Completed
Intro
Class Central Classrooms beta
YouTube videos curated by Class Central.
Classroom Contents
Functional CT Imaging of Coronary Heart Disease
Automatically move to the next video in the Classroom when playback concludes
- 1 Intro
- 2 Disclosures
- 3 Standard Dose CCTA - Accuracy
- 4 Core 64
- 5 Accuracy - CT vs Other Non-Invasive Tests for CAD DX
- 6 Improving on the Baseline
- 7 Reduced Dose - Prospective ECG Triggering
- 8 Radiation Protection - Low kV
- 9 Simple Measures Go a Long Way
- 10 Iterative Image Reconstruction
- 11 Reduced Calcium Blooming Artifacts
- 12 Improved Specificity for Stenosis
- 13 Gentle Techniques - TAVR Workup with 40cc Contrast
- 14 Prognostic Value
- 15 Prognosis: MUSC Outcomes in 458 Patients
- 16 Anatomical vs. Functional Testing: PROMISE
- 17 CT of Cardiac Function (not that)
- 18 Perfusion CT: An Old Idea...
- 19 CT Modalities for MPI
- 20 CT Myocardial Perfusion Protocols: DECT
- 21 Dual-Source CT Based DECT
- 22 DECT for Myocardial Ischemia
- 23 Morphology and Function: DECT
- 24 DECT Post-processing
- 25 3rd Gen. DSCT-Based DECT: Radiation-Dose
- 26 DECT Can Detect Subtle Pathology
- 27 Delayed Enhancement DECT
- 28 Extracellular Volume Fraction (ECVF), Novel CT marker for fibrosis
- 29 Adenosine vs Regadenoson
- 30 Automated Evaluation Software
- 31 Quantitative DECT Perfusion
- 32 Dynamic Time Resolved Perfusion
- 33 Structure / Function: Comprehensive Dx
- 34 Absolute MBF Quantification
- 35 Solving Clinical Dilemmas...
- 36 Monitoring Therapeutic Effects...
- 37 3-Vessel Disease: Balanced Ischemia
- 38 CT Perfusion vs SPECT - Cost Effectiveness
- 39 CT-FFR: Current Approaches - CFD
- 40 CT-FFR: The PLATFORM Trial
- 41 Cost-Effectiveness & Quality of Life
- 42 CT-FFR: AI - Deep Machine Learning
- 43 Summary
- 44 Thank you!
