Activity Lectures

(subject to change)

How 64 slice CT Works - Edward P. Shapiro, MD

Overview of CT Image Analysis - Edward P. Shapiro, MD

Use of the 3D workstation - Paul S. Hees, PhD

10 Steps toward Generation of Perfect Images - Edward P. Shapiro, MD

Preparing the Patient with Beta Blockers - Edward P. Shapiro, MD

Basic Tools of the Workstation - Paul S. Hees, PhD and Edward P. Shapiro, MD

Correlation of CT Angiography with Invasive Methods - Armin Zadeh, MD

Contrast Timing and Dose Modification - Armin Zadeh, MD

Anomalous Coronary Arteries - Edward P. Shapiro, MD

Principles of Ionizing Radiation - Mahadevappa Mahesh, PhD

Analysis of LV Function - Edward P. Shapiro, MD

Analysis of the Patient with Normal Coronaries - Paul S. Hees, PhD

Analysis of the Patient with Single Vessel Disease - Edward P. Shapiro, MD

Analysis of the Patient with Multi-vessel Disease - Edward P. Shapiro, MD and Michael Blaha, MD

Analysis of the Patient with Bypass Grafts - Charles S. White, MD

Imaging of Non-obstructive Plaque - Edward P. Shapiro, MD

Significance of Coronary Calcification - Michael Blaha, MD

Use of IV Contrast - Jeffrey Brinker, MD

Top 10 Indications for Cardiac CT - Armin Zadeh, MD

The Triple Rule-Out - Charles S. White, M

Electrophysiology Applications - Armin Zadeh, MD

Recognizing CT Artifacts - Edward P. Shapiro, MD

Incidental Non Cardiac Findings - Irfan S. Shafique, MD

Cardiac CT for TAVR Stefan Zimmerman, MD

CT Viability and Perfusion Imaging Ron Jacob, MD

Coding and Reimbursement - Edward P. Shapiro, MD

The Johns Hopkins University School of Medicine takes responsibility for the content, quality and scientific integrity of this CME activity.

This schedule is subject to change