Lateral tongue bite in patient with transient loss of consciousness

The finding of a tongue bite is infrequent since it is a physical finding that is often overlooked, but it has a very high diagnostic value. It is important to check for tongue bites when examining any patient with a transient loss of consciousness.

Reactive bite-related tongue lesions in cognitively impaired epilepsy patients: A report of two cases

AIM

Tongue bites frequently occur during seizures in epilepsy patients. We report two cases of cognitively impaired Lennox-Gastaut syndrome patients with reactive lesions on the tongues.

CASE PRESENTATIONS

Case 1 was a 30-year-old man whose chief complaint was mouth pain. Local finding was a small bean-sized pedunculated mass on the tongue, histopathologically diagnosed as inflammatory fibrous hyperplasia. Case 2 was a 45-year-old man whose chief complaint was bleeding from the mouth. His clinical finding was blood loss anemia. Local finding was a 20-mm-diameter pedunculated mass on the tongue, histopathologically diagnosed as pyogenic granuloma.

CONCLUSION

These mass lesions were believed to be reactive, caused by repetitive minor damage involving reparative fibrous tissue response. Therefore, the two cases may have involved reparative responses to mucosal injury incurred by accidental bites during epileptic seizures. Intellectual disability made medical treatment difficult and had allowed the massive lesions to form. It is necessary for cognitively impaired epilepsy patients to undergo regular dental examinations in order to get used to dental checks and to increase the number of intraoral observations in the context of close cooperation between dentists and epilepsy therapists.

How to Make a Do-It-Yourself, Disposable Bite Guard Using Easily Available Materials, to Prevent Tongue and Lip Injuries, During Motor Evoked Potential Monitoring in Neurosurgery

We describe a do-it-yourself method of making a bite guard, using pairs of Foley catheters and surgical gloves to prevent tongue, lip, and other injuries during the monitoring of transcranially elicited motor evoked potential. We have used it in five cases, and have found that the hack is particularly cost-effective and reliable. We describe the technique here using multiple photographs.