Duke Radiology – Imaging Pearls: Pelvis, Cardiothoracic, Neuro and Pediatric 2018 (Videos)

Advanced Multispecialty Diagnostic Radiology Review

Duke Radiology – Imaging Pearls: Pelvis, Cardiothoracic, Neuro and Pediatric 2018 is a comprehensive diagnostic imaging course developed by Duke University School of Medicine that delivers practical, high-yield radiology education across four major imaging subspecialties: pelvic imaging, cardiothoracic radiology, neuroradiology, and pediatric radiology. Designed around the concept of “imaging pearls,” the course emphasizes efficient interpretation techniques, pattern recognition, differential diagnosis development, and evidence-based imaging strategies that can be immediately applied in daily radiology practice.

Through expert-led lectures, case-based discussions, and advanced MRI and CT imaging reviews, participants strengthen their ability to identify subtle findings, avoid common diagnostic pitfalls, and improve reporting confidence across a broad range of clinical scenarios. The program combines practical teaching with modern radiologic principles to help imaging professionals enhance diagnostic accuracy and workflow efficiency.

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Course Overview

Radiologists are increasingly required to interpret complex imaging studies spanning multiple organ systems while maintaining diagnostic precision and efficiency. This course provides a practical review of common and challenging imaging findings encountered in pelvic, thoracic, neurologic, and pediatric imaging.

The curriculum integrates:

• Pelvic MRI and CT interpretation
• Cardiothoracic imaging
• Neuroradiology
• Pediatric radiology
• Advanced MRI applications
• CT imaging techniques
• Differential diagnosis development
• Cross-sectional imaging
• Pattern recognition strategies
• Case-based diagnostic learning

Participants learn practical imaging “pearls” that improve confidence when interpreting studies in both routine and complex clinical settings.

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Learning Objectives

Upon completion of this activity, participants will be able to:

• Interpret complex MRI and CT findings across multiple radiology subspecialties.
• Apply practical imaging pearls to improve diagnostic efficiency.
• Strengthen pelvic, thoracic, neurologic, and pediatric imaging interpretation skills.
• Develop systematic differential diagnoses using imaging patterns and clinical context.
• Recognize key imaging features associated with common and uncommon diseases.
• Utilize evidence-based imaging protocols and reporting approaches.
• Improve diagnostic confidence in multidisciplinary clinical practice.
• Apply advanced imaging techniques to optimize patient care and decision-making.

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Major Topics Covered

Pelvic Imaging

A major component of the course focuses on advanced pelvic imaging and cross-sectional anatomy.

Pelvic MRI & CT Interpretation

• Pelvic MRI protocols
• CT imaging of the pelvis
• Cross-sectional pelvic anatomy
• Pelvic pathology evaluation

Gynecologic Imaging

• Uterine abnormalities
• Ovarian lesions
• Adnexal pathology
• Pelvic mass characterization

Genitourinary Imaging

• Bladder disorders
• Urethral pathology
• Male pelvic imaging
• Differential diagnosis strategies

Participants learn practical approaches for evaluating both routine and challenging pelvic imaging studies.

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Cardiothoracic Radiology

Dedicated sessions review thoracic and cardiovascular imaging interpretation.

Thoracic Imaging

• Chest CT interpretation
• Pulmonary disease imaging
• Interstitial lung disease
• Pulmonary nodules and masses

Mediastinal Pathology

• Mediastinal masses
• Lymphadenopathy
• Differential diagnosis approaches

Cardiovascular Imaging

• Cardiac CT applications
• Thoracic vascular imaging
• Cardiopulmonary disease evaluation

Imaging Pearls

• Thoracic pattern recognition
• Common diagnostic pitfalls
• Efficient chest imaging interpretation

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Neuroradiology

The neuroradiology curriculum emphasizes systematic interpretation and diagnostic problem-solving.

