UNLABELLED: After the successful clinical introduction of PET/CT, a novel hybrid imaging technology combining PET with the versatile attributes of MRI is emerging. At the Forschungszentrum Jülich, one of four prototypes available worldwide combining a commercial 3T MRI with a newly developed BrainPET insert has been installed, allowing simultaneous data acquisition with PET and MRI. The BrainPET is equipped with LSO crystals of 2.5 mm width and Avalanche photodiodes (APD) as readout electronics. Here we report on some performance characteristics obtained by phantom studies and also on the initial BrainPET studies on various patients as compared with a conventional HR+ PET-only scanner. MATERIAL, METHODS: The radiotracers [18F]-fluoro-ethyl-tyrosine (FET), [11C]-flumazenil and [18F]-FP-CIT were applied. RESULTS: Comparing the PET data obtained with the BrainPET to those of the HR+ scanner demonstrated the high image quality and the superior resolution capability of the BrainPET. Furthermore, it is shown that various MR images of excellent quality could be acquired simultaneously with BrainPET scans without any relevant artefacts. DISCUSSION, CONCLUSION: Initial experiences with the hybrid MRI/BrainPET indicate a promising basis for further developments of this unique technique allowing simultaneous PET imaging combined with both anatomical and functional MRI.
UNLABELLED: After the successful clinical introduction of PET/CT, a novel hybrid imaging technology combining PET with the versatile attributes of MRI is emerging. At the Forschungszentrum Jülich, one of four prototypes available worldwide combining a commercial 3T MRI with a newly developed BrainPET insert has been installed, allowing simultaneous data acquisition with PET and MRI. The BrainPET is equipped with LSO crystals of 2.5 mm width and Avalanche photodiodes (APD) as readout electronics. Here we report on some performance characteristics obtained by phantom studies and also on the initial BrainPET studies on various patients as compared with a conventional HR+ PET-only scanner. MATERIAL, METHODS: The radiotracers [18F]-fluoro-ethyl-tyrosine (FET), [11C]-flumazenil and [18F]-FP-CIT were applied. RESULTS: Comparing the PET data obtained with the BrainPET to those of the HR+ scanner demonstrated the high image quality and the superior resolution capability of the BrainPET. Furthermore, it is shown that various MR images of excellent quality could be acquired simultaneously with BrainPET scans without any relevant artefacts. DISCUSSION, CONCLUSION: Initial experiences with the hybrid MRI/BrainPET indicate a promising basis for further developments of this unique technique allowing simultaneous PET imaging combined with both anatomical and functional MRI.
Authors: Irene Neuner; Joachim B Kaffanke; Karl-Josef Langen; Elena Rota Kops; Lutz Tellmann; Gabriele Stoffels; Christoph Weirich; Christian Filss; Jürgen Scheins; Hans Herzog; N Jon Shah Journal: Eur Radiol Date: 2012-07-11 Impact factor: 5.315
Authors: Jörg Mauler; Andrew A Maudsley; Karl-Josef Langen; Omid Nikoubashman; Gabriele Stoffels; Sulaiman Sheriff; Philipp Lohmann; Christian Filss; Norbert Galldiks; Elena Rota Kops; N Jon Shah Journal: J Nucl Med Date: 2017-08-28 Impact factor: 10.057
Authors: Antoine Verger; Christian P Filss; Philipp Lohmann; Gabriele Stoffels; Michael Sabel; Hans J Wittsack; Elena Rota Kops; Norbert Galldiks; Gereon R Fink; Nadim J Shah; Karl-Josef Langen Journal: Eur J Nucl Med Mol Imaging Date: 2017-08-22 Impact factor: 9.236
Authors: Norbert Galldiks; Veronika Dunkl; Garry Ceccon; Caroline Tscherpel; Gabriele Stoffels; Ian Law; Otto M Henriksen; Aida Muhic; Hans S Poulsen; Jan Steger; Elena K Bauer; Philipp Lohmann; Matthias Schmidt; Nadim J Shah; Gereon R Fink; Karl-Josef Langen Journal: Eur J Nucl Med Mol Imaging Date: 2018-07-07 Impact factor: 9.236