PubHawk
August 2015 PMID 26046962

The neuromechanical adaptations to Achilles tendinosis.

Yu-Jen Chang, Kornelia Kulig

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Mentions

26
Peak: 1 in Aug 2017
across 3 sources since Aug 2017

Extended reach

13,567
potential audience

Total likes

40

Video views

3,051

Mentions per month

Aug 2017 – Dec 2022

Where it's discussed

  • Facebook22 posts
  • X / Twitter2 posts
  • YouTube2 videos

AI synopsis

What people are saying

The discussions acknowledge the article's focus on neuroplastic and neuromechanical changes, with comments about how these changes are fundamental yet challenging to reverse or identify clinically. Phrases like 'cambios adaptativos' and 'influyen en el sistema de movimiento' demonstrate a recognition of the publication's significance, even as some questions remain about practical applications and detection.

AgreementModerate agreement

Most posts recognize that the publication discusses adaptive neuromechanical changes, indicating general agreement with the findings.

InterestModerate interest

Posts show moderate interest by discussing potential clinical implications and molecular adaptations, though they do not delve deeply into specifics.

EngagementModerate engagement

Comments reflect a respectful engagement, such as sharing related concepts like neuroplasticity and questioning clinical capabilities.

ImpactModerate impact

Discussions highlight that understanding neuromechanical adaptations is relevant for clinical practice, but there is no strong emphasis on groundbreaking impact.

Abstract in brief

  • Achilles tendinosis causes the Achilles tendon to become more compliant (less stiff), leading to changes in how the body controls movement.
  • The degenerative change in the tendon prompts the nervous system and surrounding muscles to adapt, altering muscle activation patterns to compensate for the mechanical deficit.
  • These adaptations are specific to the affected side, with evidence suggesting that tendinotic tendons influence neuromuscular control, including decreased efficiency and altered CNS modulation of muscle activity.]
Read the full abstract

Top posts

Most liked on X and Bluesky
Alvaro Altube
@BfitGetxo · X

@FisioHockey Buenas Ana, normalmente hace referencia a los cambios neuroplásticos (Morfológicos y funcionales) que influyen en el sistema de movimiento. Te dejo un ejemplo relacionado con la tendinopatía aquílea. Saludos. https://t.co/8kWMmjC5uq

Jan 11, 2021 · 2 likes · 5,258 followers View post →
Alvaro Altube
@BfitGetxo · X

@JuandelRiego Claro si, se dan cambios adaptativos. https://t.co/YGmi7VxyKC Otra cosa es como revertir esos cambios neuromecánicos, o si clínicamente tenemos capacidad para identificarlos, yo al menos no.

Apr 7, 2021 · 1 like · 5,258 followers View post →

All mentions

Alvaro Altube
@BfitGetxo · X

@JuandelRiego Claro si, se dan cambios adaptativos. https://t.co/YGmi7VxyKC Otra cosa es como revertir esos cambios neuromecánicos, o si clínicamente tenemos capacidad para identificarlos, yo al menos no.

Apr 7, 2021 · 1 like · 5,258 followers View post →
Alvaro Altube
@BfitGetxo · X

@FisioHockey Buenas Ana, normalmente hace referencia a los cambios neuroplásticos (Morfológicos y funcionales) que influyen en el sistema de movimiento. Te dejo un ejemplo relacionado con la tendinopatía aquílea. Saludos. https://t.co/8kWMmjC5uq

Jan 11, 2021 · 2 likes · 5,258 followers View post →