10). Right maxillomandibular hypoplasia, cleft palate and lip, and right scoliosis were found in our patient.

Frequency of cardiovascular malformations in this syndrome varies between 5-58% (2,3). Cardiovascular developmental anomalies in Goldenhar syndrome are usually severe, such as tetralogy of Fallot, ventricular septal defect, Wolf-Parkinson-White syndrome and other vascular anomalies (2,3). The association of mitral valve prolapsus with Goldenhar syndrome was reported only one study previously (11). We wanted to emphasize the presence of mitral valve prolapsus in addition to mild mitral insufficiency and sinus arrhythmia in our cases. Since the patient was asymptomatic, only follow-up was advised.

Goldenhar syndrome requires multidisciplinary approach. Ophthalmologists should focus on visual sequels and closely follow the patients for amblyopia, strabismus, astigmatism, retraction in the movements of the eyeball. Since cardiologic manifestations of Goldenhar syndrome may be serious in some case, a detailed cardiologic and other system examinations should be performed for early diagnosis and management. To clear the association of cardiac anomalies to ocular findings, more comprehensive and detailed analysis should be undertaken.