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The overall tone shows strong agreement with the article's findings, with comments highlighting that short intervals produce more significant hormonal and physiological effects, using phrases like 'superior adaptations' and 'more pronounced responses.' The use of technical terms and references to ongoing studies reflect high interest and engagement, contributing to potential shifts in training strategies.
Most discussions emphasize the superiority of short intervals in eliciting stronger physiological and hormonal responses, supporting the article's conclusions.
The posts reflect high engagement with current training research, highlighting the relevance for athletes and coaches, indicating strong interest.
Several discussions reference specific findings, such as hormonal responses and training adaptations, showing thoughtful engagement, although some posts are brief or supportive without deep analysis.
The emphasis on training implications and physiological insights suggests these discussions could influence training practices and research focus, indicating high impact.
Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest study on this - systemic and muscular responses to short and long intervals is out shortly in open access. #LabRønnestad #eliteathletes https://t.co/mT52PvNS4R
Mejor respuesta fisiológica y endocrina en intervalos de 30seg vs 5min igualando el esfuerzo. Curioso. https://t.co/CquF94V5oi
"Short intervals were associated with more pronounced #physiological and endocrine responses than long intervals in elite cyclists, suggesting such #training might lead to superior adaptations in elite #cyclists." New study by @AlmquistNicki et al https://t.co/QSuLTa2oSs
Short and long are not the same. Not better or worse, just different. ‘More pronounced physiological and endocrine responses’ have larger costs as well. https://t.co/FbsfnokD5e @AlmquistNicki @dhammarstrom
@stevemagness @gstafford13 also some data to support this in elite endurance athletes, see: https://t.co/Mz35ShgQxC https://t.co/twMo7dpp5S
Awesome recent studies on acute and chronic effects of short vs. long interval training sessions https://t.co/3amCKwavPU https://t.co/bpTkwQ35LG Have to be mindful of context here and avoid overly-dichotomous view of two useful training stimuli
This video discusses a proven method to boost VO2 Max through a Tabata on-off style 30/15 protocol, addressing common misconceptions and offering guidance for beginners to advanced athletes based on recent research.
The Society for Endocrinology has developed comprehensive new guidelines for testosterone replacement therapy in male hypogonadism, incorporating multi-disciplinary input and patient perspectives to improve diagnosis…
This study compares short (30 seconds) and long (5 minutes) high-intensity intervals on elite cyclists, highlighting that short intervals produce higher power output, greater hormonal responses, and may promote better…
@stevemagness @gstafford13 also some data to support this in elite endurance athletes, see: https://t.co/Mz35ShgQxC https://t.co/twMo7dpp5S
"Time & effort matched short intervals allowed elite cyclists to ride at higher power outputs compared to long intervals. This was accompanied by a greater hormonal response, which might lead to superior training adaptations." https://t.co/udHEG1nz4i
RT @AndrewKSheaff: Short and long are not the same. Not better or worse, just different. ‘More pronounced physiological and endocrine res…
Short and long are not the same. Not better or worse, just different. ‘More pronounced physiological and endocrine responses’ have larger costs as well. https://t.co/FbsfnokD5e @AlmquistNicki @dhammarstrom
Systemic and muscular responses to effort-matched short intervals and long intervals in elite cyclists https://t.co/rDIAvNHIbF
RT @PSchoenmakers12: Systemic and muscular responses to effort-matched short intervals and long intervals in elite cyclists https://t.co/ZN…
Systemic and muscular responses to effort-matched short intervals and long intervals in elite cyclists https://t.co/ZNczBnKrYp
Systemic and muscular responses to effort‐matched short intervals and long intervals in elite cyclists https://t.co/Moqg5pgCX6
RT @AlmquistNicki: Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest…
