Négyesi János

PhD student of Medicine (Human Movement Sciences) at Tohoku University, Sendai Japan

[Négyesi János @NegyesiJ]

Frontiers in Physiology has launched a new Research Topic, Sensor Technologies and Biosignal Processing Methods to Explore the Physiological Functions of Proprioception.
https://t.co/Uk9XHOPZ1Y

[Négyesi János @NegyesiJ]

Tohoku University found our recently published paper significant enough to publish a press release about it both in English and Japanese.

[Tohoku University @TohokuUniPR]

A research team from Tohoku University examined the use of below-knee compression garments during physical training, finding that the garments reduce strength loss after strenuous exercise. https://t.co/5kquqRCgPk

[Brazilian Journal of Motor Behavior (BJMB) @BrJMotorBehav]

In the current issue of #BJMB, @NegyesiJ, T. Mori, K. Ataka, S. Izumi, T. Hortobágyi, & R. Nagatomi demonstrated that targeting #S1 area by #TMS excites #M1 interneurons producing MEPs on the contralateral FCR muscle. https://t.co/IlpDxz59Eo
10.20338/bjmb.v14i3.173. Check it out!

[Négyesi János @NegyesiJ]

Our recently published manuscript indicate that healthy aging produces age-specific modifications in passive joint position sense. Find out more @
https://t.co/5AgutzE0ZU

[Négyesi János @NegyesiJ]

We believe that the findings described in our recent manuscript helps us, practitioners, physiotherapists, trainers and athletes better understand how the application of a compression garment applied on the knee joint may support athletic activities.
https://t.co/ityj0jBJzZ

[Négyesi János @NegyesiJ]

Dear Visitor,
If you are interested in scientific findings in human movement sciences, including neurosciences, sport biomechanics and exercise physiology, please click on the ‘Follow’ button #human #movement #science #neuroscience #sport #physiology