Effects of exercise on alterations in redox homeostasis in elite male and female endurance athletes using a clinical point-of-care test
NA Lewis, C Towey, G Bruinvels… - Applied Physiology …, 2016 - cdnsciencepub.com
Exercise causes alterations in redox homeostasis (ARH). Measuring ARH in elite athletes
may aid in the identification of training tolerance, fatigued states, and underperformance. To
the best of our knowledge, no studies have examined ARH in elite male and female distance
runners at sea level. The monitoring of ARH in athletes is hindered by a lack of reliable and
repeatable in-the-field testing tools and by the rapid turnaround of results. We examined the
effects of various exercise intensities on ARH in healthy (non-over-reached) elite male and …
may aid in the identification of training tolerance, fatigued states, and underperformance. To
the best of our knowledge, no studies have examined ARH in elite male and female distance
runners at sea level. The monitoring of ARH in athletes is hindered by a lack of reliable and
repeatable in-the-field testing tools and by the rapid turnaround of results. We examined the
effects of various exercise intensities on ARH in healthy (non-over-reached) elite male and …
[PDF][PDF] The effects of exercise on alterations in redox homeostasis in elite male and female endurance athletes using a clinical point of care test
A Nathan, C Towey, G Bruinvels, G Howatson… - core.ac.uk
Exercise causes alterations in redox homeostasis (ARH). Measuring ARH in elite athletes
may aid in the identification of training tolerance, fatigued states and underperformance. To
our knowledge no studies have examined ARH in elite male and female distance runners at
sea level. The monitoring of ARH in athletes is hindered by a lack of reliable and repeatable
in-the-field testing tools and by the rapid turnaround of results. We examined the effects of
various exercise intensities on ARH in healthy (non-overreached) elite male and female …
may aid in the identification of training tolerance, fatigued states and underperformance. To
our knowledge no studies have examined ARH in elite male and female distance runners at
sea level. The monitoring of ARH in athletes is hindered by a lack of reliable and repeatable
in-the-field testing tools and by the rapid turnaround of results. We examined the effects of
various exercise intensities on ARH in healthy (non-overreached) elite male and female …
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