Awesome recent studies on acute and chronic effects of short vs. long interval training sessions https://t.co/3amCKwavPU https://t.co/bpTkwQ35LG Have to be mindful of context here and avoid overly-dichotomous view of two useful training stimuli
RT @NATURAUL: Mejor respuesta fisiológica y endocrina en intervalos de 30seg vs 5min igualando el esfuerzo. Curioso. https://t.co/CquF94V5…
RT @NATURAUL: Mejor respuesta fisiológica y endocrina en intervalos de 30seg vs 5min igualando el esfuerzo. Curioso. https://t.co/CquF94V5…
RT @NATURAUL: Mejor respuesta fisiológica y endocrina en intervalos de 30seg vs 5min igualando el esfuerzo. Curioso. https://t.co/CquF94V5…
RT @NATURAUL: Mejor respuesta fisiológica y endocrina en intervalos de 30seg vs 5min igualando el esfuerzo. Curioso. https://t.co/CquF94V5…
RT @AlmquistNicki: Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest…
Mejor respuesta fisiológica y endocrina en intervalos de 30seg vs 5min igualando el esfuerzo. Curioso. https://t.co/CquF94V5oi
RT @AlmquistNicki: Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest…
RT @AlmquistNicki: Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest…
RT @CyclingScience1: "Short intervals were associated with more pronounced #physiological and endocrine responses than long intervals in el…
...Overall, SI was associated with more pronounced physiological and endocrine responses than LI in elite cyclists, suggesting that such training might lead to superior adaptations in elite cyclists. https://t.co/30enKYOTiG
RT @CyclingScience1: "Short intervals were associated with more pronounced #physiological and endocrine responses than long intervals in el…
RT @CyclingScience1: "Short intervals were associated with more pronounced #physiological and endocrine responses than long intervals in el…
RT @AlmquistNicki: Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest…
RT @AlmquistNicki: Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest…
RT @AlmquistNicki: Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest…
RT @AlmquistNicki: Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest…
RT @AlmquistNicki: Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest…
Why are adaptations to short (30s) HIT superior to long (5min) intervals in well-trained and elite cyclists? Our latest study on this - systemic and muscular responses to short and long intervals is out shortly in open access. #LabRønnestad #eliteathletes https://t.co/mT52PvNS4R
RT @CyclingScience1: "Short intervals were associated with more pronounced #physiological and endocrine responses than long intervals in el…
RT @CyclingScience1: "Short intervals were associated with more pronounced #physiological and endocrine responses than long intervals in el…
https://t.co/CquF94V5oi
"Short intervals were associated with more pronounced #physiological and endocrine responses than long intervals in elite cyclists, suggesting such #training might lead to superior adaptations in elite #cyclists." New study by @AlmquistNicki et al https://t.co/QSuLTa2oSs
2019-T1/AMB-13672. This work was carried out within the framework of ... 003. https://doi.org/10.1111/j.1551-2916.2010.03887.x. [46] X. Gao, Q.L. Yu ...
Our SMS simulations revealed that a long PEG chain seems is not needed to coat the ... 2012;116(46):13672-81. Zsila F, Bikadi Z & Simonyi M. Circular ...
https://doi.org/10.1111/j.1365-294X.2009.04465.x study, S.M.S., M.T.R, K.C.M.P. and M.L.O.B. collected the data; Werneck, F. P., Gamble, T., Colli, G. R. ...
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Collins Kokuro KNUST SMS/Komfo Anokye Teaching Hospital Dr. Lilly Wu Korle-Bu ... https://doi.org/10.1111/jch.13672. 152. NATIONAL GUIDELINES FOR THE ...
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(Table 2). Fusarium oxysporum species are natural producers of bioactive secondary metabolites (SMs), some of which ... Molecular microbiology 53, 1373–1383, ...
... 10.1111/add. 13672/abstract?platform=hootsuite. 0 reactions. Profile ... Baldon Vahim ▻ Waimapuru National Secondary School SMS. 4w ...
S.M.S. and F.M.d. were funded by PNPD/CAPES fellowships at PPGZOOL ... U.S.A. 97, 13672–13677 (2000). GO TO REFERENCE. Crossref · PubMed.
... 10.1111/add. 13672/abstract?platform=hootsuite. 0 reactions ... SMS text, email, and social media." https://drive.google. com/file/d ...
... 10.1111/add. 13672/abstract?platform=hootsuite. 0 reactions.
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