Prof. Dr. Volker Dietz (emeritiert) - Paraplegikerzentrummore information

Fakultäten » Medizinische Fakultät » Universitätsklinik Balgrist und Schweizerisches Paraplegikerzentrum » Paraplegikerzentrum » Prof. Dr. Volker Dietz (emeritiert)

Current research projects

Project leader	Project title
Wirz	Effectiveness of Automated Locomotor Training in Patients With Acute Incomplete Spinal Cord Injury: A Multicenter Trial

Completed research projects

Project leader	Project title
Bolliger	Assessment with the gait-training robot Lokomat: From automated to instrumented training
	Assessment Tools for the Robotic Orthosis Lokomat: From automated to instrumented training
Brügger Curt	Phantom sensations after deafferentation/deefferentation and their simulation in healthy subjects: visual-sensimotor interactions
Colombo	Adaptation of the driven gait orthosis "Lokomat" to the locomotor training in hemiplegic patients
	Upgrading of the biofeedback for the driven gait orthosis Lokomat: improved motivation of patient and documentation of the training (L-WALK)
Colombo Lünenburger	Biofeedback system for the driven gait orthosis "Lokomat"
Curt	Functional and neuronal recovery in incomplete SCI
	Improving locomotor functions in spinal cord injured patients
	Clinical Neurophysiology and spinal cord injury
Curt Dietz Kollias	High resolution anatomical, physiological and functional MR imaging of the spinal cord in humans and applications in patients with SCI
Dietz	Neuronal control of movements: Reflexes, programs and supraspinal control
	Neuronal control of movement: reflexes, programs and supraspinal influence
	Spinal cord injury
	Neuronal control of movement: reflexes, programs and supraspinal influence
	Spinal locomotor circuits: organization and repair after injury
Hotz Boendermaker	Simple and complex foot movement representation in the human brain and its plasticity in spinal cord injured patients
Juenemann Schurch	REBEC: Restoration of bladder function by neuroprosthesis
Mangold	Electromyographic evaluation of the ERIGO with healthy subjects and spinal cord injured patients.
Maric	Clinical Study CATI355A2103
	Levodopa in combination with physiotherapy after incomplete spinal cord injury: a prospective, randomized, double-blind cross-over study.
Mehnert	The quest for an objective measure of bladder sensibility: a new approach using heart rate variability and skin conductance level analysis in urodynamics
	Evaluation of Sympathetic Skin Responses and Heart Rate Variability as Objective Measures of Bladder Sensation - a Double Blind Third Party Open Placebo Controlled Randomised Study Using a Single Dose of Tolterodine in Patients With Idiopathic Overactive Bladder and Healthy Volunteers
	Cortical representation of bladder sensations: Does bladder cooling involve the same supraspinal network as bladder distention – an fMRI study
Reitz	The effect of tolterodine on afferent pathways arising from the urinary bladder - a urodynamic study in healthy humans and patients with overactive bladder
Schurch	Reorganisation of cortical representation of somatic and autonomic brain areas related to bladder control in spinal cord injured patients
	Urodynamical and electrophysiological assessment of normal and impaired human bladder function
	Data collection on treatment details of patients injected with BoNT-A (Botox) for oiveractive bladder at centers in Switzerland and Austria
Van Hedel	Validation and clinical implementation of assessment tools developed by the Clinical Initiative in subjects with a spinal cord injury
Veltink	NeuralPRO