Ongoing projects
- eVent – Artificial ventilation by stimulation of the phrenic nerve
- qBioS - Integrated quantum magnetometers for the detection of fast biomagnetic signals
- ElekSA - Electrically Stimulated Ventilation
- MORPHO-TOX Integration of morphological and biological correlates using optical methods of toxicity analysis
- An Automated System for Localizing the Effects of Transcranial Magnetic Stimulation
- SARS-rapid: Fast and sensitive detection of SARS viruses
- EMBRACE project - “tEchnology for Multimodal inter-BRain dynAmiCs invEstigation”
- DigiSkinDia
- Online estimation of neural connectivity and neurofeedback with transcranial magnetic stimulation
- INFANS - Integrating Functional Assessment measures for Neonatal Safeguard
- ThIMEDOP - Innovation center for Thuringian medical technology solutions (diagnosis, therapy - optimization by optical technologies) - Jena & Ilmenau
- multiTES -Individual and multi-channel transcranial electrostimulation for therapeutic home use of depression
- Individual warning systems using electric signals
- Validation of bioelectric and biomagnetic measurement and analysis method with the help of physical phantom
- TheraTin - Theranostics and therapy of tinnitus using spatial hearing
Completed research projects
- Preparation of a funding project with SME participation to develop a fetal, non-invasive pulse oximeter for prenatal diagnostics
- SPREE AIF Project Soft Polymer Dry Electrodes for EEG Acquisition
- PowerMask - Development of a flexible applicator for non-invasive ocular current stimulation based on textile electrode technology
- Sports ECG - Determination of performance parameters by means of an electrocardiogram
- Lorentz-Force - Determination of the permeability of highly permeable sheets using Lorentz and Kelvin force measurements
- ANDREA - Active Nanocoated DRy electrode for Eeg Applications
- RauMus - Roughness categorization by multimodal scattered light analysis
- SensEcoMed - Sensor and measurement technologies for a sustainable raw material and material-efficient medical technology
- Preparation of a funded project with SME participation for the development of novel, highly efficient textile energy harvesting systems
- EyeTSS - 3-D transcranial current stimulation and analysis of neurovascular coupling using retinal vessel analysis
- MOHS - Development of a bidirectional, HDTV-supported Mobile-Online-Help-System"
- APPRIMO - Compliant mechatronic system for placement of biomedical sensors