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ermal-dose-dependent-optical-property-changes-of-ex-vivo-chicken-breast-tissues-between-500-and-1100-nm/2023-10-06T10:41:27+01:00https://ibme.ox.ac.uk/publication/treatment-planning-and-strategies-for-acousto-optic-guided-high-intensity-focused-ultrasound-therapies/2023-10-06T10:41:27+01:00https://ibme.ox.ac.uk/publication/simulations-of-ultrasound-propagation-in-a-spinal-structure/2023-10-06T10:41:27+01:00https://ibme.ox.ac.uk/publication/ultrasound-assisted-drug-delivery-with-targeted-microbubbles-in-blood-vessels-on-a-chip/2023-10-06T10:41:28+01:00https://ibme.ox.ac.uk/publication/the-origins-of-nonlinear-enhancement-in-ex-vivo-tissue-during-high-intensity-focused-ultrasound-ablation/2023-10-06T10:41:28+01:00https://ibme.ox.ac.uk/publication/improving-the-acousto-optic-detection-of-high-intensity-focused-ultrasound-lesions/2023-10-06T10:41:28+01:00https://ibme.ox.ac.uk/publication/single-shot-measurements-of-the-acoustic-field-of-an-electrohydraulic-lithotripter-using-a-hydrophone-array/2023-10-06T10:41:28+01:00https://ibme.ox.ac.uk/publication/electromagnetic-acoustic-ema-imaging-of-stiffness-and-dielectric-properties-in-gels/2023-10-06T10:41:29+01:00https://ibme.ox.ac.uk/publication/the-origins-of-nonlinear-enhancement-in-ex-vivo-tissue-during-high-intensity-focused-ultrasound-hifu-ablation/2023-10-06T10:41:29+01:00https://ibme.ox.ac.uk/publication/improving-the-acousto-optic-detection-of-high-intensity-focused-ultrasound-lesions-2/2023-10-06T10:41:29+01:00https://ibme.ox.ac.uk/publication/real-time-temperature-estimation-and-monitoring-of-hifu-ablation-through-a-combined-modeling-and-passive-acoustic-mapping-approach/2023-10-06T10:41:29+01:00https://ibme.ox.ac.uk/publication/chronic-traumatic-encephalopathy-in-blast-exposed-military-veterans-and-a-blast-neurotrauma-mouse-model/2023-10-06T10:41:30+01:00https://ibme.ox.ac.uk/publication/tunable-diacetylene-polymerized-shell-microbubbles-as-ultrasound-contrast-agents-2/2023-10-06T10:41:30+01:00https://ibme.ox.ac.uk/publication/multi-parameter-acoustic-imaging-of-uniform-objects-in-inhomogeneous-soft-tissue/2023-10-06T10:41:30+01:00https://ibme.ox.ac.uk/publication/modeling-acousto-optic-sensing-of-high-intensity-focused-ultrasound-lesion-formation/2023-10-06T10:41:30+01:00https://ibme.ox.ac.uk/publication/fourier-continuation-methods-for-high-fidelity-simulation-of-nonlinear-acoustic-beams/2023-10-06T10:41:31+01:00https://ibme.ox.ac.uk/publication/modeling-hmi-measurement-of-hifu-lesion-formation-with-temperature-dependent-tissue-properties/2023-10-06T10:41:31+01:00https://ibme.ox.ac.uk/publication/tunable-ultrasound-contrast-agents-polymerizable-microbubbles/2023-10-06T10:41:31+01:00https://ibme.ox.ac.uk/publication/physics-of-shock-wave-lithotripsy/2023-10-06T10:41:31+01:00https://ibme.ox.ac.uk/publication/shock-wave-technology-and-application-an-update/2023-10-06T10:41:32+01:00https://ibme.ox.ac.uk/publication/nonlinear-and-diffraction-effects-in-propagation-of-n-waves-in-randomly-inhomogeneous-moving-media/2023-10-06T10:41:32+01:00https://ibme.ox.ac.uk/publication/in-vivo-quantification-of-lead-in-bone-with-a-portable-x-ray-fluorescence-system-methodology-and-feasibility/2023-10-06T10:41:32+01:00https://ibme.ox.ac.uk/publication/instantaneous-beamwidth-measurements-of-an-electrohydraulic-lithotripter/2023-10-06T10:41