about
Pancreatic iron and fat assessment by MRI-R2* in patients with iron overload diseases.MR Imaging of Prostate Cancer: Diffusion Weighted Imaging and (3D) Hydrogen 1 (H) MR Spectroscopy in Comparison with Histology.Electrocardiograph-triggered two-dimensional time-of-flight versus optimized contrast-enhanced three-dimensional MR angiography of the peripheral arteries.Iliofemoral arterial occlusive disease: contrast-enhanced MR angiography for preinterventional evaluation and follow-up after stent placement.Diffusion-weighted echo-planar MR imaging of primary parotid gland tumors: is a prediction of different histologic subtypes possible?Left atrial active contractile function parameters assessed by cardiac MR are sensitive to myocardial iron.[MRI of pulmonary arteries in follow-up after arterial-switch-operation (ASO) for transposition of great arteries (d-TGA)]High-resolution in utero 3D MR imaging of inner ear microstructures in fetal sheep.Postmortem 31P magnetic resonance spectroscopy of the skeletal muscle: α-ATP/Pi ratio as a forensic tool?Age-related distribution of vertebral bone-marrow diffusivity.Assessment of aortic root dimensions in patients with suspected Marfan syndrome: intraindividual comparison of contrast-enhanced and non-contrast magnetic resonance angiography with echocardiography.Lung morphology: fast MR imaging assessment with a volumetric interpolated breath-hold technique: initial experience with patients.Value of apparent diffusion coefficient calculation before and after gustatory stimulation in the diagnosis of acute or chronic parotitis.Balanced steady-state free precession vs. segmented fast low-angle shot for the evaluation of ventricular volumes, mass, and function at 3 Tesla.[MR-sialography: optimisation and evaluation of an ultra-fast sequence in parallel acquisition technique and different functional conditions of salivary glands]Magnetic resonance imaging of prostate cancer: diffusion-weighted imaging in comparison with sextant biopsy.[MR angiography of the carotid arteries using 3D TOF technique with sagittal double-volume acquisition using a new head-neck coil][Ultra-rapid T2-weighted MR imaging during suspended respiration for the examination of focal lesions of the liver: a comparison of TSE, HASTE and HASTE-STIR sequences using a CP body array coil]Magnetic resonance imaging of the lung with a volumetric interpolated 3D-gradient echo sequenceValue of T2-weighted, first-pass and delayed enhancement, and cine CMR to differentiate between acute and chronic myocardial infarction[Functional imaging of submandibular glands: diffusion-weighted echo-planar MRI before and after stimulation]Functional imaging of parotid glands: diffusion-weighted echo-planar MRI before and after stimulationDetection of mechanical ventricular asynchrony by high temporal resolution cine MRIMonitoring of gustatory stimulation of salivary glands by diffusion-weighted MR imaging: comparison of 1.5T and 3TDiffusion-weighted echo-planar MRI: a valuable tool for differentiating primary parotid gland tumors?Distribution of cardiac iron measured by magnetic resonance imaging (MRI)-R*2Sjögren's syndrome of the parotid gland: value of diffusion-weighted echo-planar MRI for diagnosis at an early stage based on MR sialography grading in comparison with healthy volunteersSelf-gating MR imaging of the fetal heart: comparison with real cardiac triggeringDiffusion-weighted imaging of the healthy pancreas: apparent diffusion coefficient values of the normal head, body, and tail calculated from different sets of b-valuesPeak Filling Rates Assessed by CMR Imaging Indicate Diastolic Dysfunction From Myocardial Iron ToxicityOptimization of 3D phase contrast venography for the assessment of the cranio-cervical venous system at 1.5 TNon-Contrast-Enhanced Carotid MRA: Clinical Evaluation of a Novel Ungated Radial Quiescent-Interval Slice-Selective MRA at 1.5T
P50
Q30853786-DAA12A3F-FA56-4FE3-8F9D-67A42162F0DDQ38782559-794466AE-4040-4EB1-87C4-EBC4D4E1341CQ39479754-89AD64B9-BFA8-48DD-B52B-5564D252913EQ39514109-5EAE2D07-75BB-4497-B03D-61AF0028D727Q42447519-CEBEA473-E792-4E8F-99EF-FB4D155BC15AQ46039666-FAF04AA3-ACE5-439D-9487-7134A315BD3DQ46498009-C60A6484-4BA9-4280-8C88-2A8EDE4ADE05Q48218918-F78A1F36-9681-48A0-8048-21CB22E2CE34Q51124978-73D4995A-DFF5-4C59-9CF1-D2C70D22B81EQ51307838-32505572-E7C8-431B-B1E1-340A0F10D2F4Q51368544-A98BB5C7-1B14-4FAD-87D2-C3CF798AFA82Q51691925-AB09D448-F106-401C-9411-6679AB5F52AAQ51886994-F2EAB75D-C983-424E-BD54-7183EDBB9D53Q53024789-2F72DDAE-B361-4621-A59F-C5A5057CA025Q53587698-B7A04741-5144-448A-93A1-C511E305BA80Q64999897-4D8F8F0B-1B62-41AB-8C50-0D38560C315EQ73051605-4A16A884-438B-45F2-8275-4474EBCDC73AQ74553512-B22F0A76-7C9F-468D-B6EF-33FE49398C60Q74596760-390D7692-AE74-48EF-ACA8-45E3BAAACA43Q79408952-3C56B030-9ED5-4BA3-819F-C8DB7AC44B9EQ80214484-91936862-5FB6-43A6-B0F4-DECF86666AEFQ80598057-E5A53075-0B1D-4CDB-9022-79FE16712B80Q80772388-079A8ACD-A0A8-4C51-A9CD-D7BC7C6F2506Q81228762-EF125389-229A-4926-B915-4C1D075AFE4AQ81881586-04D9838F-0C20-4588-BC78-E006E7E2044CQ82215850-746B59F6-4936-47E5-A146-225455C16975Q83380491-7E10CCD4-4113-4108-AB2A-94F5FF58D9BCQ84629943-EC0474E3-8124-4013-873E-5ABCC76CAA91Q84753514-23416B47-6D17-4B9E-A20D-AD50B5B0E6FEQ87098250-5AAECF9C-7517-4868-AA5C-0962DC7A7CF3Q90873346-D88C77A0-BB0B-4458-8003-CC27F291AE9DQ92507886-12B3D621-1374-46F8-BEC9-1156F93B517A
P50
description
researcher
@en
wetenschapper
@nl
name
Graessner J
@nl
Joachim Graessner
@en
type
label
Graessner J
@nl
Joachim Graessner
@en
altLabel
Graessner J
@en
prefLabel
Graessner J
@nl
Joachim Graessner
@en
P106
P31
P496
0000-0001-6567-7432