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Accelerated reconstruction of T2 maps based on the echo modulation curve signal model, and using PCA and gradient-descent search algorithms

Author:Guy Shpringer Noam Ben-Eliezer

Institution:Tel Aviv University New-York University Langone Medical Center

Session Type:Digital Poster

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

Topic:CEST, Magnetization Transfer and Relaxometry

Session Name:Relaxation

Program Number:3159

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Accurate mapping of T2 relaxation times at low SNR, based on Bloch simulations and PCA image denoising

Author:Neta Stern Dvir Radunsky Tamar Blumenfeld-Katzir Noam Ben-Eliezer

Institution:Tel Aviv University New-York University Langone Medical Center

Session Type:Digital Poster

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

Topic:Quantitative Tissue Properties and Novel Contrast Mechanisms

Session Name:Novel Contrast & Water/Fat Separation

Program Number:3240

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Distinguishing between macromolecular-driven magnetization transfer (MTSAT) and direct water saturation (MTDIR)

Author:Dvir Radunsky Tamar Blumenfeld-Katzir Noam Ben-Eliezer

Institution:Tel Aviv University New-York University Langone Medical Center

Session Type:Digital Poster

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

Topic:CEST, Magnetization Transfer and Relaxometry

Session Name:Magnetization Transfer Imaging

Program Number:3144

Room Live Q&A Session:

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Displaying 1 - 3 of 3

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Accelerated reconstruction of T2 maps based on the echo modulation curve signal model, and using PCA and gradient-descent search algorithms

Accurate mapping of T2 relaxation times at low SNR, based on Bloch simulations and PCA image denoising

Distinguishing between macromolecular-driven magnetization transfer (MTSAT) and direct water saturation (MTDIR)

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­­Accelerated reconstruction of T2 maps based on the echo modulation curve signal model, and using PCA and gradient-descent search algorithms

Accurate mapping of T2 relaxation times at low SNR, based on Bloch simulations and PCA image denoising

Distinguishing between macromolecular-driven magnetization transfer (MTSAT) and direct water saturation (MTDIR)

Accelerated reconstruction of T2 maps based on the echo modulation curve signal model, and using PCA and gradient-descent search algorithms