Program | Time | Instructor | |
---|---|---|---|
Lecture 1 | - Basics of 3D Physics with Terminology & Image Modes - Multi-Planar Reformatting of 3D Volume Data Set of Mitral valve apparatus |
15 m’ | |
Hands-on (3 Group) | Using pre-stored MV(MV-AV) 3D volume data set - Cropping & Multi-planar reformatting of 3D volume data set 1. MV-what is surgeon’s view? 2. MV-structural analysis |
35 m’ | |
Break | 10 m’ | ||
Lecture 2 | Lecture 2 Speckle-tracing & 3D cardiac motion analysis of the Left Ventricle | 10 m’ | Hyun Suk Yang |
Hands-on (3 Group) | Using pre-stored LV 3D volume data set - Free strain - TMAD - Global Longitudinal Strain of LV-CMQ |
40 m’ | |
Break | 10 m’ | ||
Hands-on (3 Group) | All materials (3D volume data set) for each case will be prepared by the instructors as dicom files Using cases prepared by instructors (50 min) 1) Case 1 (20m’) - Structural analyses of MV (MV-AV) in MR 2) Case 2 (10m’): Hyun Suk Yang - Determination of LV GLS in IHD patient with a Low CO 3) Case 3 (10 m’): Jong Hwan Lee - Determination of MVA after MV repair 4) Case 4 (10 m’): Kyoungwoon Joung - Determination of AV dimensions for TAVR procedure |
50 m’ | Hyun Suk Yang Jong Hwan Lee Kyoungwoon Joung |
Q&A, Wrap up | 10 m’ |