:33+01:00https://ibme.ox.ac.uk/publication/targeted-binding-of-peg-lipid-modified-polymer-ultrasound-contrast-agents-with-tiered-surface-architecture/2023-10-06T10:41:33+01:00https://ibme.ox.ac.uk/publication/monitoring-and-guidance-of-high-intensity-focused-ultrasound-exposures-in-real-time-using-acousto-optic-imaging-feasibility-and-demonstration-ex-vivo/2023-10-06T10:41:33+01:00https://ibme.ox.ac.uk/publication/mitigation-of-damage-to-solid-surfaces-from-the-collapse-of-cavitation-bubble-clouds/2023-10-06T10:41:33+01:00https://ibme.ox.ac.uk/publication/hydrophone-arrays-for-instantaneous-measurement-of-high-pressure-acoustic-fields/2023-10-06T10:41:34+01:00https://ibme.ox.ac.uk/publication/lithotripsy/2023-10-06T10:41:34+01:00https://ibme.ox.ac.uk/publication/linear-hydrophone-arrays-for-measurement-of-shock-wave-lithotripter-acoustic-fields/2023-10-06T10:41:34+01:00https://ibme.ox.ac.uk/publication/shape-based-ultrasound-tomography-using-a-born-model-with-application-to-high-intensity-focused-ultrasound-therapy/2023-10-06T10:41:34+01:00https://ibme.ox.ac.uk/publication/shock-wave-lithotripters-with-broad-focus-result-in-greater-stress-in-human-kidney-stones-numerical-simulation/2023-10-06T10:41:35+01:00https://ibme.ox.ac.uk/publication/shock-wave-therapy-what-really-matters-reply/2023-10-06T10:41:35+01:00https://ibme.ox.ac.uk/publication/advantage-of-a-broad-focal-zone-in-swl-synergism-between-squeezing-and-shear/2023-10-06T10:41:35+01:00https://ibme.ox.ac.uk/publication/the-acoustics-of-shock-wave-lithotripsy/2023-10-06T10:41:35+01:00https://ibme.ox.ac.uk/publication/semi-analytical-computation-of-the-acoustic-field-of-a-segment-of-a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odroplets-for-improved-stability-and-conversion-efficiency-in-ultrasound-imaging-and-drug-delivery-2/2023-10-06T12:55:03+01:00https://ibme.ox.ac.uk/publication/properties-characteristics-and-applications-of-microbubbles-for-sonothrombolysis/2023-10-06T12:55:03+01:00https://ibme.ox.ac.uk/publication/exploitation-of-acoustic-cavitation-induced-microstreaming-to-enhance-molecular-transport/2023-10-06T12:55:03+01:00https://ibme.ox.ac.uk/publication/exploitation-of-acoustic-cavitation-induced-microstreaming-to-enhance-molecular-transport-2/2023-10-06T12:55:03+01:00https://ibme.ox.ac.uk/publication/normothermic-perfusion-of-discarded-human-pancreases/2023-10-06T12:55:04+01:00https://ibme.ox.ac.uk/publication/normothermic-perfusion-of-discarded-human-pancreases-2/2023-10-06T12:55:04+01:00https://ibme.ox.ac.uk/publication/human-liver-transplantation-using-normothermic-machine-preservation/2023-10-06T12:55:04+01:00https://ibme.ox.ac.uk/publication/inertial-cavitation-at-the-nanoscale-2/2023-10-06T12:55:04+01:00https://ibme.ox.ac.uk/publication/calibration-of-ultrasound-backscatter-temperature-imaging-for-high-intensity-focused-ultrasound-treatment-planning/2023-10-06T12:55:05+01:00https://ibme.ox.ac.uk/publication/attenuation-and-de-focusing-during-high-intensity-focused-ultrasound-therapy-through-peri-nephric-fat/2023-10-06T12:55:05+01:00https://ibme.ox.ac.uk/publication/calibration-of-ultrasound-backscatter-temperature-imaging-for-high-intensity-focused-ultrasound-treatment-planning-2/2023-10-06T12:55:05+01:00https://ibme.ox.ac.uk/publication/blocking-porcine-sialoadhesin-improves-extracorporeal-porcine-liver-xenoperfusion-with-human-blood-2/2023