about
Correcting surface coil excitation inhomogeneities in single-shot SPEN MRICine and tagged cardiovascular magnetic resonance imaging in normal rat at 1.5 T: a rest and stress studyHyperpolarization without persistent radicals for in vivo real-time metabolic imagingThe role of imaging and molecular imaging in the early detection of metabolic and cardiovascular dysfunctions.Optimization of cardiac cine in the rat on a clinical 1.5-T MR system.Pulsatile blood flow in human bone assessed by laser-Doppler flowmetry and the interpretation of photoplethysmographic signals.Hybrid ultrasound-MR guided HIFU treatment method with 3D motion compensation.In vivo myocardial infarct area at risk assessment in the rat using manganese enhanced magnetic resonance imaging (MEMRI) at 1.5T.In vivo pink-beam imaging and fast alignment procedure for rat brain tumor radiation therapy.ARFI-prepared MRgHIFU in liver: simultaneous mapping of ARFI-displacement and temperature elevation, using a fast GRE-EPI sequence.Hyperpolarizing gases via dynamic nuclear polarization and sublimation.Inflow effect correction in fast gradient-echo perfusion imaging.Molecular oxygen loading in candidate theranostic droplets stabilized with biocompatible fluorinated surfactants: Particle size effect and application to in situF MRI mapping of oxygen partial pressureFeasibility of complementary spatial modulation of magnetization tagging in the rat heart after manganese injectionManganese kinetics demonstrated double contrast in acute but not in chronic infarction in a mouse model of myocardial occlusion reperfusionEvaluating the potential of hyperpolarised [1-13C] L-lactate as a neuroprotectant metabolic biosensor for stroke
P50
Q34493834-C34DCB02-CD7B-4DD9-A156-57B515B35DB7Q36989935-9DECA414-F680-4485-9298-B9A262850402Q37318060-7FC79D39-5725-4681-9415-96AB6CAE672BQ37820086-97272B91-339A-476B-A3F2-829464C776FCQ39763364-28C3B226-2661-42C4-980A-7505CBD056F7Q44366861-02615CCA-B879-4448-BC39-C391D0113E36Q46422013-171ABE8C-33C8-404A-A31E-A2C3A4E6E889Q46572621-F68CA235-518D-4C2E-8B1F-42B3EEC427D0Q49110109-F4494401-DE93-4968-91B4-4C183DEFEA3CQ50245486-F7E13DFC-9C64-4280-8DA6-5F4FFFFCC3A1Q50640829-6358AD18-8CE0-4C3A-80C2-10F7238021C9Q51805187-329176AD-02FE-4206-B150-9DE30B4D1BD8Q57142089-C49A67EA-3AE5-4202-981C-37334B9CD627Q79852258-DF9E81CC-F0F5-459F-BDC6-BA2B01B26F6EQ84607194-F7923884-8760-4D51-8A5F-1EAF9C8D3E7BQ90695641-9333A997-AD25-4063-B6F5-F21E5C16E853
P50
description
onderzoeker
@nl
researcher
@en
հետազոտող
@hy
name
Jean-Noel Hyacinthe
@ast
Jean-Noel Hyacinthe
@en
Jean-Noel Hyacinthe
@es
Jean-Noel Hyacinthe
@nl
Jean-Noel Hyacinthe
@sl
type
label
Jean-Noel Hyacinthe
@ast
Jean-Noel Hyacinthe
@en
Jean-Noel Hyacinthe
@es
Jean-Noel Hyacinthe
@nl
Jean-Noel Hyacinthe
@sl
prefLabel
Jean-Noel Hyacinthe
@ast
Jean-Noel Hyacinthe
@en
Jean-Noel Hyacinthe
@es
Jean-Noel Hyacinthe
@nl
Jean-Noel Hyacinthe
@sl
P106
P1153
6506719078
P31
P496
0000-0002-6983-0956