Brain Imaging

• Brain MRI interpretation
• Acute neurologic emergencies
• CNS pathology recognition
• Tumor evaluation

Spine Imaging

• Degenerative spine disease
• Spinal cord pathology
• Disc disorders
• Advanced spinal imaging

Neurovascular Imaging

• Stroke imaging
• Vascular malformations
• Intracranial vascular disorders

Advanced Neuroradiology

• Pattern recognition techniques
• Differential diagnosis development
• Challenging neuroimaging cases

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Pediatric Radiology

Specialized sessions address imaging considerations unique to children.

Pediatric Imaging Interpretation

• Age-specific imaging findings
• Normal developmental anatomy
• Pediatric diagnostic strategies

Congenital Disorders

• Congenital abnormalities
• Developmental anomalies
• Pediatric disease patterns

Emergency Pediatric Imaging

• Trauma imaging
• Acute pediatric conditions
• Emergency diagnostic approaches

Pediatric MRI & CT

• Pediatric protocol optimization
• Radiation-conscious imaging strategies
• Advanced pediatric imaging applications

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MRI & CT Imaging Pearls

A central focus of the course is improving imaging interpretation efficiency and accuracy.

MRI Techniques

• Protocol optimization
• Advanced MRI applications
• Practical interpretation tips

CT Imaging

• CT protocol selection
• Cross-sectional imaging strategies
• Diagnostic workflow improvement

Reporting Strategies

• Structured interpretation
• Efficient reporting methods
• Diagnostic confidence enhancement

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Differential Diagnosis & Pattern Recognition

The course strongly emphasizes radiologic reasoning and diagnostic accuracy.

Diagnostic Problem Solving

• Pattern recognition techniques
• Differential diagnosis development
• Clinical-radiologic correlation

High-Yield Imaging Findings

• Common disease presentations
• Rare imaging manifestations
• Avoiding interpretation errors

Practical Radiology Pearls

• Recognition shortcuts
• Diagnostic algorithms
• Efficient image review methods

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Case-Based Radiology Education

The curriculum utilizes real-world clinical cases to reinforce learning.

Interactive Case Reviews

• Challenging diagnostic cases
• Multispecialty imaging discussions
• Clinical application exercises

Evidence-Based Interpretation

• Modern imaging guidelines
• Best-practice recommendations
• Real-world radiology decision-making

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Educational Features

✔ Expert faculty from Duke University School of Medicine

✔ Multispecialty radiology curriculum

✔ Pelvic imaging education

✔ Cardiothoracic radiology review

✔ Advanced neuroradiology instruction

✔ Pediatric imaging interpretation

✔ MRI and CT imaging pearls

✔ Cross-sectional imaging education

✔ Case-based learning format

✔ Evidence-based diagnostic strategies

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Who Should Attend?

This course is ideal for:

• Diagnostic Radiologists
• Neuroradiologists
• Cardiothoracic Radiologists
• Pediatric Radiologists
• Body Imaging Specialists
• Radiology Fellows
• Radiology Residents
• Emergency Radiologists
• Internal Medicine Physicians
• Neurologists
• Pulmonologists
• Pediatricians
• Advanced Practice Providers involved in imaging interpretation

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Why This Course Stands Out

✔ Covers four major radiology subspecialties in one program

✔ Practical “Imaging Pearls” educational format

✔ Strong focus on MRI and CT interpretation

✔ Case-based learning with real-world applications

✔ Emphasis on pattern recognition and differential diagnosis

✔ Evidence-based imaging protocols and reporting

✔ Designed to improve both diagnostic accuracy and efficiency

✔ Valuable for practicing radiologists and trainees alike

✔ Enhances confidence across multiple imaging domains

✔ Immediately applicable to daily clinical practice

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Product Details

Course: Duke Radiology – Imaging Pearls: Pelvis, Cardiothoracic, Neuro and Pediatric

Institution: Duke University School of Medicine

Year: 2018

Format: Video Lectures

Educational Focus: MRI, CT, Cross-Sectional Imaging, Diagnostic Radiology

Level: Intermediate to Advanced

Topics And Speakers:

 

Session 1: Pelvis I

Session 2: Abdomen

Session 3: Cardiothoracic

Session 4: Pelvis II

Session 5: MSK

Session 6: Neuro

Session 7: Pediatric

 

Release Date: 5/15/18
CME Expiration: 5/14/21