FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2555574893> ?p ?o ?g. }

• W2555574893 endingPage "141" @default.
• W2555574893 startingPage "130" @default.
• W2555574893 abstract "The durations that muscular force and power outputs can be sustained until failure fall predictably on an exponential decline between an individual’s 3-s burst maximum to the maximum performance they can sustain aerobically. The exponential time constants describing these rates of performance loss are similar across individuals, suggesting that a common metabolically based mechanism governs muscle fatigue; however, these conclusions come from studies mainly on men. To test whether the same physiological understanding can be applied to women, we compared the performance-duration relationships and neuromuscular activity between seven men [23.3 ± 1.9 (SD) yr] and seven women (21.7 ± 1.8 yr) from multiple exhaustive bouts of cycle ergometry. Each subject performed trials to obtain the peak 3-s power output (P max ), the mechanical power at the aerobic maximum (P aer ), and 11–14 constant-load bouts eliciting failure between 3 and 300 s. Collectively, men and women performed 180 exhaustive bouts spanning an ~6-fold range of power outputs (118–1116 W) and an ~35-fold range of trial durations (8–283 s). Men generated 66% greater P max (956 ± 109 W vs. 632 ± 74 W) and 68% greater P aer (310 ± 47 W vs. 212 ± 15 W) than women. However, the metabolically based time constants describing the time course of performance loss were similar between men (0.020 ± 0.003/s) and women (0.021 ± 0.003/s). Additionally, the fatigue-induced increases in neuromuscular activity did not differ between the sexes when compared relative to the pedal forces at P aer . These data suggest that muscle fatigue during short-duration dynamic exercise has a common metabolically based mechanism determined by the extent that ATP is resynthesized by anaerobic metabolism. NEW & NOTEWORTHY Although men and women differed considerably in their absolute cycling performances, there was no sex difference in the metabolically based exponential time constant that described the performance-duration relationship. Similarly, the fatigue-induced increases in neuromuscular activity were not different between the sexes when compared from a metabolic perspective. These data suggest that men and women have similar rate-limiting mechanisms for short-duration dynamic exercise that are determined by the extent the exercise is supported by anaerobic metabolism." @default.
• W2555574893 created "2016-11-30" @default.
• W2555574893 creator A5014074726 @default.
• W2555574893 creator A5061969379 @default.
• W2555574893 creator A5079802037 @default.
• W2555574893 date "2017-01-01" @default.
• W2555574893 modified "2023-10-03" @default.
• W2555574893 title "Rates of performance loss and neuromuscular activity in men and women during cycling: evidence for a common metabolic basis of muscle fatigue" @default.
• W2555574893 cites W1522477433 @default.
• W2555574893 cites W1794386847 @default.
• W2555574893 cites W1849867813 @default.
• W2555574893 cites W1901324775 @default.
• W2555574893 cites W1938683841 @default.
• W2555574893 cites W1940483143 @default.
• W2555574893 cites W1970553682 @default.
• W2555574893 cites W1973883641 @default.
• W2555574893 cites W1975255614 @default.
• W2555574893 cites W1977300413 @default.
• W2555574893 cites W1988743069 @default.
• W2555574893 cites W1996737099 @default.
• W2555574893 cites W1997617037 @default.
• W2555574893 cites W2008500674 @default.
• W2555574893 cites W2013325981 @default.
• W2555574893 cites W2015103086 @default.
• W2555574893 cites W2021381433 @default.
• W2555574893 cites W2021754043 @default.
• W2555574893 cites W2025920229 @default.
• W2555574893 cites W2037716502 @default.
• W2555574893 cites W2038170042 @default.
• W2555574893 cites W2040961832 @default.
• W2555574893 cites W2041973270 @default.
• W2555574893 cites W2043456716 @default.
• W2555574893 cites W2047923268 @default.
• W2555574893 cites W2050008654 @default.
• W2555574893 cites W2056105157 @default.
• W2555574893 cites W2058694828 @default.
• W2555574893 cites W2063019054 @default.
• W2555574893 cites W2073413736 @default.
• W2555574893 cites W2076436446 @default.
• W2555574893 cites W2083106554 @default.
• W2555574893 cites W2096019419 @default.
• W2555574893 cites W2099322188 @default.
• W2555574893 cites W2100721184 @default.
• W2555574893 cites W2101916842 @default.
• W2555574893 cites W2103208307 @default.
• W2555574893 cites W2105370141 @default.
• W2555574893 cites W2109713827 @default.
• W2555574893 cites W2110884093 @default.
• W2555574893 cites W2111544661 @default.
• W2555574893 cites W2112718015 @default.
• W2555574893 cites W2115967904 @default.
• W2555574893 cites W2116187706 @default.
• W2555574893 cites W2123422972 @default.
• W2555574893 cites W2125929079 @default.
• W2555574893 cites W2126872441 @default.
• W2555574893 cites W2129973144 @default.
• W2555574893 cites W2132195713 @default.
• W2555574893 cites W2133244276 @default.
• W2555574893 cites W2134067927 @default.
• W2555574893 cites W2135415549 @default.
• W2555574893 cites W2138710495 @default.
• W2555574893 cites W2138817745 @default.
• W2555574893 cites W2140023959 @default.
• W2555574893 cites W2145139856 @default.
• W2555574893 cites W2146042119 @default.
• W2555574893 cites W2146431063 @default.
• W2555574893 cites W2148225794 @default.
• W2555574893 cites W2149874829 @default.
• W2555574893 cites W2150440935 @default.
• W2555574893 cites W2164476255 @default.
• W2555574893 cites W2168624904 @default.
• W2555574893 cites W2169034533 @default.
• W2555574893 cites W2268247674 @default.
• W2555574893 cites W2485324118 @default.
• W2555574893 cites W44537103 @default.
• W2555574893 cites W785178943 @default.
• W2555574893 doi "https://doi.org/10.1152/japplphysiol.00468.2016" @default.
• W2555574893 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5504436" @default.
• W2555574893 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27856712" @default.
• W2555574893 hasPublicationYear "2017" @default.
• W2555574893 type Work @default.
• W2555574893 sameAs 2555574893 @default.
• W2555574893 citedByCount "16" @default.
• W2555574893 countsByYear W25555748932017 @default.
• W2555574893 countsByYear W25555748932018 @default.
• W2555574893 countsByYear W25555748932019 @default.
• W2555574893 countsByYear W25555748932020 @default.
• W2555574893 countsByYear W25555748932021 @default.
• W2555574893 countsByYear W25555748932022 @default.
• W2555574893 countsByYear W25555748932023 @default.
• W2555574893 crossrefType "journal-article" @default.
• W2555574893 hasAuthorship W2555574893A5014074726 @default.
• W2555574893 hasAuthorship W2555574893A5061969379 @default.
• W2555574893 hasAuthorship W2555574893A5079802037 @default.
• W2555574893 hasBestOaLocation W25555748931 @default.
• W2555574893 hasConcept C126322002 @default.
• W2555574893 hasConcept C140793950 @default.
• W2555574893 hasConcept C15744967 @default.

• next