Six weeks of a polarized training-intensity distribution leads to greater physiological and performance adaptations than a threshold model in trained cyclists.
The group shows strong support for the publication's conclusion that polarized training enhances performance, with comments like '6 weeks of polarized training leads to greater adaptations' and 'this method seems promising.' The tone varies from straightforward endorsements to personal reflections, highlighting a collective interest in applying or understanding these training principles, which emphasizes the perceived relevance and modest impact of the research.
AgreementModerate agreement
Most discussions support the idea that polarized training leads to better performance adaptations, indicating general agreement with the publication's findings.
InterestHigh interest
Many participants express curiosity and appreciation for the research, showing high interest in the topic of training methods.
EngagementModerate engagement
While some posts share personal experiences or comment on the concepts, most are brief and provide limited in-depth analysis, resulting in moderate engagement.
ImpactModerate impact
The discussions suggest some influence on training perspectives, but overall, the exchange seems more informational than transformational.
Abstract in brief
This study compared the effects of polarized training (mostly low and high intensity) versus threshold training (mostly moderate intensity) over six weeks in trained cyclists, finding that polarized training led to greater improvements in performance measures like time trial performance, lactate threshold, and high-intensity capacity.
While both training methods improved endurance and performance, the polarized approach resulted in more significant gains, with increases of about 8% in time trial performance and 9% in lactate threshold, compared to smaller improvements with threshold training.
Muscle metabolic markers such as mitochondrial enzyme activity and MCT1 expression did not change significantly after either training period, but metabolomics analysis revealed distinct systemic metabolic adaptations, especially with polarized training, suggesting broader systemic benefits beyond muscle enzyme changes.
Since I am stealing a screenshot from this new video, I think DylanJohnsen deserves some props for this nice picture and theoretical comparison of two riders accumulating the same time-in-zone in very different ways: https://t.co/eBoQKErhJZ https://t.co/94VCzHZYRy
Nov 4, 2022 · 284 likes · 17 shares · 33,289 followersView post →
https://t.co/RdAYM01j3E trainings-erkenntnis des tages:
am ende des tages schnappen sich alle ein 20 jahre altes (SEHR GUTES!) buch (Coggan/Allen) und würzen es mit aktuellen godfather Seilers Tidbits.
Nov 4, 2022 · 7 likes · 1,027 followersView post →
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Matt Chaffe
@mattchewone · X
Although looking at my power zones, and watching https://t.co/Wtu2g7R0B8 I think this might be counted as junk miles
@matosvelo @PerezAnthony1 Pour ceux qui parlent anglais, ce genre de vidéos est vraiment bien foutue, c'est pas aussi pointu que les super articles de Lorenzini par exemple, mais ça permet de bien comprendre certains principes de base.
https://t.co/KnIiYjTXY2
This video examines whether junk miles hinder training progress by analyzing the science behind different training intensities. It highlights that polarized training—combining low and high intensities—yields superior…
@matosvelo @PerezAnthony1 Pour ceux qui parlent anglais, ce genre de vidéos est vraiment bien foutue, c'est pas aussi pointu que les super articles de Lorenzini par exemple, mais ça permet de bien comprendre certains principes de base.
https://t.co/KnIiYjTXY2
RT @StephenSeiler: Since I am stealing a screenshot from this new video, I think DylanJohnsen deserves some props for this nice picture and…
Nov 4, 2022 · 17 shares · 2,168 followersView post →
HC
Herb Case
@CaseHerb · X
RT @StephenSeiler: Since I am stealing a screenshot from this new video, I think DylanJohnsen deserves some props for this nice picture and…
Nov 4, 2022 · 17 shares · 198 followersView post →
JT
Juan P. Torreglosa
@jtorregl · X
RT @StephenSeiler: Since I am stealing a screenshot from this new video, I think DylanJohnsen deserves some props for this nice picture and…
Nov 4, 2022 · 17 shares · 500 followersView post →
TS
Takuto Sugisaki
@wswsdogs · X
RT @StephenSeiler: Since I am stealing a screenshot from this new video, I think DylanJohnsen deserves some props for this nice picture and…
Nov 4, 2022 · 17 shares · 230 followersView post →
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wataru915
@wataru915_tri · X
RT @StephenSeiler: Since I am stealing a screenshot from this new video, I think DylanJohnsen deserves some props for this nice picture and…
Nov 4, 2022 · 17 shares · 1,131 followersView post →
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Unai
@usainzg · X
RT @StephenSeiler: Since I am stealing a screenshot from this new video, I think DylanJohnsen deserves some props for this nice picture and…
Nov 4, 2022 · 17 shares · 255 followersView post →
OZ
Owain Zerilli
@OwainZerilli · X
RT @StephenSeiler: Since I am stealing a screenshot from this new video, I think DylanJohnsen deserves some props for this nice picture and…
Nov 4, 2022 · 17 shares · 229 followersView post →
SS
Stephen Seiler
@StephenSeiler · X
Since I am stealing a screenshot from this new video, I think DylanJohnsen deserves some props for this nice picture and theoretical comparison of two riders accumulating the same time-in-zone in very different ways: https://t.co/eBoQKErhJZ https://t.co/94VCzHZYRy
Nov 4, 2022 · 284 likes · 17 shares · 33,289 followersView post →
BS
Broomie (gemütlichkeit SZN)
@ChBroome · X
https://t.co/RdAYM01j3E trainings-erkenntnis des tages:
am ende des tages schnappen sich alle ein 20 jahre altes (SEHR GUTES!) buch (Coggan/Allen) und würzen es mit aktuellen godfather Seilers Tidbits.
Nov 4, 2022 · 7 likes · 1,027 followersView post →
Does Polarized Training Improve Performance in Recreational ...
News
J Appl Physiol. 2013;114:461– 13. Foster C. Monitoring training in athletes with refer- 471. PubMed doi:10.1152/japplphysiol.00652.2012 ence to overtraining ...