Publications
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Absolute thermometry using hyperpolarized <sup>129</sup> Xe free-induction decay and spin-echo chemical-shift imaging in rats
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Read more →: Absolute thermometry using hyperpolarized <sup>129</sup> Xe free-induction decay and spin-echo chemical-shift imaging in ratsCONCLUSION: 129 $$ {}^{129} $$ Xe MRI using conventional CSI and turbo spectroscopic imaging of lipid-dissolved 129 $$ {}^{129} $$ Xe enables precise temperature measurements in the rat’s abdomen using both FID and spin-echo acquisitions with acquisition of spin echoes enabling most precise temperature measurements.
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Absolute thermometry using hyperpolarized <sup>129</sup> Xe free-induction decay and spin-echo chemical-shift imaging in rats
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Read more →: Absolute thermometry using hyperpolarized <sup>129</sup> Xe free-induction decay and spin-echo chemical-shift imaging in ratsCONCLUSION: 129 $$ {}^{129} $$ Xe MRI using conventional CSI and turbo spectroscopic imaging of lipid-dissolved 129 $$ {}^{129} $$ Xe enables precise temperature measurements in the rat’s abdomen using both FID and spin-echo acquisitions with acquisition of spin echoes enabling most precise temperature measurements.
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Absolute thermometry using hyperpolarized <sup>129</sup> Xe free-induction decay and spin-echo chemical-shift imaging in rats
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Read more →: Absolute thermometry using hyperpolarized <sup>129</sup> Xe free-induction decay and spin-echo chemical-shift imaging in ratsCONCLUSION: 129 $$ {}^{129} $$ Xe MRI using conventional CSI and turbo spectroscopic imaging of lipid-dissolved 129 $$ {}^{129} $$ Xe enables precise temperature measurements in the rat’s abdomen using both FID and spin-echo acquisitions with acquisition of spin echoes enabling most precise temperature measurements.
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A Real-Time Energy Monitoring System for an MRI Hybrid Ablation System
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Read more →: A Real-Time Energy Monitoring System for an MRI Hybrid Ablation SystemThe MRI hybrid ablation system is an approach to use the MR (magnetic resonance) scanner’s radiofrequency amplifier itself as power source for ablation. Hereby, an electrode is connected to the MR internal radiofrequency amplifier. An average RF power is provided through a train of short RF pulses, which is sufficient to thermally destroy tissue. However,…
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A Real-Time Energy Monitoring System for an MRI Hybrid Ablation System
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Read more →: A Real-Time Energy Monitoring System for an MRI Hybrid Ablation SystemThe MRI hybrid ablation system is an approach to use the MR (magnetic resonance) scanner’s radiofrequency amplifier itself as power source for ablation. Hereby, an electrode is connected to the MR internal radiofrequency amplifier. An average RF power is provided through a train of short RF pulses, which is sufficient to thermally destroy tissue. However,…
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A Real-Time Energy Monitoring System for an MRI Hybrid Ablation System
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Read more →: A Real-Time Energy Monitoring System for an MRI Hybrid Ablation SystemThe MRI hybrid ablation system is an approach to use the MR (magnetic resonance) scanner’s radiofrequency amplifier itself as power source for ablation. Hereby, an electrode is connected to the MR internal radiofrequency amplifier. An average RF power is provided through a train of short RF pulses, which is sufficient to thermally destroy tissue. However,…
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A Real-Time Energy Monitoring System for an MRI Hybrid Ablation System
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Read more →: A Real-Time Energy Monitoring System for an MRI Hybrid Ablation SystemThe MRI hybrid ablation system is an approach to use the MR (magnetic resonance) scanner’s radiofrequency amplifier itself as power source for ablation. Hereby, an electrode is connected to the MR internal radiofrequency amplifier. An average RF power is provided through a train of short RF pulses, which is sufficient to thermally destroy tissue. However,…
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A Real-Time Energy Monitoring System for an MRI Hybrid Ablation System
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Read more →: A Real-Time Energy Monitoring System for an MRI Hybrid Ablation SystemThe MRI hybrid ablation system is an approach to use the MR (magnetic resonance) scanner’s radiofrequency amplifier itself as power source for ablation. Hereby, an electrode is connected to the MR internal radiofrequency amplifier. An average RF power is provided through a train of short RF pulses, which is sufficient to thermally destroy tissue. However,…
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A Real-Time Energy Monitoring System for an MRI Hybrid Ablation System
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Read more →: A Real-Time Energy Monitoring System for an MRI Hybrid Ablation SystemThe MRI hybrid ablation system is an approach to use the MR (magnetic resonance) scanner’s radiofrequency amplifier itself as power source for ablation. Hereby, an electrode is connected to the MR internal radiofrequency amplifier. An average RF power is provided through a train of short RF pulses, which is sufficient to thermally destroy tissue. However,…
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A Real-Time Energy Monitoring System for an MRI Hybrid Ablation System
•
Read more →: A Real-Time Energy Monitoring System for an MRI Hybrid Ablation SystemThe MRI hybrid ablation system is an approach to use the MR (magnetic resonance) scanner’s radiofrequency amplifier itself as power source for ablation. Hereby, an electrode is connected to the MR internal radiofrequency amplifier. An average RF power is provided through a train of short RF pulses, which is sufficient to thermally destroy tissue. However,…