IMMENS: Interplay between microbiome, motility and enteric nervous system in the gastrointestinal tract
The gastrointestinal microflora is gaining more and more attractivity concerning its influence upon a broad range of body functions and well being in generalIn this project we are investigating the interaction between individual bacteria and com
IMMENS: Interplay between microbiome, motility and enteric nervous system in the gastrointestinal tract
The gastrointestinal microflora is gaining more and more attractivity concerning its influence upon a broad range of body functions and well being in generalIn this project we are investigating the interaction between individual bacteria and com
High-RAIMS: High-resolution Raman-Microscopy and nanoscale material analysis to support the material science subjects of the research focus IMS
Raman spectroscopy is a widely used optical method for material analysis. In the research focus ‘Integrated Miniaturised Systems’ (IMS) several research groups have demanding needs for such a high resoluti
High-RAIMS: High-resolution Raman-Microscopy and nanoscale material analysis to support the material science subjects of the research focus IMS
Raman spectroscopy is a widely used optical method for material analysis. In the research focus ‘Integrated Miniaturised Systems’ (IMS) several research groups have demanding needs for such a high resoluti
ENSAD: The enteric nervous system as predictor for pathological changesand therapeutically effectiveness by Alzheimer disease
During the last decades the lifespan increases and therefore age- related diseases like the Alzheimer disease (AD). For the modern medicine AD is a big challenge since already before the clinical manifestation numerous of n
ENSAD: The enteric nervous system as predictor for pathological changesand therapeutically effectiveness by Alzheimer disease
During the last decades the lifespan increases and therefore age- related diseases like the Alzheimer disease (AD). For the modern medicine AD is a big challenge since already before the clinical manifestation numerous of n
Development of 3D-ultramicro and 3D-nano electrodes for biomedical applications
The measurement of single cell contact of electrically active cells can help to develop new types of diagnostics and therapies, e.g. for cardiac arrhythmia or neurodegenerative diseases.In this project new shapes of micro and nano electrodes are fabricated to enlarge t
Development of 3D-ultramicro and 3D-nano electrodes for biomedical applications
The measurement of single cell contact of electrically active cells can help to develop new types of diagnostics and therapies, e.g. for cardiac arrhythmia or neurodegenerative diseases.In this project new shapes of micro and nano electrodes are fabricated to enlarge t
BINAGO
Graphene – a monolayer of graphite – is regarded as the material of the future. This new material has recently been selected by the European Commission as one of the two EU “flagship”-projects and will be generously funded until 2020. In the context of BINAGO, different types of graphene- based biosensors will be developed for various appli
AQUILA: High Resolution Magnetic Field Position Sensors
State of the art positioning sensing is often done by means of magnetic scales and magnetic sensors. During the project AQUILA, this technology will be pushed forward to enter in the high resolution regime.The goal is a resolution limit well below 100nm. This target will be achieved by develo
