We have developed a fully operational PET demonstrator setup which allows true 3D reconstruction of the 511 keV photons and therefore leads to practically parallax free images. The AX-PET concept is based on thin 100 mm long scintillation crystals (LYSO), axially oriented and arranged in layers around the held of view. Layers of wavelength shifting plastic strips mounted in between the crystal layers give the axial coordinate. Both crystals and WLS strips are individually read out by G-APD (SiPM) photodetectors. The Fully scalable concept overcomes the dilemma of sensitivity versus spatial resolution which is inherent to classical PET designs. A demonstrator set-up based on two axial modules was exhaustively characterized using point-like s...
The AX-PET is a new geometrical concept for a high resolution 3D PET scanner, based on matrices of a...
In most Positron Emission Tomography (PET) systems dedicated to small animal imaging, the geometry o...
The goal of the AX-PET project is to build and test a demonstrator for a high resolution, high sensi...
Standard Positron Emission Tomography (PET) cameras need to reach a compromise between spatial resol...
AbstractThe axial arrangement of long scintillation crystals is a promising concept in PET instrumen...
The Axial PET (AX-PET) concept proposes a novel detection geometry for PET, based on layers of long ...
AX-PET stands for a new geometrical concept for a high resolution and high sensitivity PET scanner, ...
Axial PET is a novel geometrical concept for Positron Emission Tomography (PET), based on layers of ...
The AX-PET collaboration has developed a novel concept for high resolution PET imaging to overcome s...
We describe the concept and first experimental tests of a novel 3D axial Positron Emission Tomograph...
The AX-PET demonstrator is based on a new concept in PET detectors, with LYSO crystals aligned along...
The design and construction of a PET camera module with high sensitivity, full 3-D spatial reconstru...
Molecular imaging by PET is a powerful tool in modern clinical practice for cancer diagnosis. Nevert...
We describe a PET device based on a novel method to extract the coordinates of the interaction point...
The AX-PET is a new geometrical concept for a high resolution 3D PET scanner, based on matrices of a...
In most Positron Emission Tomography (PET) systems dedicated to small animal imaging, the geometry o...
The goal of the AX-PET project is to build and test a demonstrator for a high resolution, high sensi...
Standard Positron Emission Tomography (PET) cameras need to reach a compromise between spatial resol...
AbstractThe axial arrangement of long scintillation crystals is a promising concept in PET instrumen...
The Axial PET (AX-PET) concept proposes a novel detection geometry for PET, based on layers of long ...
AX-PET stands for a new geometrical concept for a high resolution and high sensitivity PET scanner, ...
Axial PET is a novel geometrical concept for Positron Emission Tomography (PET), based on layers of ...
The AX-PET collaboration has developed a novel concept for high resolution PET imaging to overcome s...
We describe the concept and first experimental tests of a novel 3D axial Positron Emission Tomograph...
The AX-PET demonstrator is based on a new concept in PET detectors, with LYSO crystals aligned along...
The design and construction of a PET camera module with high sensitivity, full 3-D spatial reconstru...
Molecular imaging by PET is a powerful tool in modern clinical practice for cancer diagnosis. Nevert...
We describe a PET device based on a novel method to extract the coordinates of the interaction point...
The AX-PET is a new geometrical concept for a high resolution 3D PET scanner, based on matrices of a...
In most Positron Emission Tomography (PET) systems dedicated to small animal imaging, the geometry o...
The goal of the AX-PET project is to build and test a demonstrator for a high resolution, high sensi...