Posters on the topic "Quantification"

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  • P221
Preliminary comparison of ex-vivo quantitative susceptibility mapping and mechanical properties of human carotid atherosclerotic plaque to characterise rupture risk
  • P222
Improved visualization of breast micro calcifications in high spatial resolution quantitative susceptibility mapping using deep learning-based denoising
  • P223
An external reference to facilitate absolute QSM estimates of magnetic susceptibility: Theoretical considerations, simulations and phantom-based evaluation
  • P224
Estimating the macromolecular proton fraction and the magnetization transfer exchange rate in human brain by inversion recovery with off-resonance saturation
  • P225
Quantitative water content mapping by MRI for post-mortem edema characterization
  • P226
Evaluation of different approaches to plan radiotherapy with MRI-based proton density quantification
  • P227
Background phase in phase-contrast MRI revisited: Temporal response due to steady-state perturbations
  • P229
Optimal isochromat frequencies for T2* spin-level simulation
  • P230
Double flash: Accelerated hemo-sensitive clinical measurement using double echo flash and reconstruction of the T2 decay
  • P231
Long-term follow-up of a LPC animal model using optimal control MRI contrast targeting short T2 components
  • P232
Comparison of Bayesian and non-linear least squares approaches for the quantitative estimation of multi-compartment T2 in fresh breast tumour specimens at 3T
  • P233
Accuracy of fast T2 mapping – Comparing whole brain accelerated MRI to a spin echo EPI reference measurement
  • P234
Assessment of neurodegenerative progression using quantitative T2 map in the SOD1G93A mouse model
  • P235
Repeatability and reproducibility of texture features from of quantitative T1 and T2 of fresh breast tumour specimens in formalin at 3T
  • P236
Assessing different registration algorithms for tracking displacement and compression of peritumoral tissue due to mass effect in high-grade gliomas
  • P237
The impact of a Siemens scanner upgrade from 3T trio tim to 3T prisma fit on the variability of volumetric measurements based on phantom and human data