Co-ordinator

Dr. Veronika Krieghoff
Dr. Veronika Krieghoff
Scientific co-ordinator IMPRS NeuroCom

Phone: +49 341 9940-2261
Fax: +49 341 9940-2221

Faculty Members

Module III
Basic and Clinical Neuroscience

In this module, students are taught how innovative questions can be asked and how state-of-the-art techniques can be used in the attempt to understand the brain both in its normal and diseased state. The “classical” anatomical way to study the brain’s microstructure by cutting and staining postmortem brains is becoming increasingly complemented by non-invasive neuroimaging techniques used in vivo. Current research draws on powerful techniques such as functional and structural MRI, EEG, MEG, and NIRS. The teaching part of this module covers the foundations of Neuroscience, sensory and motor systems, brain and behaviour, and psychiatric and neurological disorders of the brain.

Prof. Joseph Claßen

Prof. Joseph Classen, chairman of the Dept. of Neurology, University Hospital of Leipzig, is interested in studying the principles of motor control and in the mechanisms of neuronal plasticity and motor learning. [more]

Dr Falk Eippert

Our group aims to uncover the neural mechanisms that underlie human pain perception and its cognitive modulation.

[more]

PD Dr Stefan Geyer

Microstructural Analysis of Brain Organization: the Ambitious Goal of Magnetic Resonance Imaging-Based in Vivo Histology (hMRI) [more]

Prof. Kai von Klitzing

Our lab conducts research from a developmental psychopathology perspective [more]

Prof. Marc Schoenwiesner

We investigate the how sensory information is encoded in the auditory cortex by performing comparable experiments with high-resolution fMRI in humans and system-level optical imaging in mice. [more]

PD Dr Veronica Witte

Aims of our lab are (a) to determine autonomic and cognitive control mechanisms that regulate food intake, (b) to identify metabolic factors that impact the brain due to overeating and obesity or alternative eating habits, and (c) to test if interventions that target these pathways could improve brain function.

[more]
 
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