Michishita Yukiko,  Miyazaki Osamu,  Imai Ayako,  Okamato Reiko,  Tsutsumi Yoshiyuki,  Miyasaka Mikiko,  Sago Haruhiko,  Kanamori Yutaka,  Nosaka Shunsuke

Final Pr. ID: Poster #: SCI-004

Esophageal atresia (EA) is a relatively rare congenital anomaly. Esophageal pouch (EP) is the only direct sign of EA on fetal MRI, but is not always seen. Distended hypopharynx (DHP) has been reported as a useful prenatal sign of EA, but as EP and DHP are both subjective assessments, the prenatal diagnosis of EA is challenging. The aim of this study was to evaluate whether quantitative measurement of distended pharynx is useful in the diagnosis of EA. Read More

Authors:  Michishita Yukiko , Miyazaki Osamu , Imai Ayako , Okamato Reiko , Tsutsumi Yoshiyuki , Miyasaka Mikiko , Sago Haruhiko , Kanamori Yutaka , Nosaka Shunsuke

Keywords:  Esophageal Atresia, fetal MRI, Quantitative

Barrera Christian,  Andronikou Savvas,  Tapia Ignacio,  White Ammie,  Biko David,  Otero Hansel

Final Pr. ID: Paper #: 008 (S)

To describe the normal progression of quantitative CT chest parameters in children Read More

Authors:  Barrera Christian , Andronikou Savvas , Tapia Ignacio , White Ammie , Biko David , Otero Hansel

Keywords:  Quantitative, CT, Lung

Vyas Rutvi,  Morton Sarah,  Nunes Deivid,  Song Yanan,  Grant Ellen,  Ou Yangming

Final Pr. ID: Paper #: 119

Hypoxic Ischemic Encephalopathy (HIE) occurs in 1-6/1000 livebirths often leading to death or neurological disability. Neonatal brain magnetic resonance imaging (MRI) is used to assess severity of brain injury and provide prognostic information in the newborn period. However, 20-50% HIE patients do not have early abnormal MRI findings detected by qualitative neuroradiologic evaluation and yet have adverse outcomes evident by 2 years of age. Our aim was to investigate whether quantitative MRI analysis can find subtle abnormalities that help improve prognostication and reduce the incidence of falsely reassuring neonatal MRI among infants with HIE. Read More

Authors:  Vyas Rutvi , Morton Sarah , Nunes Deivid , Song Yanan , Grant Ellen , Ou Yangming

Keywords:  HIE, neonates, Quantitative MRI

Barrera Christian,  Barrera Ambika,  Andronikou Savvas,  Tapia Ignacio,  Otero Hansel

Final Pr. ID: Paper #: 009 (S)

To evaluate the utility of quantitative CT in children with neuroendocrine cell hyperplasia of infancy (NEHI) Read More

Authors:  Barrera Christian , Barrera Ambika , Andronikou Savvas , Tapia Ignacio , Otero Hansel

Keywords:  Quantitative, NEHI, Chest

Goncalves Fabricio,  Serai Suraj,  Alves Cesar Augusto,  Teixeira Sara,  Zuccoli Giulio

Final Pr. ID: Poster #: EDU-078

Synthetic magnetic resonance imaging (SyMRI) is a new imaging technique that permits generating multiple contrast-weighted images based on relaxivity measurements of tissue properties in a single acquisition using a multi-echo, multi-delay saturation recovery spin-echo sequence of approximately 6 minutes. Read More

Authors:  Goncalves Fabricio , Serai Suraj , Alves Cesar Augusto , Teixeira Sara , Zuccoli Giulio

Keywords:  Synthetic MRI, BRAIN, Quantitative MRI

Nguyen Jie,  Hong Shijie,  Nguyen Michael,  Venkatesh Tanvi,  Serai Suraj,  Carson Robert,  Barrera Christian,  Cahill Patrick,  Rajapakse Chamith

Final Pr. ID: Paper #: 053

Anatomic changes during bone growth and skeletal maturation are under-studied and incompletely understood, partially attributed to the sparing use of ionizing radiation in children. Recently, a clinically-feasible UTE (ultra-short echo time) MRI technique has emerged, enabling the direct visualization of bone. Although validated in adults, its spatial resolution and reproducibility have not been fully investigated in children. Therefore, the purpose of this study is 1) to determine the feasibility of UTE MRI to quantify changes in vertebral porosity and disc hydration along the thoracolumbar spine and 2) to investigate inter-rater reproducibility. Read More

Authors:  Nguyen Jie , Hong Shijie , Nguyen Michael , Venkatesh Tanvi , Serai Suraj , Carson Robert , Barrera Christian , Cahill Patrick , Rajapakse Chamith

Keywords:  quantitative MRI, bone, spine