Walk-Through PET
A High Throughput, Fast and Affordable Total-Body PET Scanner
Monolithic Detectors
High Resolution and Depth of Interaction Capable Technology
Flat Panels
Optimized Design for Affordable Total-Body PET Scanner
Fast Scanning
Stand Still
Research and Technology
Monte Carlo Simulation
GATE modeling of Walk-Through Total-Body PET
Detector
Monolithic, high resolution and DOI capable technology
Artificial intelligence
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Deep learning, from detector signal processing to spatial and time resolution enhancing
Image Reconstruction
GPU-based ultra fast iterative image reconstruction
Lab Members
Professional and Proficient
Stefaan Vandenberghe
Project leader
Editor-in-chief EJNMMI Physics
Professor Medical imaging
Universiteit Gent
Meysam Dadgar
Post-Doctoral Fellow
Specializing in GATE simulations, image reconstruction, and processing.
Jens Maebe
Post-Doctoral fellow
Specializing in detector technology, GATE simulations, image reconstruction and deep learning.
Maya Abi Akl
PhD Student
Specialized in GATE simulation of Total-Body PET scanners and image reconstruction.
Florence Marie Muller
PhD Student
Image processing and denoising by deep learning.
Boris Vervenne
PhD Student
Gate simulation and image reconstruction.
Nadia Withofs
CHU Liege Clinical advisor
PET-CT patient scanning
Joel Karp
University of Pennsylvania
Senior advisor PET technology
Christian Vanhove
Ghent University
Infinity lab director-plant and animal imaging
Rabia Aziz
PhD Student
Specialized in AI, motion detection, tracking and analysis
Thibault D'Hulster
PhD Student
Specialised in system characterisation
Contact Us
Institute Biomedical Technology
Ghent University
Campus Ghent University Hospital
Blok B - Entrance 36
Corneel Heymanslaan 10 9000 Gent Belgium
+ 32 (0)9 332 46 21
