Search

Background: Autonomic function tests can be used by patients with chronic migraine and chronic tension-type headaches (TTH) as a non-invasive, sensitive, and reliable marker for evaluating heart function. Studies have demonstrated sympathetic and parasympathetic dysfunction. Patients with migraines experience sympathetic and parasympathetic nervous system hyperfunction, while tension headache sufferers experience the opposite. Aims and Objectives: Parasympathetic reactivity tests will be used in the current study to evaluate the cardiac autonomic functioning in patients with chronic migraine and chronic TTH in the adult age group. Materials and Methods: Two groups of headache patients were enrolled: Those with chronic migraine (n=25) and those with chronic TTH (n=25). To conduct statistical analyses, SPSS version 21 was used. For parameters with normal and abnormal distributions, the unpaired t-test and Mann–Whitney U-test, respectively, were employed. Results: Out of 25 subjects, parasympathetic reactivity tests such as Valsalva ratio (1.38±0.10 vs. 1.49±0.19, P=0.022*) and expiratory-inspiratory ratio (1.18±0.03 vs. 1.25±0.77, P=0.000*) in chronic migraine were significantly decreased as compared to chronic TTH. Lying to standing 30:15 ratio (1.15±0.08 vs. 1.19±0.10, P=0.090) and delta heart rate (14.56±1.39 vs. 14.96±1.43, P=0.320) was decreased in chronic migraine as compared to chronic TTH but was not significant. Conclusions: In contrast to the chronic TTH group, the chronic migraine group’s total parasympathetic tone was reduced. We therefore draw the conclusion from the findings that regular monitoring of the parasympathetic reactivity can be very helpful in predicting cardiovascular risk for these patients in addition to advising the treatment practices for chronic migraine and chronic TTH, which include regular exercise and medication.

Background: Autonomic function tests can be used by patients with chronic migraine and chronic tension-type headaches (TTH) as a non-invasive, sensitive, and reliable marker for evaluating heart function. Studies have demonstrated sympathetic and parasympathetic dysfunction. Patients with migraines experience sympathetic and parasympathetic nervous system hyperfunction, while tension headache sufferers experience the opposite. Aims and Objectives: Parasympathetic reactivity tests will be used in the current study to evaluate the cardiac autonomic functioning in patients with chronic migraine and chronic TTH in the adult age group. Materials and Methods: Two groups of headache patients were enrolled: Those with chronic migraine (n=25) and those with chronic TTH (n=25). To conduct statistical analyses, SPSS version 21 was used. For parameters with normal and abnormal distributions, the unpaired t-test and Mann-Whitney U-test, respectively, were employed. Results: Out of 25 subjects, parasympathetic reactivity tests such as Valsalva ratio (1.38±0.10 vs. 1.49±0.19, P=0.022*) and expiratory-inspiratory ratio (1.18±0.03 vs. 1.25±0.77, P=0.000*) in chronic migraine were significantly decreased as compared to chronic TTH. Lying to standing 30:15 ratio (1.15±0.08 vs. 1.19±0.10, P=0.090) and delta heart rate (14.56±1.39 vs. 14.96±1.43, P=0.320) was decreased in chronic migraine as compared to chronic TTH but was not significant. Conclusions: In contrast to the chronic TTH group, the chronic migraine group's total parasympathetic tone was reduced. We therefore draw the conclusion from the findings that regular monitoring of the parasympathetic reactivity can be very helpful in predicting cardiovascular risk for these patients in addition to advising the treatment practices for chronic migraine and chronic TTH, which include regular exercise and medication. [ABSTRACT FROM AUTHOR]