Matches in SemOpenAlex for { <https://semopenalex.org/work/W2997900087> ?p ?o ?g. }
- W2997900087 endingPage "4" @default.
- W2997900087 startingPage "4" @default.
- W2997900087 abstract "Recent technological developments provide easy access to use an artificial oxygen supply (hyperoxia) during exercise training. The aim of this study was to assess the efficacy of a commercially available oxygen compressor inducing low-dose hyperoxia, on limiting factors of endurance performance. Thirteen active men (age 24 ± 3 years) performed a high-intensity interval exercise (HIIE) session (5 × 3 min at 80% of Wmax, separated by 2 min at 40% Wmax) on a cycle ergometer, both in hyperoxia (4 L∙min−1, 94% O2, HYP) or ambient conditions (21% O2, NORM) in randomized order. The primary outcome was defined as red blood cell deformability (RBC-D), while our secondary interest included changes in muscle oxygenation. RBC-D was expressed by the ratio of shear stress at half-maximal deformation (SS1/2) and maximal deformability (EImax) and muscle oxygenation of the rectus femoris muscle was assessed by near-infrared spectroscopy. No statistically significant changes occurred in SS1/2 and EImax in either condition. The ratio of SS1/2 to EImax statistically decreased in NORM (p < 0.01; Δ: −0.10; 95%CI: −0.22, 0.02) but not HYP (p > 0.05; Δ: −0.16; 95%CI: −0.23, −0.08). Muscle oxygenation remained unchanged. This study showed that low-dose hyperoxia during HIIE using a commercially available device with a flow rate of only 4 L·min−1 may not be sufficient to induce acute ergogenic effects compared to normoxic conditions." @default.
- W2997900087 created "2020-01-10" @default.
- W2997900087 creator A5026883632 @default.
- W2997900087 creator A5057320242 @default.
- W2997900087 creator A5058391478 @default.
- W2997900087 creator A5078598675 @default.
- W2997900087 creator A5081379055 @default.
- W2997900087 creator A5085692694 @default.
- W2997900087 creator A5086313383 @default.
- W2997900087 creator A5088060793 @default.
- W2997900087 creator A5090063366 @default.
- W2997900087 date "2020-01-04" @default.
- W2997900087 modified "2023-09-27" @default.
- W2997900087 title "Acute Low-Dose Hyperoxia during a Single Bout of High-Intensity Interval Exercise Does Not Affect Red Blood Cell Deformability and Muscle Oxygenation in Trained Men—A Randomized Crossover Study" @default.
- W2997900087 cites W120288851 @default.
- W2997900087 cites W1277334389 @default.
- W2997900087 cites W1494536089 @default.
- W2997900087 cites W1550058900 @default.
- W2997900087 cites W1553057520 @default.
- W2997900087 cites W1563432604 @default.
- W2997900087 cites W157460790 @default.
- W2997900087 cites W1678564922 @default.
- W2997900087 cites W1850305390 @default.
- W2997900087 cites W1971741085 @default.
- W2997900087 cites W1980895517 @default.
- W2997900087 cites W1985741620 @default.
- W2997900087 cites W1995344294 @default.
- W2997900087 cites W1996081907 @default.
- W2997900087 cites W2001899181 @default.
- W2997900087 cites W2002965500 @default.
- W2997900087 cites W2004583382 @default.
- W2997900087 cites W2012129377 @default.
- W2997900087 cites W2014189694 @default.
- W2997900087 cites W2023710423 @default.
- W2997900087 cites W2025118912 @default.
- W2997900087 cites W2032205862 @default.
- W2997900087 cites W2039762283 @default.
- W2997900087 cites W2040281761 @default.
- W2997900087 cites W2040806906 @default.
- W2997900087 cites W2043651382 @default.
- W2997900087 cites W2045052361 @default.
- W2997900087 cites W2046459032 @default.
- W2997900087 cites W2046947903 @default.
- W2997900087 cites W2052023508 @default.
- W2997900087 cites W2062072391 @default.
- W2997900087 cites W2066752793 @default.
- W2997900087 cites W2070293554 @default.
- W2997900087 cites W2087484885 @default.
- W2997900087 cites W2092309247 @default.
- W2997900087 cites W2094000188 @default.
- W2997900087 cites W2095423498 @default.
- W2997900087 cites W2095488203 @default.
- W2997900087 cites W2104796318 @default.
- W2997900087 cites W2106345877 @default.
- W2997900087 cites W2119536526 @default.
- W2997900087 cites W2121350517 @default.
- W2997900087 cites W2121656398 @default.
- W2997900087 cites W2125254806 @default.
- W2997900087 cites W2143092865 @default.
- W2997900087 cites W2151607481 @default.
- W2997900087 cites W2158905433 @default.
- W2997900087 cites W2160244970 @default.
- W2997900087 cites W2169678233 @default.
- W2997900087 cites W2268247674 @default.
- W2997900087 cites W2409614025 @default.
- W2997900087 cites W2482983971 @default.
- W2997900087 cites W2498054724 @default.
- W2997900087 cites W2566070170 @default.
- W2997900087 cites W2618558101 @default.
- W2997900087 cites W2619041574 @default.
- W2997900087 cites W2762098649 @default.
- W2997900087 cites W2767926991 @default.
- W2997900087 cites W2768073407 @default.
- W2997900087 cites W2770126250 @default.
- W2997900087 cites W2788801492 @default.
- W2997900087 cites W2790356515 @default.
- W2997900087 cites W2892219551 @default.
- W2997900087 cites W2914053210 @default.
- W2997900087 cites W3148212535 @default.
- W2997900087 doi "https://doi.org/10.3390/sports8010004" @default.
- W2997900087 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7023206" @default.
- W2997900087 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31947980" @default.
- W2997900087 hasPublicationYear "2020" @default.
- W2997900087 type Work @default.
- W2997900087 sameAs 2997900087 @default.
- W2997900087 citedByCount "0" @default.
- W2997900087 crossrefType "journal-article" @default.
- W2997900087 hasAuthorship W2997900087A5026883632 @default.
- W2997900087 hasAuthorship W2997900087A5057320242 @default.
- W2997900087 hasAuthorship W2997900087A5058391478 @default.
- W2997900087 hasAuthorship W2997900087A5078598675 @default.
- W2997900087 hasAuthorship W2997900087A5081379055 @default.
- W2997900087 hasAuthorship W2997900087A5085692694 @default.
- W2997900087 hasAuthorship W2997900087A5086313383 @default.
- W2997900087 hasAuthorship W2997900087A5088060793 @default.
- W2997900087 hasAuthorship W2997900087A5090063366 @default.
- W2997900087 hasBestOaLocation W29979000871 @default.
- W2997900087 hasConcept C126322002 @default.