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Quantitative Imaging: Translation to PracticeTuesday - 7/31/2018 
SAM Specialty Track Quantitative Imaging in the Era of Big Data and Precision Medicine7:30 AM - 9:30 AMRoom: Davidson Ballroom B

Moderator: Paul Kinahan, University of Washington

TuesdayTU-AB-DBRB-0 : Quantitative Imaging: Translation to Practice
Y.Xiao*R.Jeraj*
7:30 AM
TU-AB-DBRB-1
The Need for Quantitative Imaging in Radiation Oncology Treatment Guidance and Assessment
Y.Xiao*
8:00 AM
TU-AB-DBRB-2
The Need for Quantitative Imaging in Medical Oncology Treatment Guidance and Assessment
R.Jeraj*
TuesdayTU-AB-DBRB-3 : A 3D Deep Convolutional Neural Network for Lung Cancer Survival Prediction Using Transfer Learning
M.Ibrahim*D.VisvikisC.Cheze Le RestM.Hatt
TuesdayTU-AB-DBRB-4 : A Retrospective Study of Radiation Dose-Volume Effects and Dosimetric Predictive Model for Esophagitis Induced by Lung Cancer Radiotherapy Treatment
R.He*E.HamadainS.PackianathanM.KanakamedalaS.VijayakumarC.Yang
TuesdayTU-AB-DBRB-5 : Automatic Segmentation of the Prostate Gland On Planning CT Images Using Deep Neural Networks (DNN)
C.Liu*S.GardnerN.WenF.SiddiquiB.MovsasI.Chetty
TuesdayTU-AB-DBRB-6 : Could Radiomic Signature Developed From NSCLC Patients Predict Overall Survival of Patients with ALK+ Mutation?
L.Huang*M.FanW.Huj.wangJ.ChenX.Xu
J.LuG.Qing
TuesdayTU-AB-DBRB-7 : CT-Based Radiomic Analysis for Prediction of Liver Progression Risk in Hepatocellular Carcinoma Patients Treated with Stereotactic Body Radiation Therapy
L.Wei*D.OwenM.Mendiratta-LalaB.RosenK.CuneoT.Lawrence
R.Ten HakenI.El Naqa
TuesdayTU-AB-DBRB-8 : Radiomics Features Predict Tumor Volume Change During Head and Neck Cancer Radiotherapy
M.Surucu*I.MesciogluF.CozziN.HurstB.EmamiJ.Roeske