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Advanced Diffusion Encoding Gradient Waveforms

Author:Markus Nilsson  

Institution:Lund University  

Session Type:Weekend Course  

Session Live Q&A Date:Sunday, 9 August 2020  

Topic:Diffusion: Encoding & Acquisition  

Session Name:Diffusion: Encoding & Acquisition  

Program Number:

Room Live Q&A Session:Sunday Parallel 1  

B-tensor encoding in gliomas: improved tumor grading by the isotropic kurtosis

Characterisation of white matter lesion patterns in Systemic Lupus Erythematosus by an unsupervised machine learning approach.

Diffusion MRI with tensor-valued diffusion encoding as a marker of axonal content within malformations of cortical development

Diffusion of NAA as a marker for tau pathology in Alzheimer's disease - a combined diffusion weighted MRS and positron emission tomography study.

Diffusion time dependence and tissue outcome in ischemic stroke

Author:Björn Lampinen  Jimmy Lätt  Johan Wasselius  Danielle van Westen  Markus Nilsson  

Institution:Lund University  Skåne University Hospital  

Session Type:Oral  

Session Live Q&A Date:Wednesday, 12 August 2020  

Topic:Diffusion Microstructure Modeling and Validation  

Session Name:Microstructure: Validation  

Program Number:0725  

Room Live Q&A Session:Wednesday Parallel 4  

Imaging meningioma tumor microstructure: a comparison between quantitative histopathology and high-resolution diffusion tensor imaging

Impact of brain and head and neck radiotherapy fixation and coil configuration on tensor-valued dMRI

Improving neural soma imaging using the power spectrum of the free gradient waveforms

Investigation of tumor grade and gadolinium enhancement by tensor-valued diffusion encoding and QTI analysis: an exploratory study of gliomas

Stay on the beat: tuning in on time-dependent diffusion in the heart

Tortuosity assumption not the cause of NODDI’s incompatibility with tensor-valued diffusion encoding

Towards unconstrained compartment modeling in white matter using diffusion-relaxation MRI with tensor-valued diffusion encoding

A unified framework for analysis of time-dependent diffusion: numerical validation of a restriction-exchange correlation experiment