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Funded Projects / details

Project
RPC-PET - A novel technology for single-bed whole-body human molecular imaging with higher sensitivity and resolution

Code PTDC/SAU-BEB/104630/2008

Beneficiary Entity

LIP - Laboratório de Instrumentação e Física Experimental de Partículas


Project summary

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Support under

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Region of Intervention

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Funding

Total eligible cost

€ 120856

EU financial support

€ 0.00

National public financial support

€ 0.00



Publications


A Direct Time-of-Flight Reconstruction for Whole-Body Single-Bed RPC-PET: Results from Lesion and Anthropomorphic Simulated DataInternational Conference Proceedingspublished
An all-digital coincidence-selection and coincidence-trigger generation for a small animal RPC-PET cameraArticle in international journal (with direct contribution from team)published
Experimental Sub-Millimeter Resolution with a Small-Animal RPC-PET PrototypeInternational Conference Proceedingspublished
On Lesion Detectability by Means of 300ps-FWHM TOF Whole-Body RPC-PET: an Experiment-Based Simulation StudyInternational Conference Proceedingspublished
Resistive plate chambers in positron emission tomographyArticle in international journal (with direct contribution from team)published
Scatter Fraction, Count Rates, and Noise Equivalent Count Rate of an RPC TOF-PET System: Simulation Study Following the NEMA NU2-2001 StandardsInternational Conference Proceedingspublished
Spatial resolution of human RPC-PET systemArticle in international journal (with direct contribution from team)published
Whole-body single-bed time-of-flight RPC-PET: simulation of axial and planar sensitivities with NEMA and anthropomorphic phantomsArticle in international journal (with direct contribution from team)published
Whole-body single-bed time-of-flight RPC-PET: simulation of axial and planar sensitivities with NEMA and anthropomorphic phantomsInternational Conference Proceedingspublished

Presentations


A Direct Time-of-Flight Reconstruction for Whole-Body Single-Bed RPC-PET: Results from Lesion and Anthropomorphic Simulated DataPoster presentation in international conference
An all-digital coincidence-selection and coincidence-trigger generation for a small animal RPC-PET cameraOral presentation in international meeting
Experimental Sub-Millimeter Resolution with a Small-Animal RPC-PET PrototypePoster presentation in international conference
RPC-PET - a new high-sensitivity technology for positron emission tomographyPresentation in national conference
RPC-PET - Positron emission tomography with Resistive Plate ChambersOral presentation in international meeting
Scatter Fraction, Count Rates, and Noise Equivalent Count Rate of an RPC TOF-PET System: Simulation Study Following the NEMA NU2-2001 StandardsPoster presentation in international conference
Simultaneous 3D full-body image reconstruction for human and animal RPC-PETPresentation in national conference
Spatial resolution of human RPC-PETOral presentation in international conference
Title On Lesion Detectability by Means of 300ps-FWHM TOF Whole-Body RPC-PET: an Experiment-Based Simulation StudyPoster presentation in international conference

Theses


Construccion y evaluacion de un prototipo de tomografo de emision de positrones basado en la tecnologia de camaras de placas resistivas
Study of PET systems of very wide field of view

Team


Alberto Blanco Castro
Américo Manuel de Almeida Pereira
Carlos Manuel Martins da Silva
Joaquim António de Oliveira
Jorge Miguel Tavares Couceiro de Sousa
Nuno Miguel Vasconcelos Costa Carolino
Orlando Lopes Cunha
Paulo Alexandre Vieira Crespo
Paulo Jorge Ribeiro da Fonte
Ricardo Sérgio Carqueijeiro Marques Caeiro
Rui Fernando Alves
Rui Ferreira Marques