top of page

Cervical Manipulation Leading to Cerebellar Stroke in a Pilot


Full Text Link



Structural and chiropractic

Aerosp Med Hum Perform.2015 Dec;86(12):1066-9.


S T Mukherjee


Background: Stroke is a decidedly devastating event for any patient, but particularly for a military aviator in a single-seat aircraft. Incidence of acute ischemic infarct in men ages 25 to 29 ranges from 3.4 to 5.6/100,000. The neurological sequelae of stroke can have a lasting and profound impact on an aviator's career. Literature review revealed a relatively small number of cases where stroke was attributable to cervical manipulation. Case report: A 29-yr-old male jet pilot with a 2-wk history of cervicalgia following a mountain bike ride performed self-manipulation of his neck at home following a visit to a chiropractor. He sustained an immediate onset of euphoria, nausea, dysarthria, vertigo, diploplia, and occipital headache, and was transported via ambulance to the nearest emergency department. The patient's MRI/MRA imaging revealed a dissection of his right vertebral artery, as well as bilateral cerebellar infarcts. During the course of the following months, the patient's residual symptoms included neck pain, headaches, disequilibrium, and quadrantanopia. Discussion: The ability to recognize the symptoms of stroke and seek treatment in a timely manner are paramount and can drastically reduce the potential for permanent deficit. The evaluation of residual sequelae in military aviators who fly single-seat aircraft is of particular interest to aerospace medicine physicians when it comes time to return a pilot to flight duties. Additionally, the link between cervical manipulation and vertebral artery dissection leading to stroke remains equivocal, and further research is warranted.

Publication Date: 

2015 Dec



Mukherjee, TS. (2015) 'Cervical Manipulation Leading to Cerebellar Stroke in a Pilot', Aerosp Med Hum Perform.2015 Dec;86(12):1066-9.

Sponsored by 


Search    Explore    About    Join    Web Policy     Contact Us

Copyright © 2023 OsteoEvidence. All Rights Reserved.

bottom of page