Browse All

Current Filters

CLEAR FILTER x

TITLE

Bias and correction method of UTE trajectory errors in the depiction and relaxometry of deep articular cartilage

Comparison of adipocyte size measurements with histology and high b-value diffusion-weighted spectroscopy in human white adipose tissue at 3 T

Correcting gradient chain-induced fat quantification errors in multi-echo SoS acquisition using the gradient impulse response function

Estimation of the triglyceride fatty acid composition in human adipose tissue using multi-TE and SHORTIE STEAM: in vitro validation using GC-MS

Highly Accelerated Compressed-Sensing-Based Field-mapping is Possible for Body QSM Applications

Liver DWI: Emerging Solutions

    On the Carbon Footprint of ISMRM's Annual Meeting: Analysis and Implications

    Author:Christof Böhm  Dominik Weidlich  Sophia Kronthaler  Dimitrios Karampinos  

    Institution:TUM  

    Session Type:Digital Poster  

    Session Live Q&A Date:Digital Poster (All Week)  

    Topic:Interventional MR and Safety Issues  

    Session Name:MRI Safety & Intervention  

    Program Number:4156  

    Room Live Q&A Session:

    Reduction of vibration-induced signal loss by matching mechanical vibrational states: application in high b-value diffusion weighted MRS

    Retrospective respiratory and cardiac gating in abdominal diffusion-weighted imaging

    Sampling and Modeling UTE Signals is Important to Estimate Bone Marrow Susceptibility

    Author:Christof Böhm  Sophia Kronthaler  Maximilian Diefenbach  Jakob Meineke  Dimitrios Karampinos  

    Institution:Philips Research  TUM  Division  

    Session Type:Digital Poster  

    Session Live Q&A Date:Digital Poster (All Week)  

    Topic:Quantitative Tissue Properties and Novel Contrast Mechanisms  

    Session Name:QSM in Applications  

    Program Number:3212  

    Room Live Q&A Session:

    Simultaneous imaging of trabecular and cortical bone by analyzing the multi-echo signal decay at UTEs and conventional TEs

    Trajectory correction in high-resolution gated golden-angle radial Dixon imaging using the gradient impulse response function