Stam, Daniel

Background and Purpose: The differential diagnosis and treatment of peripheral vestibular disorders in persons with traumatic brain injury presents a complex set of challenges. In the acute rehabilitation setting, orthopedic and medical restrictions, agitation, and/or the inability of the patient to verbalize current symptoms present barriers to many traditional means of assessment and intervention. The purpose of this article is to present a case report of 2 patients successfully treated in the acute inpatient rehabilitation setting postsevere traumatic brain injury with an atypical variant of horizontal canal benign paroxysmal positional vertigo in which both examination and intervention modifications were required in a novel context when applied to this patient population. Case Description: Two patients were consulted to have a vestibular rehabilitation examination performed given interdisciplinary reports of nystagmus and in 1 case significant emesis associated with bed mobility. Both patients presented as Rancho Los Amigos classification 3 to 4, were nonverbal, and presented with multiple comorbidities. Intervention: Both patients were treated for apogeotropic horizontal canal benign paroxysmal positional vertigo using a sequence of bedside canalith repositioning maneuvers safely and efficiently accommodating the clinical brain injury presentation. Outcomes: Both patients demonstrated complete remission of horizontal nystagmus and remission of associated emesis in the 1 case allowing for increased interdisciplinary rehabilitation participation. Discussion: This case report illustrates how application of recent scientific and clinical evidence may be applied within the early acute brain injury population. Vestibular rehabilitation may be an important component to acute neurological rehabilitation posttraumatic brain injury, even when the patient cannot actively verbalize symptoms. In these cases, the clinician must then use a collaborative approach as well as a clinical decision-making model on the basis of an understanding of the neurological underpinning of eye movements and nystagmus.