J Biomech March 2021 PMID 33601186

Neuromechanical assessment of knee joint instability during perturbed gait in patients with knee osteoarthritis.

Jim C Schrijvers, Josien C van den Noort, Martin van der Esch, Jaap Harlaar

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Mentions

Peak: 4 in Feb 2021

across 2 sources since Feb 2021

Extended reach

3,902

potential audience

Total likes

Video views

525

Mentions per month

Feb 2021 – Mar 2022

Where it's discussed

X / Twitter7 posts
YouTube1 videos

AI synopsis

What people are saying

The analysis reveals a strong interest and engagement in the study, exemplified by mentions of the GRAIL system and the use of perturbations for measuring joint stability. The tone suggests excitement about the potential for these findings to shape future treatment strategies, though some posts remain cautiously optimistic about the long-term impact.

AgreementModerate agreement

Most discussions highlight the importance and relevance of the neuromechanical methods used in the study, indicating general agreement with its significance.

InterestHigh interest

The posts demonstrate high interest, with references to advanced techniques like the GRAIL system and the potential for improved assessments of knee stability.

EngagementHigh engagement

The discussions show deep engagement through mentions of methodology (perturbed gait, neuromechanical responses) and implications for future treatments.

ImpactModerate impact

Participants recognize that this research could influence clinical approaches to knee osteoarthritis, although the immediate impact appears moderate.

Abstract in brief

The study compares neuromechanical responses to gait perturbations in patients with knee osteoarthritis reporting instability, those reporting stability, and healthy controls, revealing that KOAI patients tend to increase knee flexion and muscle cocontraction during perturbations.
Patients with more severe KOA show specific changes such as increased knee flexion and quadriceps hamstring cocontraction, suggesting these measures could help assess knee joint instability.
Understanding these neuromechanical responses may aid in developing targeted treatments and requires further long-term research to explore how altered mechanics influence disease progression.

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All mentions

Assessing Knee Joint Instability in Osteoarthritis Using GRAIL System

Jim Schrijvers utilized the GRAIL system to evaluate knee joint instability during gait perturbations in osteoarthritis patients, aiming to develop objective assessment methods for knee instability during movement.

Motek Medical · Feb 9, 2022 525 views

Summit Medical & Scientific

@SummitMedSci · X

RT @MotekMedical: Jim Schrijvers, a PhD student of Amsterdam UMC, used the GRAIL system for his research to provoke knee joint instability…

Mar 2, 2022 · 2 shares · 800 followers View post →

Jereme Outerleys

@jouterleys · X

RT @MotekMedical: Jim Schrijvers, a PhD student of Amsterdam UMC, used the GRAIL system for his research to provoke knee joint instability…

Mar 2, 2022 · 2 shares · 752 followers View post →

Motek Medical B.V.

@MotekMedical · X

Mar 2, 2022 · 5 likes · 2 shares · 1,027 followers View post →

GaitStabilityPapers

@GaitStabilPubs · X

Neuromechanical assessment of knee joint instability during perturbed gait in patients with knee osteoarthritis https://t.co/3YbVKIRSNy

Feb 24, 2021 · 1 like · 361 followers View post →

neuromechanicspapers

@neuromechpapers · X

Neuromechanical assessment of knee joint instability during perturbed gait in patients with knee osteoarthritis https://t.co/aIzDvqj0ql https://t.co/z0nQwfo2lu

Feb 23, 2021 · 32 followers View post →

neuromechanicspapers

@neuromechpapers · X

Neuromechanical assessment of knee joint instability during perturbed gait in patients with knee osteoarthritis. https://t.co/ScynjvSXGX https://t.co/oGWmkg6NqT

Feb 20, 2021 · 32 followers View post →