Block periodization of high-intensity aerobic intervals provides superior training effects in trained cyclists.
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Mar 2019 – Apr 2025Where it's discussed
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X / Twitter16 posts
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YouTube4 videos
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Facebook3 posts
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What people are saying
Discussions exhibit a high level of interest and engagement, with examples including references to specific research studies by Rønnestad and others, detailed descriptions of training blocks, and considerations of physiological impacts. The tone varies from curiosity to cautious endorsement, demonstrating a thoughtful analysis of how block periodization could influence athletic training and performance improvements.
Most discussions recognize the study's claim that block periodization offers superior training benefits, with users citing supporting research and affirming its benefits.
Posts are highly interested, often referencing specific data, such as VO2max improvements, and engaging with detailed methodologies, indicating strong curiosity.
Several posts delve into detailed analysis, including references to training routines, physiological benefits, and scientific references, demonstrating deep engagement.
While some acknowledge the potential influence on training practices, the discussions mostly highlight academic interest, with limited evidence of broad practical implementation yet.
Abstract in brief
- The study compares two training methods for trained cyclists: block periodization (BP), which involves an initial week of intense workouts followed by lower intensity sessions, and traditional (TRAD) training with a steady schedule.
- Results showed that the BP group experienced greater improvements in VO2max, peak power output, and power output at a specific lactate level, indicating better fitness gains compared to the TRAD group.
- Overall, the findings suggest that organizing endurance training into blocks of high-intensity work can lead to more significant performance improvements than traditional training methods, even when total training volume and intensity are similar.]
Top posts
Most liked on X and BlueskyOpen tab in my browser (even before I listened to this): "Block periodization of high-intensity aerobic intervals provides superior training effects in trained cyclists" (Side note: If you're not careful, it's also an easy way to blow yourself up) https://t.co/qQWDPb5sLM https://t.co/9qg2Bp70mn
@liversedge going to try and add to this debate with the following papers: https://t.co/mn3jLAqtnu https://t.co/IxRwYXMBcN https://t.co/thpaH6KSjV https://t.co/vV073E5ABv
Not just 'what', but 'when'... Block periodization of high‐intensity aerobic intervals provides superior training effects in trained cyclists https://t.co/MelBoDTbbQ
@JohnBlacko I think there is a real physiological benefit https://t.co/0p894mO5Nv
@Coach_Swole @JoeD_Strength @BrendanThompsn Block periodization of high-intensity aerobic intervals provides superior training effects in trained cyclists B R Rønnestad et al. Scand J Med Sci Sports. 2014 Feb.
All mentions
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Block periodization involves concentrated intense training sessions followed by recovery. This method was used this fall to achieve peak physical condition, supported by specific training plans and nutrition strategies…
Enhancing Cycling Performance with Block Periodization Science
This video explores whether block periodization improves speed and performance, based on scientific research and personal experience. It discusses how organizing high-intensity aerobic intervals into blocks can yield…
Optimizing Endurance Training with Block Periodization for Cyclists
This video discusses the science behind block periodization in high-intensity aerobic intervals, highlighting its effectiveness in enhancing cycling performance through targeted training blocks. Practical insights are…
Block Periodization: The Training Hack for Breakthrough Gains
RT @lime_crush: Open tab in my browser (even before I listened to this): "Block periodization of high-intensity aerobic intervals provides…
Open tab in my browser (even before I listened to this): "Block periodization of high-intensity aerobic intervals provides superior training effects in trained cyclists" (Side note: If you're not careful, it's also an easy way to blow yourself up) https://t.co/qQWDPb5sLM https://t.co/9qg2Bp70mn
@JohnBlacko I think there is a real physiological benefit https://t.co/0p894mO5Nv
@Coach_Swole @JoeD_Strength @BrendanThompsn Block periodization of high-intensity aerobic intervals provides superior training effects in trained cyclists B R Rønnestad et al. Scand J Med Sci Sports. 2014 Feb.
¿Qué diferencias encontramos entre un método de periodización en bloque y un método tradicional en el entrenamiento de resistencia en ciclistas?
初めにカッチリやった方が良いかも。 https://t.co/5JcMSGCTLM
Este estudio compara la periodización en bloque vs la periodización más tradicional en ciclistas. Abogando por la división en bloques con sesiones de HIIT la primera semana, y después entrenamiento LIT intercalado con 1 sesión de HIIT.@umh1617 https://t.co/gC4f3Zhxpj
Not just 'what', but 'when'... Block periodization of high‐intensity aerobic intervals provides superior training effects in trained cyclists https://t.co/MelBoDTbbQ
2/ Firstly the VO2max blocks, I am now in my 3rd of these, they are roughly a set of 6 continuous days of VO2max work (details to follow),followed by 2 wks of high volume (but not easy) riding and running. This is largely informed by the work of Ronnestad https://t.co/tlYEPdxtPT
@jamiegiven Possibly this one (wk 1=5 HIT sessions, then next 3 wks=1 HIT session each): Rønnestad, Hansen, & Ellefsen. (2014). Block periodization of high‐intensity aerobic intervals provides superior training effects in trained cyclists. Scandinavian j of med & sci sports, 24(1), 34-42.
RT @Spragg_Coaching: @liversedge going to try and add to this debate with the following papers: https://t.co/mn3jLAqtnu https://t.co/IxRw…
@liversedge going to try and add to this debate with the following papers: https://t.co/mn3jLAqtnu https://t.co/IxRwYXMBcN https://t.co/thpaH6KSjV https://t.co/vV073E5ABv
RT @YLMSportScience:
RT @YLMSportScience:
RT @YLMSportScience: