Arthur H Dewolf

[Journal of Applied Physiology @japplphysiol]

#ArticlesInPress: Biomechanics of Human Locomotion in the Wind

Raphael M. Mesquita, et al.
https://t.co/Ujtyzg6IHy
#JAPPL @RaphMesquita @GionnaCata

[Valentina @v_natalucci]

🆕🌬️🏃🏻#Headwind or #tailwind, what biomechanical effect during human locomotion?

Really enthusiastic to share our last paper! Finally the #biomechanical determinants of #walking and #running in the #wind are explained!

@japplphysiol 🤓 https://t.co/TuMcnAgNEJ

[Leo Peyré-Tartaruga @leotartaruga]

An amazing product of our collaboration with (& coordinated by) Prof. @dewolf_arthur! Relation between soft tissue energy dissipation and leg stiffness in running at diff step frequencies | Royal Society Open Science https://t.co/vV8ddrpgXM @UCLouvain_be @UfrgsLocomotion @unipv

[Scientific Reports @SciReports]

The work to swing limbs in humans versus chimpanzees and its relation to the metabolic cost of walking @FLucMed
https://t.co/HzimMhqqVC

[Leo Peyré-Tartaruga @leotartaruga]

Our latest: Pendular mechanism determinants and elastic energy usage during walking of obese and non‐obese children - Peyré‐Tartaruga - Experimental Physiology - https://t.co/KTefRmDEj3

[Cristian Osgnach @COsgnach]

We had to think a little🤨🤔🧐… but finally, here they are!
A big thank-you once again to all of the team.🫶🏻
I hope this work can be a good suggestion to overcome the limits of the acceleration and assessing better the neuro-muscular load:
1️⃣ 100-m dash 🏃🏼
2️⃣ team sports ⚽️

[Christoph Burch @ChristophBurch]

Exercise in Octogenarians: How Much Is Too Little?
https://t.co/ExxVLMtI9H

[Tadej Debevec @DebevecTadej]

@JPhysiol

The time is now: regular exercise maintains vascular health in ageing women

https://t.co/D16qQ5d28Q

[Frontiers - Physiology @FrontPhysiol]

New Research: Unraveling age-related impairment of the neuromuscular system: exploring biomechanical and neurophysiological perspectives #Physiology https://t.co/2ROctx0mLc

[Arthur H Dewolf @dewolf_arthur]

Published! In this article, @MarioNu01 et al. showed that some charateristics of adult gait, such as the step-to-step transition, are not mature even at 12 years old. As older adults, unanticipated transition occurred more often in young children.

[neuromechanicspapers @neuromechpapers]

Effect of age and speed on the step-to-step transition strategies in children https://t.co/lGuhGWQcuz

[Arthur H Dewolf @dewolf_arthur]

@BastienDth super fun

[neuromechanicspapers @neuromechpapers]

Modification of the locomotor pattern when deviating from the characteristic heel-to-toe rolling pattern during walking https://t.co/kZ1tXxrw3w

[Leo Peyré-Tartaruga @leotartaruga]

Good news! Our paper received enough citations to be #topcitedarticle in @ExpPhysiol journal. Thanks to all authors  #GabrielFábrica @MonteA_biomech #ValentinaSilva-Pereyra @dewolf_arthur @DvDMalatesta @AlbertoMinetti #PaolaZamparo #GasparePavei #PietroEDiPrampero #PatrickWillems

[Dr. Elden Wayne Whalen III, ShD @wayne_effect]

https://t.co/JfuyR3O5Nz

[Alessandro Del Vecchio @AlecsDelVecchio]

Fantastic work lead by Andrea, it took only 2 years (or 3? I forgot :-D) to analyze this dataset ! But it was worth it. Developing new non-invasive methods is hard both at the hardware and software level, but that is the future.. and we believe in dreams !

[SfN Journals @SfNJournals]

#JNeurosci: @dewolf_arthur et al. @unitorvergata compared bilateral & unilateral stepping in human neonates, where cortical control is still underdeveloped. The results from this research are important for detecting early developmental motor disorders.
https://t.co/AjiXNIbV4e

[BunchOfChunk @BunchOfChunk]

Left-Right Locomotor Coordination in Human Neonates: Terrestrial locomotion requires coordinated bilateral activation of limb muscles, with left–right alternation in walking or running, and synchronous activation in hopping or skipping. The neural… https://t.co/9KBbiWDHdZ

[Jonathan Hagyard @JonathanHagyard]

📰New paper Friday📰

Using #EMG during exoskeleton-assisted gait, functional and structural changes at the
#spinalcord level can be mapped into muscle synergies and spinal maps of motoneuron activity ⚡️

Great work @SantaLuciaIRCCS and @dewolf_arthur

👉 https://t.co/jfQhzsUqFK

[Arthur H Dewolf @dewolf_arthur]

#WolrdElephantDay
Starting from the idea of Dr Ivanenko (https://t.co/kk18jHfzEU), we confirm, comparing dogs and elephants, that some aspects of sensorimotor postural control do not scale with size (https://t.co/IVhu2xX0QI)

[Arthur H Dewolf @dewolf_arthur]

We found variable interlimb coordination and an incomplete sensory modulation, suggesting that human neonatal locomotor networks do not operate in the same manner as in mature locomotion, but share many properties with spinal mammalian preparations.

[Arthur H Dewolf @dewolf_arthur]

Our manuscript 'Left-right locomotor coordination in human neonates' is available in J Neurosci @SfNtweets https://t.co/gSOLF0sd2p

[Arthur H Dewolf @dewolf_arthur]

Terrestrial locomotion requires coordinated bilateral activation of limb muscles. In order to decipher the early development of the spinal networks and coordination in humans, we compared bilateral and unilateral stepping in neonates, where cortical control is underdeveloped.