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Neuromodulation Lab

Using mechanistic understanding to improve therapy

LLUI’s Neuromodulation Lab is integrated into the cereneo neurorehabilitation clinic in Hertenstein, adjacent to therapy rooms and the MRI area, facilitating interdisciplinary research. It features advanced equipment, including a neuronavigation setup, three tDCS systems, a portable high-density EEG setup, and a TMS capable of multiple stimulation protocols, along with digital EMG recording and an ENMG Viking System. Collaborating with various LLUI groups, the lab takes a multimodal approach, conducting fundamental research on brain physiology, plasticity, and recovery processes, as well as interventional strategies to modify brain function. This dual focus on cutting-edge research and patient-centered care aims to enhance neurorehabilitation outcomes.

Key Technologies

Our lab features a state-of-the-art neuronavigation system that uses MRI or CT imaging to create a 3D brain model for precise targeting in brain activity studies. This technology ensures accurate targeting or avoidance of specific areas, making it a gold standard for non-invasive brain stimulation interventions.

















tDCS (transcranial direct current stimulation) is a non-invasive technique delivering low electrical currents to the brain via scalp electrodes. It modulates neuronal activity, potentially enhancing cognitive function or alleviating symptoms in neurological and psychiatric conditions. Additionally, it helps explore reciprocal changes in brain physiology and behavior.























TMS (Transcranial Magnetic Stimulation) is a non-invasive technique using magnetic fields to stimulate brain neurons. It’s valuable for studying brain function, brain-behavior relationships, and how neural activity affects cognition. Our setup supports diagnostic and interventional protocols, including high-frequency rTMS and theta burst interventions, enabling diverse research from understanding neural mechanisms to developing therapeutic strategies.








Our portable high-density EEG setup offers non-invasive brain activity monitoring with exceptional spatial resolution, ideal for studying brain functions, cognitive processes, and behaviors. This versatile tool is crucial for exploring brain physiology and neural underpinnings. Its portability allows research in various settings, from controlled labs to natural environments, enabling a comprehensive understanding of brain dynamics.


Associated Projects

Lab Manager

Lake Lucerne Institute AG
Rubistrasse 9
6354 Vitznau