Comparative evaluation of Oligodendroglioma and Astrocytoma subtypes with similar grade using Conventional MRI and T1 perfusion MRI imaging

Compressed-SENSE accelerated fast comprehensive eight minutes MR based stroke protocol including non-contrast imaging of ischemic penumbra

Author:Rupsa Bhattacharjee  Rakesh Gupta  Vijay Dixit  Praveen Gupta  Indrajit Saha  

Institution:Fortis Memorial Research Institute  Philips India Limited  

Session Type:Digital Poster  

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

Topic:High field, Head, Neck & Neurogems  

Session Name:Treasure Chest of Neurogems 1  

Program Number:2027  

Room Live Q&A Session:

Differentiating lymphoma from grade-IV glioma using susceptibility weighted imaging based texture feature at 3T MRI

Differentiation between Intra-Cranial Mass Lesions using Machine Learning approach on Amide Proton Transfer-weighted (APT-w) CEST MRI

Identifying texture features that may serve as bio-markers of various subgroups of glioblastoma segmented using T1-perfusion MRI

Method for Automatic blood vessel removal from quantitative T1-perfusion MRI maps and evaluating its impact on tumor grading

A Method to Improve Automated Subject Specific Arterial Input Function for DCE-MRI and to Evaluate its Effect on Glioma Grading at 3T

Non-contrast method for breast tumor detection using EPT based tissue conductivity maps reconstructed from routine T2-mDixon TSE images

On Differentiation of Pilocytic Astrocytoma from High-Grade-Glioma Tumor using Machine Learning Based upon Quantitative T1 Perfusion MRI

Penumbra Quantification from SWI visible Prominent Veins and its comparison with ASL-derived penumbra in patients with acute stroke

Relative contribution of SWI, compared to conventional MRI, in the detection of common bile-duct (CBD) calculi

Segmentation of Contrast Enhancing Brain Tumor Region using a Machine Learning Framework based upon Pre and Post contrast MR Images

Segmenting Brain Tumor Lesion from 3D FLAIR MR Images using Support Vector Machine approach

To Evaluate Effect of Interpolation Methods for B0 inhomogeneity correction on computation of CEST MRI Contrast in Human Brain at 3T and 7T

To Evaluate the Effect of Compressed-SENSE on Accuracy of High-Resolution Quantitative T1-Perfusion MRI Parameters and on glioma grading at 3T