Realistic Total-Body J-PET Geometry Optimization -- Monte Carlo Study
Fuente:
arXiv
Gespeichert in:
| Hauptverfasser: | , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , |
|---|---|
| Format: | Preprint |
| Veröffentlicht: |
2022
|
| Schlagworte: | |
| Online-Zugang: | |
| Tags: |
Tag hinzufügen
Keine Tags, Fügen Sie den ersten Tag hinzu!
|
| _version_ | 1866913653852209152 |
|---|---|
| author | Baran, Jakub Krzemien, Wojciech Raczyński, Lech Bała, Mateusz Coussat, Aurelien Parzych, Szymon Chug, Neha Czerwiński, Eryk Curceanu, Catalina Oana Dadgar, Meysam Dulski, Kamil Eliyan, Kavya Gajewski, Jan Gajos, Aleksander Hiesmayr, Beatrix Kacprzak, Krzysztof Kapłon, Łukasz Klimaszewski, Konrad Korcyl, Grzegorz Kozik, Tomasz Kumar, Deepak Niedźwiecki, Szymon Panek, Dominik del Rio, Elena Perez Ruciński, Antoni Sharma, Sushil Shivani Shopa, Roman Y. Skurzok, Magdalena Stępień, Ewa Tayefiardebili, Faranak Tayefiardebili, Keyvan Wiślicki, Wojciech Moskal, Paweł |
| author_facet | Baran, Jakub Krzemien, Wojciech Raczyński, Lech Bała, Mateusz Coussat, Aurelien Parzych, Szymon Chug, Neha Czerwiński, Eryk Curceanu, Catalina Oana Dadgar, Meysam Dulski, Kamil Eliyan, Kavya Gajewski, Jan Gajos, Aleksander Hiesmayr, Beatrix Kacprzak, Krzysztof Kapłon, Łukasz Klimaszewski, Konrad Korcyl, Grzegorz Kozik, Tomasz Kumar, Deepak Niedźwiecki, Szymon Panek, Dominik del Rio, Elena Perez Ruciński, Antoni Sharma, Sushil Shivani Shopa, Roman Y. Skurzok, Magdalena Stępień, Ewa Tayefiardebili, Faranak Tayefiardebili, Keyvan Wiślicki, Wojciech Moskal, Paweł |
| contents | Total-Body PET is one of the most promising medical diagnostics modalities. The high sensitivity provided by Total-Body technology can be advantageous for novel tomography methods like positronium imaging. Several efforts are ongoing to lower the price of the TB-PET systems. Among the alternatives, the Jagiellonian PET (J-PET) technology, based on plastic scintillator strips, offers a low-cost alternative. The work aimed to compare five Total-Body J-PET geometries as a possible next generation J-PET scanner design. We present comparative studies of performance characteristics of the cost-effective Total-Body PET scanners using J-PET technology. We investigated in silico five Total-Body scanner geometries. Monte Carlo simulations of the XCAT phantom, the 2-meter sensitivity line source and positronium sensitivity phantoms were performed. We compared the sensitivity profiles for 2-gamma and 3-gamma tomography, relative cost of the setups and performed quantitative analysis of the reconstructed images. The analysis of the reconstructed XCAT images reveals the superiority of the seven-ring scanners over the three-ring setups. However, the three-ring scanners would be approximately 2-3 times cheaper. The peak sensitivity values for two-gamma vary from 20 to 34 cps/kBq. The sensitivity curves for the positronium tomography have a similar shape to the two-gamma sensitivity profiles. The peak values are lower compared to the two-gamma cases, from about 20-28 times, with a maximum of 1.66 cps/kBq. The results show the feasibility of multi-organ imaging of all the systems to be considered for the next generation of TB J-PET designs. The relative cost for all the scanners is about 10-4 times lower compared to the cost of the uExplorer. These properties coupled together with J-PET cost-effectiveness, make the J-PET technology an attractive solution for broad application in clinics. |
| format | Preprint |
| id |
arxiv_https___arxiv_org_abs_2212_02285 |
| institution | arXiv |
| publishDate | 2022 |
| record_format | arxiv |
| spellingShingle | Realistic Total-Body J-PET Geometry Optimization -- Monte Carlo Study Baran, Jakub Krzemien, Wojciech Raczyński, Lech Bała, Mateusz Coussat, Aurelien Parzych, Szymon Chug, Neha Czerwiński, Eryk Curceanu, Catalina Oana Dadgar, Meysam Dulski, Kamil Eliyan, Kavya Gajewski, Jan Gajos, Aleksander Hiesmayr, Beatrix Kacprzak, Krzysztof Kapłon, Łukasz Klimaszewski, Konrad Korcyl, Grzegorz Kozik, Tomasz Kumar, Deepak Niedźwiecki, Szymon Panek, Dominik del Rio, Elena Perez Ruciński, Antoni Sharma, Sushil Shivani Shopa, Roman Y. Skurzok, Magdalena Stępień, Ewa Tayefiardebili, Faranak Tayefiardebili, Keyvan Wiślicki, Wojciech Moskal, Paweł Medical Physics Instrumentation and Detectors Total-Body PET is one of the most promising medical diagnostics modalities. The high sensitivity provided by Total-Body technology can be advantageous for novel tomography methods like positronium imaging. Several efforts are ongoing to lower the price of the TB-PET systems. Among the alternatives, the Jagiellonian PET (J-PET) technology, based on plastic scintillator strips, offers a low-cost alternative. The work aimed to compare five Total-Body J-PET geometries as a possible next generation J-PET scanner design. We present comparative studies of performance characteristics of the cost-effective Total-Body PET scanners using J-PET technology. We investigated in silico five Total-Body scanner geometries. Monte Carlo simulations of the XCAT phantom, the 2-meter sensitivity line source and positronium sensitivity phantoms were performed. We compared the sensitivity profiles for 2-gamma and 3-gamma tomography, relative cost of the setups and performed quantitative analysis of the reconstructed images. The analysis of the reconstructed XCAT images reveals the superiority of the seven-ring scanners over the three-ring setups. However, the three-ring scanners would be approximately 2-3 times cheaper. The peak sensitivity values for two-gamma vary from 20 to 34 cps/kBq. The sensitivity curves for the positronium tomography have a similar shape to the two-gamma sensitivity profiles. The peak values are lower compared to the two-gamma cases, from about 20-28 times, with a maximum of 1.66 cps/kBq. The results show the feasibility of multi-organ imaging of all the systems to be considered for the next generation of TB J-PET designs. The relative cost for all the scanners is about 10-4 times lower compared to the cost of the uExplorer. These properties coupled together with J-PET cost-effectiveness, make the J-PET technology an attractive solution for broad application in clinics. |
| title | Realistic Total-Body J-PET Geometry Optimization -- Monte Carlo Study |
| topic | Medical Physics Instrumentation and Detectors |
| url | https://arxiv.org/abs/2212.02285 |