Age and sex exert independent and interactive effects on sympathetic vascular transduction, which is attenuated in older adults compared with young adults regardless of biological sex.
Observational
How do age and sex affect sympathetic vascular transduction and neurohemodynamic balance in humans?
Age and sex exert independent and interactive effects on sympathetic vascular transduction and sympathetic neurohemodynamic balance in humans.
Sympathetic vascular transduction is attenuated in older compared with young adults, regardless of biological sex. Males, but not females (regardless of age), demonstrate an inverse relationship between central (sympathetic baroreflex sensitivity) and peripheral (sympathetic vascular transduction) components of the baroreflex arc. Young males and older females exhibit an inverse relationship between resting sympathetic outflow and sympathetic vascular transduction. Our results indicate that age and sex exert independent and interactive effects on sympathetic vascular transduction and sympathetic neurohemodynamic balance in humans.
D’Souza et al. (Fri,) reported a observational. Age and sex was evaluated on Sympathetic vascular transduction and neurohemodynamic balance. Age and sex exert independent and interactive effects on sympathetic vascular transduction, which is attenuated in older adults compared with young adults regardless of biological sex.