No abstract available.
Diplopia*

No abstract available.
Diplopia

Cyclic heterotropia represents an interesting ocular motility problem in which the ocular deviation is present on a rhythmic basis. Usually this appears in a regular 48-hour cycle, although 72-and 96-hour cycles have also been reported. On the strabismic day, constant heterotropia is large and associated with suppression and no diplopia. On the nonstrabismic day, no deviation or only a small heterophoria is present with good binocular function. In this paper, we present two cases of cyclic esotropia which demonstrated regular 48-hour cycles and were treated with surgery.
Diplopia ; Esotropia* ; Telescopes

Persistent pupillary membrane ia a congenital anomaly which waa resulted from incomplete atrophy of the fetal vascular arcades and its associated mesodermal tissue derived from the primitive annular vessels. Authors experienced a case (female, 17 years old) of thick persistent pupillary membrane of both eyes which were required complete removal of these membranes under operating microscope. Her corrected vision has improved up to 0.5 (Rt. eye) from 0.1 and 0.7 (Lt eye) from 0.2 without diplopia after operation.
Atrophy ; Diplopia ; Membranes* ; Mesoderm

No abstract available.
Diplopia* ; Orbit* ; Orbital Myositis*

The authors present two cases of intracranial chordoma in one aged 10 years and the other aged 36 years, who presented with gradual onset of headache, diplopia and eyeball pain. Clinical features and various diagnostic findings are described.
Chordoma* ; Diplopia ; Headache

No abstract available.
Diplopia ; Infarction ; Mesencephalon ; Paralysis

No abstract available.
Diplopia ; Vestibular Neuronitis

No abstract available.
Adult ; Diplopia ; Headache ; Humans

PURPOSE: We compared ocular torsion rates in blow-out fracture patients before and after blowout fracture repair by analyzing mean disc foveal angles. METHODS: The study participants were divided into 2 groups: blow-out fracutre repair patients (n = 36) and controls (n = 36). We measured ocular torsion rates by analyzing mean disc foveal angle. The angle was composed of 2 imaginary horizontal lines which crossed the optic disc center and fovea. We compared statistically ocular torsion rates in blow-out fracture patients based on subsided diplopia, continued diplopia, or absence of diplopia before and after blow-out fracture repair using paired t-test. RESULTS: In the patient group, ocular torsion rates were statistically significantly decreased. In the blow-out fracture repair group with subsided diplopia, ocular torsion rates were decreased statistically from 7.74 +/- 3.48 degrees before blow-out fracture repair to 5.02 +/- 3.11 degrees after blow-out fracture repair. In the blow-out fracture repair group with continued diplopia or absence of diplopia before surgery, ocular torsion rates did not change statistically significantly from 6.36 +/- 2.80 degrees before blow-out fracture repair to 6.51 +/- 3.24 degrees after blow-out fracture repair. CONCLUSIONS: Subsided diplopia after blow-out fracture repair and ocular torsion rate changes were significantly related in blow-out fracture patients. Further research which on the correlation of intraorbital change and movement of orbital position after blow-out fracture repair with ocular torsion rates are necessary.
Diplopia* ; Humans ; Orbit ; Orbital Fractures*