Projects
Advancing imaging technologies and associated applications in life sciences, healthcare, medical research and beyond. Vrije Universiteit Brussel
enhancement and computer processing offers immense innovation potential in fields such as medical, industry,
research, consumer, robotics, ….
The ‘Advance Imaging’ consortium fosters multidisciplinary and innovation-driven collaboration among (bio)medical
scientists, engineers, and medical doctors from three ...
Medical imaging KU Leuven
The valorisation domain targeted by this IOF program is medical imaging, a broad field that involves different imaging technologies such as RX, CT, MRI, PET/SPECT, US and optical imaging. Imaging research within KU Leuven is scattered over different groups that are clustered in a large consortium, situated at the Medical Imaging Research Centre (MIRC). Core members are ESAT/PSI, Radiology, Nuclear Medicine, Cardiology and Radiotherapy, but ...
Research on the morphological and functional correlation between fragmentation of the distal aspect of the navicular bone en podotrochleïtis in the Belgian warmblood horse using medical imaging. Ghent University
Podotrochelitis is the most frequent cause of lameness in the begian warmblood horse and distal navicular bone fragmentation is suspected to be associated with this disorder.
The aim of the present study is to determine the origin of distal navicular bone fragments and to describe there imaging features on cadavers, and to apply these findings on the living horse.
Statistical modeling of image processing methods in medical imaging Ghent University
Silicon photonics based laser Doppler vibrometer for compact and non-contact medical photoacoustic imaging Ghent University
The development of NIR emitting persistent luminescent nanomaterials for medical imaging Ghent University
The central objective of this research is to provide a convincing and innovative application and a deep-level explanation of NIR emitting persistent luminescent nanomaterials. This research will focus on the effective synthesis of chromium or manganese doped nanomaterials and the optimization of the persistent luminescent behavior. Such persistent luminescent nanomaterials
have great potential for an improved medical imaging ...
Statistical modeling of image processing methods in medical imaging Ghent University
The main theme will be to model the total diagnostic image processing chain, so that weak or critical points in algorithms can be identified and improved already in early stages of research. Specifically the models will allow estimating the robustness of a combination of a cascade of image processing and analysis operaters w.r.t. image nois, suboptimal parameter setting etc. To ensure that the methodology will eventually be applicable in ...