Project leaders
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©MedizinFotoKöln
Markus Aswendt
C01
C01 Identification and selective stimulation of motor recovery-related functional networks after experimental stroke
University Hospital Cologne

©MedizinFotoKöln
Juan Carlos Baldermann
C07
C07 Neural networks underlying motor tic formation and suppression
University Hospital Cologne

©MedizinFotoKöln
Stephan Bender
B02
B02 Neural network maturation underlying top-down motor control and movement initiation in childhood and adolescence
University Hospital Cologne

©privat
Matteo Bergami
A03
A03 Motor learning-induced plasticity of cerebellar Purkinje neuron connectivity
CECAD University of Cologne

©privat
Ansgar Büschges
A05 | Z02 | MGK
A05 Neural mechanisms underlying motor flexibility in fruit fly walking
Z02 Animal Motor Circuits Core Facility
MGK Integrated Research Training Group (Modul Graduiertenkolleg, MGK, Motor-Control-RTG)
University of Cologne

©Forschungszentrum Jülich / Sascha Kreklau
Silvia Daun
B03 | INF
B03 Modelling neural network dynamics underlying movements in health and disease
INF Data Management for Computational Modelling
Research Centre Juelich

©privat
Alexander Drzezga
C04
C04 Apraxia in Alzheimer’s disease: Plastic reorganization of praxis networks in response to chronically progressive dysfunction
University Hospital Cologne

©privat
Erica Ehrhardt
A05
A05 Neural mechanisms underlying motor flexibility in fruit fly walking
Cologne

©Sascha Kreklau
Simon Eickhoff
B05
B05 Single-case predictions of motor abilities in health and disease
Research Centre Juelich

©MedizinFotoKöln
Gereon Fink
B03 | C05 |Z01
B03 Modelling neural network dynamics underlying movements in health and disease
C05 Reorganisation of the motor system following stroke
Z01 Central Office
University Hospital Cologne &
Research Centre Juelich

©MedizinFotoKöln
Christian Grefkes-Hermann
B05 | C05 | Z03
B05 Single-case predictions of motor abilities in health and disease
C05 Reorganisation of the motor system following stroke
Z03 Human Motor Assessment Centre
University Hospital Cologne

©MichaelHanke
Michael Hanke
INF
INF Data Management for Computational Modelling
Research Centre Juelich

©MedizinFotoKöln
Merle Hönig
C03
C03 Striatal dopamine and volitional motor control: vigour, planning, and incentive salience
Research Centre Juelich

©MedizinFotoKöln
Dirk Isbrandt
B01
B01 Developmental mechanisms affecting motor skills and motor control
DZNE & University Hospital Cologne

©privat
Kei Ito
A05
A04 Neural mechanisms underlying motor flexibility in fruit fly walking
University of Cologne

©MedizinFotoKöln
Frank Jessen
C06
C06 Major depression as a transient functional lesion model of motor control
University Hospital Cologne

©privat
Peter Kloppenburg
A01
A01 Understanding plastin 3 and its interactors in motor neuron function and plasticity in health and disease
University of Cologne

©privat
Natalia Kononenko
A02
A02 Dysregulation of the autophagy-endolysosomal system as a putative pathological mechanism behind the motor control dysfunction
University of Cologne

©privat
Kerstin Konrad
B02
B02 Neural network maturation underlying top-down motor control and movement initiation in childhood and adolescence
Research Centre Juelich

©PhilippJester
Tatiana Korotkova
A014 | Z02 | MGK
A04 The role of the reward system in obesity- and ageing-associated changes of motor behaviours
Z02 Animal Motor Circuits Core Facility
MGK Integrated Research Training Group (Modul Graduiertenkolleg, MGK, Motor-Control-RTG)
University of Cologne

©privat
Paola Mengotti
B04
B04 Motor control under uncertainty in the healthy human brain
Research Centre Juelich

©privat
Martin Nawrot
A06 | INF
A06 Sensory-motor pathways controlling voluntary movements in health and disease
INF Data Management for Computational Modelling
University of Cologne

©DinshteinPhotography
Yifat Prut
A06
A06 Sensory-motor pathways controlling voluntary movements in health and disease
The Hebrew University Jersusalem

©privat
Jochen Roeper
B01
B01 Motor control under uncertainty in the healthy human brain
Goethe University Frankfurt

©MedizinFotoKöln
Adele Rueger
C01
C01 Identification and selective stimulation of motor recovery-related functional networks after experimental stroke disease
University Hospital Cologne

©MedizinFotoKöln
Michael Schroeter
C01
C01 Identification and selective stimulation of motor recovery-related functional networks after experimental stroke
University Hospital Cologne

©privat
Marc Tittgemeyer
C06
C06 Major depression as a transient functional lesion model of motor control
CECAD University of Cologne

©ThilovanEimeren
Thilo van Eimeren
C03
C03 Striatal dopamine and volitional motor control: vigour, planning, and incentive salience
University Hospital Cologne

©privat
Veerle Visser-Vandewalle
C07
C07 Neural networks underlying motor tic formation and suppression
University Hospital Cologne

©Forschungszentrum Jülich / Sascha Kreklau
Simone Vossel
B04
B04 Motor control under uncertainty in the healthy human brain
Research Centre Juelich

©MedizinFotoKöln
Peter Weiss-Blankenhorn
C04 | Z03
C04 Apraxia in Alzheimer’s disease: Plastic reorganization of praxis networks in response to chronically progressive dysfunction
Z03 Human Motor Assessment Centre
Research Centre Juelich

©MedizinFotoKöln
Brunhilde Wirth
A01
A01 Understanding plastin 3 and its interactors in motor neuron function and plasticity in health and disease
University of Cologne