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- 01JGY6D0PCWC2FTKCJ3VQZXEY0 classification A1.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 date "2025".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 language "eng".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 type journalArticle.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 subject "Medicine and Health Sciences".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 subject "Social Sciences".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 doi "10.1080/02640414.2024.2448358".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 issn "0264-0414".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 issn "1466-447X".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 abstract "To assess how altitude training impacts force-velocity-power (F-V-P) profiling and muscular power and anaerobic capacity in elite badminton players in reference to intra- and inter-individual sex-based variability. Following a quasi-experimental design, 14 players (6 females, 8 males) from the French national badminton singles and doubles teams performed a 3-week 'living high-training high' camp at natural altitude (2320 m). F-V-P profile and Wingate anaerobic test were assessed Pre- and Post-intervention, using ANOVA repeated measures conventional statistics, with further estimation statistics to show the magnitude of the testing condition and visualize intra- and inter-individual responses. No significant interaction nor time effect (Pre- vs. Post-) was observed for any variables (all p > 0.05), but a significant sex effect was observed for maximal theoretical velocity (p < 0.01), relative maximal theoretical power (Pmaxrel) (p = 0.02) and relative F-V-P profile and for peak and mean power outputs (both p < 0.001) during Wingate test. Pre-to-Post changes (from -11.0% to + 14.4%) did not significantly differ between sexes, except for Pmaxrel (p < 0.05) in favor of female athletes (+10.2% vs. -4.3% for male athletes). Hedge's g effect sizes (male minus female) revealed moderate and large effects for F-V-P profiling-derived variables. Mean conventional statistics did not reveal significant effect of altitude training, mainly due to high intra- and inter-variability across F-V-P profiling-derived variables and Wingate test. Substantial sex-based difference contributes to this variability, emphasizing the importance of individualized approach to enhance participant responsiveness to altitude training.".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 author 355C7DE2-F0EE-11E1-A9DE-61C894A0A6B4.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 author urn:uuid:3295baf2-aba0-40be-b409-33cb411abe35.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 author urn:uuid:584ca6a6-d441-4409-92af-6fbf677a938d.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 author urn:uuid:67f6d38e-59c4-4645-ad20-51da9069d8f7.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 author urn:uuid:90032c78-cd31-476e-90ad-53ab5c1e208f.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 author urn:uuid:911d2862-f0c4-4f6e-bcfc-76aeecc844fc.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 author urn:uuid:996bbf26-f9eb-42fa-aae3-121b0173030d.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 author urn:uuid:b962b62f-888d-4914-bfe4-c255bfe5c393.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 author urn:uuid:d7ac0805-00ff-4085-9c1f-c5ed56dcbe20.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 dateCreated "2025-01-06T16:15:38Z".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 dateModified "2025-01-16T13:01:40Z".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 name "Individual sex-based variability to altitude training in elite badminton players".
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 pagination urn:uuid:c748a2e4-1fc1-4be9-aa9f-45b14f78e1a8.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 sameAs LU-01JGY6D0PCWC2FTKCJ3VQZXEY0.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 sourceOrganization urn:uuid:2d14a18e-5a28-4066-855d-503876f9bb0e.
- 01JGY6D0PCWC2FTKCJ3VQZXEY0 type A1.