Abstract

Background: Cavernous malformations (CM) are low flow vascular malformations of the central nervous system. Brainstem location and prior hemorrhage increase the risk for future hemorrhage. Little is known about the influence of physical activity on increasing the risk of hemorrhage. Methods: Consecutive patients with radiologically confirmed CM were recruited to participate in a prospective registry beginning in 2015. A structured interview, survey, and examination were performed at baseline. Patients were asked if anything unusual occurred in the days leading to initial clinical presentation. Medical records and magnetic resonance imaging (MRI) studies were reviewed. Patients were surveyed about their involvement in select physical activity after the diagnosis of CM was made. Follow up surveys were sent annually to patients to ascertain new clinical hemorrhages. Follow up was censored at last follow up, hemorrhage, surgery, or death. Univariate analysis was performed to assess whether involvement in select physical activities increased the risk of prospective hemorrhage. Results: Of 195 patients, 117 (60 %) were female and the average age at diagnosis was 41 years (31-56 years). One hundred and three (52.8%) patients returned the survey about physical activity after diagnosis (cerebral n=100; spine n=3). Twenty-three patients had a prospective hemorrhage over 539.4 patient years. Five of these patients were removed from the analysis because they had less than 6 weeks of physical activity exposure before censor. Of 98 remaining patients, there was no difference in prospective hemorrhage risk in those patients participating 3 or more times monthly in walking, running, lifting more than 20 pound weights, lifting less than 20 pound weights, or participating in non-contact sports. Very few patients reported participation in contact sports (n=5), scuba diving (n=2) or high altitude climbing (n=1) more than 3 times monthly. Conclusion: Aerobic activity and non-contact sports do not increase the risk of hemorrhage in patients with cerebral CM and patients should not be restricted. Less information is known about contact sports, high altitude climbing or scuba diving and those with spinal cord CM.

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