Determine the optimal use of the superconductive quantum interference device (squid)/mri in low-field nmr. The technical advantages are a simpler magnet, a convenient, low cost magnet system for use in interventional procedures.
A eureka consortium of scientists from research institutions and 8 leading plant breeding/biotechnology companies will apply innovative molecular techniques to solve urgent quality problems in the most important european cereals.
Development, trial and optimisation of an interventional platform to assist interventions through holding and guiding a surgical, radiotherapeutical and diagnostic instrument precisely.
Vascular diseases (stroke, myocardial infarction, peripheral vessel occlusion) are still increasing in western countries. To improve the early diagnosis and therapy of this generalised disease, combined analysis needs to be provided
New methods and techniques for modifying polymer foils to improve their bio-functions using extreme ultraviolet (euv) radiation from laser plasma light sources which will be developed during the project for biomedical technology.
The geometry of airways will be generated by medical image techniques. Numerical models and aerosol measuring systems will be developed to analyse inhaled aerosol deposition. Human and in-vitro experiments will then validate the results.
To introduce new technology for the design of innovative intraocular lenses (iols) that fully restore natural peripheral vision for motion detection, significantly improving quality of life of yearly millions of cataract patients with an iol implant.
Realization of eye applicator for injection application of medicine into the cornea of the eye. The creation of design solution that will meet the requirements for application of medicine into the cornea.