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Displaying 1 - 8 of 8

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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

Room Live Q&A Session:

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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

Room Live Q&A Session:

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Comparison of fixed vs. low rank reconstruction methods for acceleration of quantitative T2 mapping

Author:Daniel Grzeda Meirav Galun Noam Omer Tamar Blumenfeld-Katzir Dvir Radunsky Ricardo Otazo Noam Ben-Eliezer

Institution:Memorial Sloan Kettering Cancer Center Tel Aviv University Weizmann Institute of Science Center for Advanced Imaging Innovation and Research (CAI2R), New-York University Langone Medical Center, New York Tel-Aviv University

Session Type:Digital Poster

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

Topic:Novel Acquisition, Reconstruction, and Analysis

Session Name:Novel Acquisitions & Reconstructions: Sparse & Low-Rank

Program Number:3457

Room Live Q&A Session:

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Compensating Diffusion Bias of Quantitative T2 mapping on High-Field MRI Scanners

Author:Natalie Bnaiahu Ella Wilczynski Shir Levy Noam Omer Tamar Blumenfeld-Katzir Noam Ben-Eliezer

Institution:Tel Aviv University Center for Advanced Imaging Innovation and Research

Session Type:Digital Poster

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

Topic:Mitigating motion, artifacts and imperfections

Session Name:Artifact Correction: Miscellaneous

Program Number:3415

Room Live Q&A Session:

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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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A novel multicomponent T2 analysis for identification of sub-voxel compartments and quantification of myelin water fraction

Author:Noam Omer Tamar Blumenfeld-Katzir Natalie Bnaiahu Meirav Galun Noam Ben-Eliezer

Institution:Tel Aviv University Weizmann Institute of Science Center for Advanced Imaging Innovation and Research (CAI2R), New-York University Langone Medical Center, New York Tel-Aviv University

Session Type:Digital Poster

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

Topic:Multiple Sclerosis and Myelin

Session Name:Myelin Imaging: Acquisition to Application

Program Number:1429

Room Live Q&A Session:

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Quantification of Inter-Muscular Adipose Infiltration in Calf/Thigh MRI using Fully and Weakly Supervised Semantic Segmentation

Author:Rula Amer Jannette Nassar David Bendahan Hayit Greenspan Noam Ben-Eliezer

Institution:Aix Marseille University Tel Aviv University New York University

Session Type:Digital Poster

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

Topic:ML: Post Processing, Analysis, & Applications

Session Name:Machine Learning: General Applications

Program Number:3584

Room Live Q&A Session:

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Quantitative Estimation of Visual Sensitivity to Early Pathological Changes in T2-Weighted Images

Author:Chen Solomon Tamar Blumenfeld-Katzir Moti Salti Dvir Radunsky Noam Omer Neta Stern Noam Ben-Eliezer

Institution:Brain Imaging Research Center (BIRC), Soroka Medical Center Tel Aviv University Ben-Gurion University of the Negev Center for Advanced Imaging Innovation and Research (CAI2R), New-York University Langone Medical Center, New York Tel-Aviv University

Session Type:Digital Poster

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

Topic:CEST, Magnetization Transfer and Relaxometry

Session Name:Contrast Mechanisms: Quantitation & Validation

Program Number:3168

Room Live Q&A Session:

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Displaying 1 - 8 of 8

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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

Comparison of fixed vs. low rank reconstruction methods for acceleration of quantitative T2 mapping

Compensating Diffusion Bias of Quantitative T2 mapping on High-Field MRI Scanners

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

A novel multicomponent T2 analysis for identification of sub-voxel compartments and quantification of myelin water fraction

Quantification of Inter-Muscular Adipose Infiltration in Calf/Thigh MRI using Fully and Weakly Supervised Semantic Segmentation

Quantitative Estimation of Visual Sensitivity to Early Pathological Changes in T2-Weighted Images

Current Filters

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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

Comparison of fixed vs. low rank reconstruction methods for acceleration of quantitative T2 mapping

Compensating Diffusion Bias of Quantitative T2 mapping on High-Field MRI Scanners

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

A novel multicomponent T2 analysis for identification of sub-voxel compartments and quantification of myelin water fraction

Quantification of Inter-Muscular Adipose Infiltration in Calf/Thigh MRI using Fully and Weakly Supervised Semantic Segmentation

Quantitative Estimation of Visual Sensitivity to Early Pathological Changes in T­2-Weighted Images

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

Quantitative Estimation of Visual Sensitivity to Early Pathological Changes in T2-Weighted Images