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Better Electrodes for EEG Measurements
Reliably and comfortably measure brain activity despite hair, without leaving any irritating residue on the scalp, to enable new applications such as automated vision tests. A measurement electrode developed by KIT makes this possible.
Chemosensors for routine measurement of neurotransmitters
New highly specific yet easy-to-produce chemosensors for the determination of serotonin and other neurotransmitters in urine and blood improve medical diagnostics and early detection.
- Medicine and healthcare
- Food industry
- Pharmaceutical industry
- Coating technology
- Process and production engineering
- Safety technology
- Biotechnology
- Analytics
Counterfeit protecting organic tag against product piracy
With KIT's enzyme-based marking technology, companies can ensure that the authenticity of their products can be proven beyond doubt and thus protect themselves against counterfeiting.
With biohybrid composite material to 3D cell culture model
KIT has developed a unique process to produce customized three-dimensional composite materials for the coating of culture vessels. The biohybrid materials have precisely controllable mechanical properties.
Cellular delivery of bioactive molecules
Cell-penetrating peptides from human skin allow efficient and non-toxic cellular uptake of bioactive agents.
Determine ventricular far field with catheter
Computer system improves signals from ablation catheters in cardiac arrhythmias by calculating the ventricular far field in unipolar electrograms in the atrium.
- Coating technology
- Biotechnology
- Polymer industry
- Printing industry
- Medicine and healthcare
- Process and production engineering
Biodegradable parylene coatings
Surface modification with parylene coatings that are degradable for the first time opens up new uses for biomedical applications.
- Analytics
- Biotechnology
- Chemical industry
- Simulation and data processing
- Medicine and healthcare
- Software and IT
- Optical Industry
Detection of analytes using binding kinetics
New analytical method enables transformation of unselective inexpensive materials into selective receptors and increases the selectivity of established bioreceptors.
