Project start

Optoacoustic in the paediatric experimental and translational imaging laboratory
(© University Hospital Erlangen, Ferdinand Knieling)
Restricted diagnostic and therapeutic possibilities in chronically progressive hereditary diseases often result in a significantly reduced life expectancy of these young patients. New gene therapy approaches for Duchenne type muscle disease offer great hope, but no diagnostic methods are yet available to measure possible changes or response. Multispectral optoacoustic tomography (MSOT), a light- and sound-based imaging technology, could make it possible to detect molecular changes within a few seconds. The physician could thus detect the progression of the disease or a therapeutic response completely non-invasively and more accurately than before.
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