Search Results - "Rigla, Juan P."

Portable magnetic resonance imaging of patients indoors, outdoors and at home by Guallart-Naval, Teresa, Algarín, José M., Pellicer-Guridi, Rubén, Galve, Fernando, Vives-Gilabert, Yolanda, Bosch, Rubén, Pallás, Eduardo, González, José M., Rigla, Juan P., Martínez, Pablo, Lloris, Francisco J., Borreguero, Jose, Marcos-Perucho, Álvaro, Negnevitsky, Vlad, Martí-Bonmatí, Luis, Ríos, Alfonso, Benlloch, José M., Alonso, Joseba

“…Mobile medical imaging devices are invaluable for clinical diagnostic purposes both in and outside healthcare institutions. Among the various imaging…”
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Simultaneous imaging of hard and soft biological tissues in a low-field dental MRI scanner by Algarín, José M., Díaz-Caballero, Elena, Borreguero, José, Galve, Fernando, Grau-Ruiz, Daniel, Rigla, Juan P., Bosch, Rubén, González, José M., Pallás, Eduardo, Corberán, Miguel, Gramage, Carlos, Aja-Fernández, Santiago, Ríos, Alfonso, Benlloch, José M., Alonso, Joseba

“…Magnetic Resonance Imaging (MRI) of hard biological tissues is challenging due to the fleeting lifetime and low strength of their response to resonant stimuli,…”
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Magneto-stimulation limits in medical imaging applications with rapid field dynamics by Grau-Ruiz, Daniel, Rigla, Juan P, Pallás, Eduardo, Algarín, José M, Borreguero, José, Bosch, Rubén, López-Comazzi, Guillermo, Galve, Fernando, Díaz-Caballero, Elena, Gramage, Carlos, González, José M, Pellicer, Rubén, Ríos, Alfonso, Benlloch, José M, Alonso, Joseba

“…The goal of this work is to extend previous peripheral nerve stimulation (PNS) studies to scenarios relevant to magnetic particle imaging (MPI) and low-field…”
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Prepolarized MRI of hard tissues and solid‐state matter by Borreguero Morata, Jose, González, José M., Pallás, Eduardo, Rigla, Juan P., Algarín, José M., Bosch, Rubén, Galve, Fernando, Grau‐Ruiz, Daniel, Pellicer, Rubén, Ríos, Alfonso, Benlloch, José M., Alonso, Joseba

“…Prepolarized MRI (PMRI) is a long‐established technique conceived to counteract the loss in signal‐to‐noise ratio (SNR) inherent to low‐field MRI systems. When…”
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A Fast 0.5 T Prepolarizer Module for Preclinical Magnetic Resonance Imaging by Rigla, Juan P., Borreguero, Jose, Gramage, Carlos, Pallas, Eduardo, Gonzalez, Jose M., Bosch, Ruben, Algarin, Jose M., Sanchez-Andres, Juan V., Galve, Fernando, Grau-Ruiz, Daniel, Pellicer, Ruben, Rios, Alfonso, Benlloch, Jose M., Alonso, Joseba

“…We present a magnet and high-power electronics for prepolarized magnetic resonance imaging (PMRI) in a homemade, special-purpose preclinical system designed…”
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Low-Field Rampable Magnet for a High-Resolution MRI System by Rigla, Juan P., Algarin, Jose M., Rios, Alfonso, Benlloch, Jose M., Alonso, Joseba, Bodker, Franz, Anari, Amir, Pallas, Eduardo, Grau, Daniel, Puchalt, Guillermo, Gonzalez, Jose M., Corberan, Miguel, Diaz, Elena

“…This article presents the design and experimental characterization of an electromagnet rampable up to 1 T and tailored to meet the demands of a magnetic…”
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Progress report on the MindView brain PET detector module based on large area SiPMs arrays by González, Antonio J, Majewski, Stan, Conde, Pablo, Hernández, Liczandro, Sánchez, Filomeno, Bellido, Pablo, Crespo, Efrén, Iborra, Amadeo, Moliner, Laura, Rigla, Juan P, Rodríguez-Álvarez, Maria J, Seimetz, Michael, Soriano, Antonio, Stolin, Alexander, Vidal, Luis F, Benlloch, José M

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Minimization of border effects in monolithic scintillators using neural networks, based on MR-compatible SiPM arrays by Conde, Pablo, Iborra, Amadeo, González, Antonio J, Hernández, Liczandro, Bellido, Pablo, Crespo, Efrén, Moliner, Laura, Rigla, Juan P, Rodríguez-Álvarez, María J, Sánchez, Filomeno, Seimetz, Michael, Soriano, Antonio, Vidal, Luis Fernando, Benlloch, José M

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Low-field electromagnet for a high-resolution MRI system by Rigla, Juan P, Bodker, Franz, Anari, Amir, Pallás, Eduardo, Grau, Daniel, Puchalt, Guillermo, González, José M, Corberán, Miguel, Díaz, Elena, Algarín, José M, Ríos, Alfonso, Benlloch, José M, Alonso, Joseba

“…IEEE Transactions on Magnetics 56, Issue 2, 5100107 (2020) This paper presents the design and experimental characterization of a 1 T electromagnet tailored to…”
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Noise rejection in monolithic PET detectors by Conde, Pablo, Iborra, Amadeo, Gonzalez, Antonio J., Aguilar, Albert, Diaz-Caballero, Elena, Garcia-Garrigos, Juan J., Gonzalez-Montoro, Andrea, Grau-Ruiz, Daniel, Sanchez, Sebastian, Hernandez, Liczandro, Bellido, Pablo, Moliner, Laura, Rigla, Juan P., Rodriguez-Alvarez, Maria J., Sanchez, Filomeno, Seimetz, Michael, Soriano, Antonio, Vidal, Luis F., Benlloch, Jose M.

“…In PET detectors based in monolithic scintillators the interaction coordinates of each photon impact, in particular the 511 keV energy, can be determined from…”
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Performance evaluation of the mindview PET using GATE and STIR by Sanchez, Sebastian, Preziosi, Enrico, Gonzalez, Antonio J., Conde, Pablo, Iborra, Amadeo, Moliner, Laura, Borrazzo, Cristian, Aguilar, Albert, Bellido, Pablo, Diaz-Caballero, Elena, Garcia-Garrigos, Juan J., Grau-Ruiz, Daniel, Gonzalez-Montoro, Andrea, Rigla, Juan P., Rodriguez-Alvarez, Maria J., Seimetz, Michael, Sanchez, Filomeno, Bettiol, Marco, Soriano, Antonio, Pani, Roberto, Correcher, Carlos, Benlloch, Jose M.

“…A series of small size 22 Na point sources have been simulated using GATE, following the NEMA protocol, and applied to the geometry of a brain dedicated PET…”
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Preliminary characterization of ASIC-based detectors for TOF-PET applications by Aguilar, Albert, Monzo, Jose M., Gonzalez, Antonio J., Gonzalez-Montoro, Andrea, Canizares, Gabriel, Vidal, Luis F., Hernandez, Liczandro, Colom, Ricardo, Grau-Ruiz, Daniel, Lamprou, Efthimis, Rigla, Juan P., Diaz-Caballero, Elena, Garcia-Garrigos, Juan J., Bellido, Pablo, Conde, Pablo, Iborra, Amadeo, Moliner, Laura, Rodriguez-Alvarez, Maria J., Sanchez, Sebastian, Seimetz, Michael, Soriano, Antonio, Sanchez, Filomeno, Benlloch, Jose M.

“…In PET systems with a geometry different from a closed ring, the Time of Flight (TOF) of the annihilation photons appears to be relevant. Such a system…”
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