Add to ORKGPost-mortem brain MRI can yield valuable information. However, tissue preservation requires substitution of the CSF-fluid by fixation agents, which is time-consuming for large samples. R2* maps, dominated by R2-effects, were measured at several timepoints during fixation of pig-brain tissue samples using formalin-based fixatives
International audiencePURPOSE: Ex vivo imaging is a commonly used approach to investigate the biophy...
Ex vivo magnetic resonance imaging (MRI) requires chemical fixation to preserve tissue during storag...
Understanding biochemical mechanisms and changes associated with disease conditions and, therefore, ...
Post-mortem brain MRI can yield valuable information. However, tissue preservation and MR-compatibil...
Formalin fixation has been shown to substantially reduce T2 estimates, primarily driven by the prese...
PurposePostmortem MRI can be used to reveal important pathologies and establish radiology–pathology ...
International audienceMagnetic resonance imaging of post-mortem brains allows long acquisition times...
Before investigating human brains post mortem, the first preparation step is often formalin fixation...
MRI of post mortem samples in formalin is an essential tool for validation purposes and comparison w...
Purpose: To develop fixative agents for high-field MRI with suitable dielectric properties and measu...
MRI-based biophysical models are typically validated by comparison to ex-vivo histology of fixed tis...
Understanding biochemical mechanisms and changes associated with disease conditions and, therefore, ...
PURPOSE: The quality and precision of post-mortem MRI microscopy may vary depending on the embedding...
International audiencePURPOSE: Ex vivo imaging is a commonly used approach to investigate the biophy...
Ex vivo magnetic resonance imaging (MRI) requires chemical fixation to preserve tissue during storag...
Understanding biochemical mechanisms and changes associated with disease conditions and, therefore, ...
Post-mortem brain MRI can yield valuable information. However, tissue preservation and MR-compatibil...
Formalin fixation has been shown to substantially reduce T2 estimates, primarily driven by the prese...
PurposePostmortem MRI can be used to reveal important pathologies and establish radiology–pathology ...
International audienceMagnetic resonance imaging of post-mortem brains allows long acquisition times...
Before investigating human brains post mortem, the first preparation step is often formalin fixation...
MRI of post mortem samples in formalin is an essential tool for validation purposes and comparison w...
Purpose: To develop fixative agents for high-field MRI with suitable dielectric properties and measu...
MRI-based biophysical models are typically validated by comparison to ex-vivo histology of fixed tis...
Understanding biochemical mechanisms and changes associated with disease conditions and, therefore, ...
PURPOSE: The quality and precision of post-mortem MRI microscopy may vary depending on the embedding...
International audiencePURPOSE: Ex vivo imaging is a commonly used approach to investigate the biophy...
Ex vivo magnetic resonance imaging (MRI) requires chemical fixation to preserve tissue during storag...
Understanding biochemical mechanisms and changes associated with disease conditions and, therefore, ...