Radiology CME

Course Overview

This 15-minute radiology CME presents the imaging fundamentals of peripheral arterial ultrasound followed by case review.

Learning Objectives

Course Overview

15-minute radiology education through the presentation of radiographs and CT scans of established pathologies, with annotated video color-coded and synchronized with lists of findings and unifying diagnoses.

Learning Objectives

1. Learn a number of abdominal neoplasms that have diagnostic CT characteristics.
2. Recognize the CT findings that suggest the specific diagnosis of certain abdominal neoplasms.
3. Understand the role of CT in the emergency diagnosis of abdominal neoplasms.
   
   
   

Course Overview

15-minute radiology education through the presentation of radiographs and CT scans of established pathologies, with annotated video color-coded and synchronized with lists of findings and unifying diagnoses.

Learning Objectives

1. Learn a number of abdominal neoplasms that have diagnostic CT characteristics.
2. Recognize the CT findings that suggest the specific diagnosis of certain abdominal neoplasms.
3. Understand the role of CT in the emergency diagnosis of abdominal neoplasms.
   
   
   

Course Overview

15-minute radiology education through the presentation of radiographs and CT scans of established pathologies, with annotated video color-coded and synchronized with lists of findings and unifying diagnoses.

Learning Objectives

1. Learn a number of abdominal neoplasms that have diagnostic CT characteristics.
2. Recognize the CT findings that suggest the specific diagnosis of certain abdominal neoplasms.
3. Understand the role of CT in the emergency diagnosis of abdominal neoplasms.
   
   
   

Course Overview

15-minute radiology education through the presentation of radiographs and CT scans of established pathologies, with annotated video color-coded and synchronized with lists of findings and unifying diagnoses.

Learning Objectives

1. Learn the typical myocardial, pericardial, and congenital pathologies that can be diagnosed by coronary CTA.
2. Recognize the CTA findings of specific myocardial, pericardial, and congenital abnormalities.
3. Understand the role of CTA in the diagnosis of myocardial, pericardial, and congenital pathologies.

Course Overview

15-minute radiology education through the presentation of radiographs and CT scans of established pathologies, with annotated video color-coded and synchronized with lists of findings and unifying diagnoses.

Learning Objectives

1. Learn the typical septal and valvular pathologies that can be diagnosed by coronary CTA.
   
2. Recognize the CTA findings of specific septal and valvular abnormalities.
3. Understand the role of CTA in the diagnosis of septal and valvular pathologies.

Course Overview

In Part 4 of this QA Forum, Dr. Novick will discuss the imaging findings associated with anoxic brain injury. Six cases will be presented and reviewed.

Learning Objectives

1. Learn to identify the misses and causes which commonly appear on QAC lists.
2. Understand latest imaging technologies to deliver continuous high quality care in radiology.
3. Identify different approaches that allow for prompt assessment and diagnosis of the patient.
4. Apply principles of critical thinking during the assessment and diagnosis of the patient.
   
   

Course Overview

In Part 3 of this QA Forum, Dr. Novick will discuss common pitfalls encountered in diagnostic imaging interpretation. Five cases will be presented and reviewed.

Learning Objectives

1. Learn to identify the misses and causes which commonly appear on QAC lists.
2. Understand latest imaging technologies to deliver continuous high quality care in radiology.
3. Identify different approaches that allow for prompt assessment and diagnosis of the patient.
4. Apply principles of critical thinking during the assessment and diagnosis of the patient.
   
   

Course Overview

This 15-minute radiology CME is the second course of a two-part series on ankle MRI bone marrow edema patterns. 

Learning Objectives

1. Describe patterns of bone marrow edema on MRI of the ankle associated with non-traumatic causes.
2. Describe a strategy to help differentiate between traumatic and non-traumatic causes of bone marrow in the ankle.
3. Increase understanding of the importance of recognizing non-traumatic bone marrow edema in the ankle regarding subsequent treatment strategies.