Showing 4 Abstracts.
Beydoun Tammam, Pokorney Amber, Keehn Brian, Hu Houchun, Patel Mittun, Barnes Craig
Final Pr. ID: Poster #: SCI-047
To compare image quality ratings between 3D gradient echo mDIXON (GRE) vs. 2D turbo-spin-echo mDIXON (TSE) in pediatric patients with osteomyelitis. Read More
Authors: Beydoun Tammam , Pokorney Amber , Keehn Brian , Hu Houchun , Patel Mittun , Barnes Craig
Keywords: mDIXON GRE, Osteomyelitis
Al-khori Noor, Mann Gurdeep, Howe Abigail, Hussein Farhia, Tenho Sari, Robinson Ashley
Final Pr. ID: Paper #: 101
T1-weighted imaging is a routine sequence in fetal MR imaging, which allows vicarious imaging of the fetal colon due to the short T1 signal characteristics of meconium. The purpose of this study was to compare image quality and acquisition time of a T1-mDixon sequence relative to a standard fast T1 gradient echo sequence, and to determine whether bowel pathology (such as colon hernaition in congenitial diaphragmatic hernia) can be more quickly and clearly delineated with T1-mDIXON. Read More
Authors: Al-khori Noor , Mann Gurdeep , Howe Abigail , Hussein Farhia , Tenho Sari , Robinson Ashley
Peterson Michael, Patel Mittun, Dance Logan, Keehn Brian, Pokorney Amber, Barnes Craig
Final Pr. ID: Poster #: EDU-069
The objective of this work was to determine whether a 3D gradient echo-based mDIXON T1-weighted sequence can replace a TSE-based mDIXON sequence in the evaluation of bone and musculoskeletal soft tissue lesions. Read More
Authors: Peterson Michael , Patel Mittun , Dance Logan , Keehn Brian , Pokorney Amber , Barnes Craig
Keywords: mDixon, Gradient Echo, MRI Techniques, mDixon FFE, mDixon TSE
Boyarko Alexander, Dillman Jonathan, Pednekar Amol, Tkach Jean, Trout Andrew
Final Pr. ID: Paper #: 004
Compressed SENSE (CS) facilitates significantly shorter MRI acquisition times. There is a paucity of data comparing quantitative MRI with regularly under-sampling schemes like SENSE to pseudorandom under-sampling schemes like CS. The purpose was to compare measurements of liver proton density fat fraction (PDFF), T2*, and stiffness between SENSE and CS techniques with identical MR acquisition parameters. Read More
Authors: Boyarko Alexander , Dillman Jonathan , Pednekar Amol , Tkach Jean , Trout Andrew
Keywords: Under-sampling, mDixon-Quant, Elastography