2012 Program - Society for the Neural Control of Movement

Poster Sessions | Authors, Titles and Affiliations
Session 2 Posters are listed by theme.
A - Adaptation & Plasticity
in Motor Control
2-A-1 Cerebellar rTMS disrupts fast learning
motor adaptation process
Robert Hardwick1, Jon S Kennedy1, Chris Miall1 1University of Birmingham, UK
2-A-2 Transfer of motor learning between the two
arms
Robert van Beers1, Eli Brenner1, Jeroen B Smeets1 1VU University Amsterdam
2-A-3 Sensori-motor adaptation to a novel force
field does not transfer to the non-exposed arm in
aged adults and a proprioceptively-deafferented
patient
Fabrice Sarlegna1, Marvin Dufrenne2, Lionel Bringoux2, Jean-Louis Vercher1, Christophe Bourdin2 1CNRS & Aix-Marseille University, 2Aix-Marseille University
2-A-4 More realignment for imposed than for
naturally occurring biases
Jeroen Smeets1, Katinka van der Kooij1, Robert J van Beers1, Willemijn D Schot1, Eli Brenner1 1VU University
2-A-5 Transcranial direct-current stimulation
(tDCS) over somatosensory cortex modulates
synaptic mechanisms involved in classical eyeblink
conditioning in rabbits
Javier Márquez-Ruiz1, Rocío Leal-Campanario1, Raudel Sánchez-Campusano1, Claudia Ammann1, Behnam Molaee-Ardekani2, Fabrice Wendling2, Giulio Ruffini3, Agnès Gruart1, José María Delgado-García1 1University Pablo de Olavide, 2INSERM, U642 - Université de
Rennes, 3Starlab Barcelona SL
2-A-6 tDCS modulates adaptation strategies in a
myoelectric-controlled interface task
Claire Schofield1, Kianoush Nazarpour1, Andrew Jackson1 1Newcastle University
2-A-7 Modular learning of different kinematic
perturbations: A model-based approach
Laura Patanè1, Francesco Nori1, Bastien Berret1, Alessandra Sciutti1, Giulio Sandini1 1Istituto Italiano di Tecnologia
2-A-8 Inter-manual transfer in a neuromotor
interface: An age-controlled study
Sabine Gretenkord1, Kianoush Nazarpour1, Andrew Jackson1, Janet Eyre1, Sara Graziadio1 1Newcastle University
2-A-9 Proprioceptive training on a desired
trajectory improves motor learning
Jeremy Wong1, Dinant A Kistemaker1, Paul L Gribble1 1University of Western Ontario
2-A-10 Capacity of LTP-like plasticity is essential
for motor learning
Gabriela Cantarero1, Rebecca O’Malley1, Pablo A Celnik1 1Johns Hopkins Medical Institution
2-A-11 Parietofrontal visuomotor pathway integrity
after stroke determines volitional sensorimotor
rhythm (SMR) modulation skill
Ethan Buch1, Amir Modir Shanechi2, Alissa D Fourkas1, Cornelia Weber3, Niels Birbaumer3, Leonardo G Cohen1 1National Institute of Neurological Disorders & Stroke, NIH,
2Washington University School of Medicine, 3University of
Tübingen
2-A-12 Can older adults learn new dynamics?
Alaa Ahmed1, Helen J Huang1 1University of Colorado
2-A-13 The role of the cerebellum in force-field
adaptation
Damien Pastor1, Adrian Haith2, Yves Rossetti1, Reza Shadmehr2, Jacinta O’Shea3 1Lyon Neuroscience Research Center INSERM U1028, 2Johns
Hopkins University School of Medicine, 3FMRIB, University of
Oxford, John Radcliffe Hospital
2-A-14 Neurophysiological constraints for biological
plausibility of machine learning
Martin Nilsson1, Fredrik Bengtsson2, Carl-Fredrik Ekerot2, Henrik Jörntell2 1Swedish Institute of Computer Science (SICS), 2Lund University
2-A-15 Dual processes in prism adaptation -
Evidence from computational modelling and
transcranial direct current stimulation
Jon Kennedy1, Damien Pastor2, Valerie Gaveau2, Matthieu Kandel2, Yves Rossetti2, Chris Miall1, Jacinta O’Shea3 1University of Birmingham, 2University of Lyon, 3University of
Oxford
2-A-16 Changes of phase synchrony in motor
learning during whole versus parts practice
Pablo Burgos1 1Universidad de Chile
2-A-17 A shared mechanism underlying the use of
visual and proprioceptive information in reaching
and grasping
Karen Bourns1, Francisco Colino1, Darian Cheng1, Keith Brewster1, Brendan Cameron1, Gordon Binsted1 1University of British Columbia Okanagan
2-A-18 Changes in muscle synergies during
adaptation to novel visuomotor transformations
Denise Berger1, Reinhard Gentner1, Timothy Edmunds2, Dinesh K Pai2, Andrea d’Avella1 1IRCCS Fondazione Santa Lucia, 2University of British Columbia
2-A-19 Bihemispheric transcranial direct current
stimulation enhances skill learning and transfer to
the untrained hand
Jörn Diedrichsen1, Sheena Waters-Metenier1, Masud Husain1, Tobias Wiestler1, Jörn Diedrichsen1 1University College London
42 | SOCIETY FOR THE NEURAL CONTROL OF MOVEMENT | 22ND ANNUAL MEETING PROGRAM