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Biomedical subjects

Robert L Tomsak

Publications and source records attributed to Robert L Tomsak.

7 recordsLinked to original sources

Binocular diplopia. A practical approach.

BACKGROUND: Diplopia is a common complaint in both inpatient and outpatient neurologic practice. Its causes are many, and special historical and examination features are important to localization and accurate diagnosis. REVIEW SUMMARY: This review is divided into 2 sections: the first related to diagnosis and the second to treatment of binocular diplopia. In the diagnostic section, emphasis is placed on identification of historical and examination features that can help to differentiate diplopia caused by dysfunction of cranial nerves versus neuromuscular junction, or orbital extraocular muscle. Techniques available to the neurologist for examining ocular motility and ocular misalignment and focused laboratory testing to evaluate diplopia are discussed in detail. The final section covers the various treatments for binocular diplopia, with recommendations regarding the utility of each treatment for different types of diplopia. CONCLUSIONS: A logical step-by-step approach applied to each patient with diplopia will help prevent misdiagnosis and improve patient care.

Cranial Nerve Diseases↗

Gabapentin attenuates superior oblique myokymia.

PURPOSE: To investigate therapeutic effects of oral gabapentin therapy on superior oblique myokymia. DESIGN: Observational case series with measurement of visual acuity and eye movements before, during, and after therapy. METHODS: Two adult patients with superior oblique myokymia, refractory to other therapies, were treated with gabapentin orally after informed consent was obtained. Eye movements were measured using the magnetic search coil technique. RESULTS: Superior oblique myokymia completely resolved after starting gabapentin. CONCLUSION: Gabapentin may be an effective treatment for superior oblique myokymia; a double-blind study seems justified.

Acetates↗