-10-06T12:55:05+01:00https://ibme.ox.ac.uk/publication/attenuation-and-de-focusing-during-high-intensity-focused-ultrasound-therapy-through-peri-nephric-fat-2/2023-10-06T12:55:06+01:00https://ibme.ox.ac.uk/publication/normothermic-perfusion-of-discarded-human-pancreases-3/2023-10-06T12:55:06+01:00https://ibme.ox.ac.uk/publication/normothermic-machine-perfusion-of-the-liver/2023-10-06T12:55:06+01:00https://ibme.ox.ac.uk/publication/the-effect-of-hifu-relevant-rates-of-heating-on-the-growth-and-dissolution-of-nuclei-available-for-inertial-cavitation/2023-10-06T12:55:06+01:00https://ibme.ox.ac.uk/publication/assessment-of-safety-of-a-fully-implanted-endovascular-brain-computer-interface-for-severe-paralysis-in-4-patients-the-stentrode-with-thought-controlled-digital-switch-switch-study/2023-10-06T15:12:05+01:00https://ibme.ox.ac.uk/publication/evoked-resonant-neural-activity-in-subthalamic-local-field-potentials-reflects-basal-ganglia-network-dynamics/2023-10-06T15:12:06+01:00https://ibme.ox.ac.uk/publication/tailoring-human-sleep-selective-alteration-through-brainstem-arousal-circuit-stimulation/2023-10-06T15:12:06+01:00https://ibme.ox.ac.uk/publication/xtms-a-pulse-generator-for-exploring-transcranial-magnetic-stimulation-therapies/2023-10-06T15:12:06+01:00https://ibme.ox.ac.uk/publication/the-design-of-brainstem-interfaces-characterisation-of-physiological-artefacts-and-implications-for-closed-loop-algorithms/2023-10-06T15:12:07+01:00https://ibme.ox.ac.uk/publication/how-to-entrain-a-selected-neuronal-rhythm-but-not-others-open-loop-dithered-brain-stimulation-for-selective-entrainment/2023-10-06T15:12:07+01:00https://ibme.ox.ac.uk/publication/the-effect-of-pulse-shape-in-theta-burst-stimulation-monophasic-vs-biphasic-tms/2023-10-06T15:12:07+01:00https://ibme.ox.ac.uk/publication/from-basic-sciences-and-engineering-to-epileptology-a-translational-approach/2023-10-06T15:12:07+01:00https://ibme.ox.ac.uk/publication/development-and-validation-of-a-diagnostic-aid-for-convulsive-epilepsy-in-sub-saharan-africa-a-retrospective-case-control-study/2023-10-06T15:12:08+01:00https://ibme.ox.ac.uk/publication/walking-naturally-after-spinal-cord-injury-using-a-brain-spine-interface/2023-10-06T15:12:08+01:00https://ibme.ox.ac.uk/publication/bioelectronic-zeitgebers-targeted-neuromodulation-to-re-establish-circadian-rhythms/2023-10-06T15:12:08+01:00https://ibme.ox.ac.uk/publication/corrigendum-to-pulse-width-modulation-based-tms-primary-motor-cortex-responses-compared-to-conventional-monophasic-stimuli-brain-stimulat-15-2022-980-983-s1935861x22001/2023-10-06T15:12:09+01:00https://ibme.ox.ac.uk/publication/regulation-of-arousal-and-performance-of-a-healthy-non-human-primate-using-closed-loop-central-thalamic-deep-brain-stimulation/2023-10-06T15:12:09+01:00https://ibme.ox.ac.uk/publication/the-design-of-brainstem-interfaces-characterisation-of-physiological-artefacts-and-implications-for-closed-loop-algorithms-2/2023-10-06T15:12:09+01:00https://ibme.ox.ac.uk/publication/beta-triggered-adaptive-deep-brain-stimulation-during-reaching-movement-in-parkinsons-disease/2023-10-06T15:12:09+01:00https://ibme.ox.ac.uk/publication/the-effect-of-pulse-shape-in-theta-burst-stimulation-monophasic-vs-biphasic-tms-2/2023-10-06T15:12:10+01:00https://ibme.ox.ac.uk/publication/phase-specific-deep-brain-stimula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