Clinician scientists
©MedizinFotoKöln
Dr. med.
Stefan Blaschke
C01
Identiication and selective stimulation of motor recovery-related functional networks after experimental strok
©MedizinFotoKöln
Dr. med.
Ellen Binder
C05
Reorganisation of the motor system following stroke
©MedizinFotoKöln
Dr. med.
Petra heiden
C07
Neural networks underlying motor tic formation and suppression
©MedizinFotoKöln
Dr. med.
Lukas Hensel
B05
Single case predictions of motor abilities in health and disease
©MedizinFotoKöln
Dr. med.
Corinna Ringmaier
C05
Reorganisation of the motor system following stroke
©MedizinFotoKöln
Dr. rer. medic.
Thomas Schüller
C07
Neural networks underlying motor tic formation and suppression
©MedizinFotoKöln
Dr. med.
Elena Jäger
C04
Apraxia in Alzheimer’s disease: Plastic reorganisation of praxis networks in response to chronically progressive dysfunction
©MedizinFotoKöln
Dr. med.
Hendirk Theis
C03
Striatal dopamine and volitional motor control: vigour, planning, and incentive salience
©MedizinFotoKöln
Dr. med.
Caroline Tscherpel
B05
Single case predictions of motor abilities in health and disease
©MedizinFotoKöln
Dr. med.
Susan Vlachakis
C01
Identification and selective stimulation of motor recovery-related functional networks after experimental stroke
©MedizinFotoKöln
Dr. med.
Jasper Vöckel
B02
Neural network maturation underlying top-down motor control and movement initiation in childhood and adolescence
©MedizinFotoKöln
Dr. med.
Lukas Volz
C05
Reorganisation of the motor system following stroke
©MedizinFotoKöln
Dr. med.
Helene Walter
C01
Identification and selective stimulation of motor recovery-related functional networks after experimental stroke
©MedizinFotoKöln
Dr. med.
Veronika Wunderle
C05
Reorganisation of the motor system following stroke
©MedizinFotoKöln
Dr. med.
