FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2622480062> ?p ?o ?g. }

• W2622480062 endingPage "R201" @default.
• W2622480062 startingPage "R191" @default.
• W2622480062 abstract "Adaptations to heat and hypoxia are typically studied in isolation but are often encountered in combination. Whether the adaptive response to multiple stressors affords the same response as when examined in isolation is unclear. We examined 1) the influence of overnight moderate normobaric hypoxia on the time course and magnitude of adaptation to daily heat exposure and 2) whether heat acclimation (HA) was ergogenic and whether this was influenced by an additional hypoxic stimulus. Eight males [V̇o 2max = 58.5 (8.3) ml·kg −1 ·min −1 ] undertook two 11-day HA programs (balanced-crossover design), once with overnight normobaric hypoxia (HA Hyp ): 8 (1) h per night for 10 nights [[Formula: see text] = 0.156; S p O 2 = 91 (2)%] and once without (HA Con ). Days 1, 6, and 11 were exercise-heat stress tests [HST (40°C, 50% relative humidity, RH)]; days 2–5 and 7–10 were isothermal strain [target rectal temperature (T re ) ~38.5°C], exercise-heat sessions. A graded exercise test and 30-min cycle trial were undertaken pre-, post-, and 14 days after HA in temperate normoxia (22°C, 55% RH; F I O 2 = 0.209). HA was evident on day 6 (e.g., reduced T re , mean skin temperature (T̄ sk ), heart rate, and sweat [Na + ], P < 0.05) with additional adaptations on day 11 (further reduced T̄ sk and heart rate). HA increased plasma volume [+5.9 (7.3)%] and erythropoietin concentration [+1.8 (2.4) mIU/ml]; total hemoglobin mass was unchanged. Peak power output [+12 (20) W], lactate threshold [+15 (18) W] and work done [+12 (20) kJ] increased following HA. The additional hypoxic stressor did not affect these adaptations. In conclusion, a separate moderate overnight normobaric hypoxic stimulus does not affect the time course or magnitude of HA. Performance may be improved in temperate normoxia following HA, but this is unaffected by an additional hypoxic stressor." @default.
• W2622480062 created "2017-06-15" @default.
• W2622480062 creator A5000750927 @default.
• W2622480062 creator A5026805931 @default.
• W2622480062 creator A5029328031 @default.
• W2622480062 creator A5036184445 @default.
• W2622480062 creator A5044097429 @default.
• W2622480062 creator A5068602608 @default.
• W2622480062 creator A5069508772 @default.
• W2622480062 date "2017-09-01" @default.
• W2622480062 modified "2023-10-16" @default.
• W2622480062 title "Effects of 10 days of separate heat and hypoxic exposure on heat acclimation and temperate exercise performance" @default.
• W2622480062 cites W1541951884 @default.
• W2622480062 cites W1558450639 @default.
• W2622480062 cites W1563893676 @default.
• W2622480062 cites W1596457316 @default.
• W2622480062 cites W1604189153 @default.
• W2622480062 cites W1772244811 @default.
• W2622480062 cites W1820692900 @default.
• W2622480062 cites W1836340090 @default.
• W2622480062 cites W1924959201 @default.
• W2622480062 cites W1936910750 @default.
• W2622480062 cites W1942727159 @default.
• W2622480062 cites W1965539785 @default.
• W2622480062 cites W1966542728 @default.
• W2622480062 cites W1974860317 @default.
• W2622480062 cites W1977945231 @default.
• W2622480062 cites W1986228650 @default.
• W2622480062 cites W1997112877 @default.
• W2622480062 cites W2000217855 @default.
• W2622480062 cites W2004008756 @default.
• W2622480062 cites W2009211260 @default.
• W2622480062 cites W2009315081 @default.
• W2622480062 cites W2011402184 @default.
• W2622480062 cites W2012374187 @default.
• W2622480062 cites W2012725352 @default.
• W2622480062 cites W2015836464 @default.
• W2622480062 cites W2023746083 @default.
• W2622480062 cites W2027430439 @default.
• W2622480062 cites W2033342536 @default.
• W2622480062 cites W2034756498 @default.
• W2622480062 cites W2045008239 @default.
• W2622480062 cites W2047219789 @default.
• W2622480062 cites W2048318390 @default.
• W2622480062 cites W2048854172 @default.
• W2622480062 cites W2057646172 @default.
• W2622480062 cites W2058397330 @default.
• W2622480062 cites W2063777877 @default.
• W2622480062 cites W2074631278 @default.
• W2622480062 cites W2078095812 @default.
• W2622480062 cites W2085518088 @default.
• W2622480062 cites W2098048070 @default.
• W2622480062 cites W2098702704 @default.
• W2622480062 cites W2098972920 @default.
• W2622480062 cites W2102526923 @default.
• W2622480062 cites W2106612315 @default.
• W2622480062 cites W2109200395 @default.
• W2622480062 cites W2110828645 @default.
• W2622480062 cites W2112086908 @default.
• W2622480062 cites W2114810155 @default.
• W2622480062 cites W2115456852 @default.
• W2622480062 cites W2116067746 @default.
• W2622480062 cites W2119472711 @default.
• W2622480062 cites W2130258111 @default.
• W2622480062 cites W2142461107 @default.
• W2622480062 cites W2145199884 @default.
• W2622480062 cites W2145563461 @default.
• W2622480062 cites W2146767299 @default.
• W2622480062 cites W2156092737 @default.
• W2622480062 cites W2156209527 @default.
• W2622480062 cites W2158859101 @default.
• W2622480062 cites W2166259264 @default.
• W2622480062 cites W2167960692 @default.
• W2622480062 cites W2169987553 @default.
• W2622480062 cites W2172167163 @default.
• W2622480062 cites W2181524776 @default.
• W2622480062 cites W2187170438 @default.
• W2622480062 cites W2278414788 @default.
• W2622480062 cites W2284750523 @default.
• W2622480062 cites W2291126798 @default.
• W2622480062 cites W2337599157 @default.
• W2622480062 cites W2359826489 @default.
• W2622480062 cites W2407509950 @default.
• W2622480062 cites W2544622716 @default.
• W2622480062 cites W2545617659 @default.
• W2622480062 cites W2553639433 @default.
• W2622480062 cites W32655960 @default.
• W2622480062 cites W4297900680 @default.
• W2622480062 cites W5250905 @default.
• W2622480062 cites W99599904 @default.
• W2622480062 doi "https://doi.org/10.1152/ajpregu.00103.2017" @default.
• W2622480062 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28592459" @default.
• W2622480062 hasPublicationYear "2017" @default.
• W2622480062 type Work @default.
• W2622480062 sameAs 2622480062 @default.
• W2622480062 citedByCount "44" @default.
• W2622480062 countsByYear W26224800622018 @default.
• W2622480062 countsByYear W26224800622019 @default.

• next