
Wolfgang Seiberl
@wolfgangseiberl
find me elsewhere.
ID: 1198287430857695232
23-11-2019 17:09:40
143 Tweet
195 Followers
177 Following


Unlocking benefit of active stretch: Eccentric muscle action not preload maximizes MTU SSC performance. Kudos to T Göcking, PhD student UniBw M, and D Holzer, Daniel Hahn, T Siebert. Great DFG public | @[email protected] project team. Thanks for very constructive review process Journal of Applied Physiology.


Our quarterly was full of new insights from experiments, invention improvements and interdisciplinary exchange. 🧠🔌🔬 We're proud to have a team that keeps to the schedule with full energy and drives research forward! dtec.bw UniBw M Universität Regensburg Charité - Universitätsmedizin Berlin Syddansk Universitet


Our experiments with cTMS Rogue Research are running at full speed and on Monday we were able to discuss them in detail with Walter Paulus and Ken Möhwald in Regensburg. Thank you for coming! UniBw M dtec.bw Universität Regensburg




Data acquisition for our first cTMS Rogue Research study with cobot Axilum Robotics is completed. Looking forward to the results! By the way: not all of our participants are >1.9 m tall and slouch on the MagVenture UK Ltd treatment chair like this...😉 UniBw M dtec.bw Universität Regensburg


Wolfgang Seiberl Roman Rethwilm Martin Schecklmann Desmond Agboada And here is the thoughtful response of Andrea Antal & Chria Baeken to oit comment. In practice, things remain very complicated. sciencedirect.com/science/articl…

Join us for this year's ARTEMIS! (for example via zoom - link via QR) On October 18th from 9.45 am to 4 pm CEST we will talk and discuss about TMS-EEG also in combination with EMG! Happy to have you on board, Victor Hugo Souza and Mikkel Malling Beck!🧠🗨️ dtec.bw UniBw M Universität Regensburg



50 days free access link IFCN and its Clinical Neurophysiology journals authors.elsevier.com/a/1jtar4xfebFN…


Another piece to the puzzle. In this paper, we show how muscle-tendon unit decoupling can contribute to the SSC effect. Collaborative work by Denis Holzer (TU München), Wolfgang Seiberl, and Tobias Siebert (Uni Stuttgart) Funded by DFG public | @[email protected] OA: doi.org/10.14814/phy2.…

