Showing 2 Abstracts.
Early Developmental Benchmarks of Knee Growth Plates in Young Children Using Diffusion Tensor Imaging
Perdomo Camilo, Kammen Bamindele, Pepic Lejla, Sabharwal Sanjeev, Kvist Ola, Jambawalikar Sachin, Hitt Dave, Jaramillo Diego
Final Pr. ID: Poster #: SCI-028
Diffusion tensor imaging (DTI) is a magnetic resonance imaging technique that measures the diffusion of water molecules restricted by cellular structures, providing insights into tissue microarchitecture. In the physeal metaphyseal complex (PMC), columns of cartilage and newly formed bone restrict water diffusion primarily along the longitudinal axis. This study aims to delineate physeal DTI parameters—such as tract volumes—in young children. By establishing early developmental benchmarks, we address a gap in pediatric musculoskeletal DTI literature and assess the potential of DTI in monitoring growth patterns. Read More
Authors: Perdomo Camilo , Kammen Bamindele , Pepic Lejla , Sabharwal Sanjeev , Kvist Ola , Jambawalikar Sachin , Hitt Dave , Jaramillo Diego
03 : 10 PM
Fetal cardiac magnetic resonance imaging (FCMR) using a prospective ECG-pseudogating method: frequency of visualization of standard cardiac planes and image quality between 1.5 and 3 Tesla (T).
Goncalves Luis, Lindblade Christopher, Cornejo Patricia, Patel Mittun, Wishah Fidaa, Bardo Dianna
Final Pr. ID: Paper #: 107
The purpose of this study is to report visualization rates for standard cardiac axial views by FCMR using a prospective ECG pseudogating method and compare visualization rates for acquisitions performed in 1.5 and 3T. Secondary aims include a comparison of image quality between 2 observers and between 1.5 and 3T. Specific absorption rates (SAR) are also compared. Read More
Authors: Goncalves Luis , Lindblade Christopher , Cornejo Patricia , Patel Mittun , Wishah Fidaa , Bardo Dianna
Keywords: fetal cardiac MRI, 3T, image quality