- •Chest Imaging
- •Foreword
- •Preface
- •Educational Support and Funding
- •Acknowledgments
- •Contents
- •Fundamentals > Chest Primer Presentation
- •Chest X-Ray Interpretation Self-Study Instructions
- •Using the RoboChest Website
- •Decision Tree Algorithms to Help Solidify Concepts
- •References
- •Comprehensive Review of Search Patterns
- •Search Pattern Mnemonic
- •Interpretive Approach to CXR
- •Applying the Mnemonic to the Search Pattern
- •Chest Primer Presentation
- •References
- •Introduction and Terminology
- •Chest Imaging Terminology
- •Mach Effect on CXR
- •Trachea and Lungs on CXR
- •Mediastinal Anatomy on CXR
- •The Hilum (Plural: Hila)
- •Pulmonary Arteries and Veins
- •Normal Lung Markings
- •Vessel Size
- •Quiz Yourself: Mediastinum Lines, Edges
- •Shoulder Anatomy
- •Reference
- •Abnormal Lung Parenchyma
- •Mass
- •Mass Considerations
- •Size
- •Mass Characteristics
- •Malignancy
- •Case 4.1
- •Metastatic
- •Case 4.2
- •Bronchial Carcinoid
- •Radiological Signs
- •Case 4.3
- •Granulomatous Disease
- •Infectious Granulomatous Disease
- •Case 4.4
- •Non-infectious Granulomatous Disease
- •Benign Neoplasm
- •Hamartoma
- •Case 4.6
- •Congenital Abnormality
- •Pulmonary Arteriovenous Malformations
- •Case 4.7
- •Consolidation
- •Consolidative Radiological Findings/Distribution
- •Consolidative Model
- •Blood (Hemorrhage)
- •Case 4.8
- •Pus (Exudate)
- •Case 4.9
- •Case 4.10
- •Water (Transudate)
- •Pulmonary Edema
- •Case 4.11
- •Case 4.12
- •Protein (Secretions)
- •Case 4.13 (see Figs. 4.38 and 4.39)
- •Cells (Malignancy)
- •Interstitial
- •Radiological Signs
- •Linear Form: Lines
- •Case 4.14
- •Nodular Form: Dots
- •Case 4.15
- •Reticulo-Nodular Form
- •Pneumoconiosis
- •Case 4.16
- •Case 4.17
- •Destructive Fibrotic Lung
- •Case 4.18
- •Langerhans Cell Histiocytosis
- •Case 4.19
- •Vascular Pattern
- •Normal Pulmonary Vascular Anatomic Review
- •Radiological Signs in the Vascular Pattern
- •Mechanism
- •Vascular Examples
- •Pulmonary Arterial Hypertension (PAH)
- •Case 4.20
- •Pulmonary Venous Congestion
- •Pulmonary Venous Congestion: Edema
- •Emphysema
- •Airway (Bronchial) Patterns
- •Complete Obstruction
- •Lobar Atelectasis (Collapse)
- •Signs
- •Lobar Atelectasis Patterns
- •Complete Obstruction: Case Study
- •Partial Obstruction
- •Radiological Signs
- •Bronchial Wall Thickening
- •Bronchial Wall Thickening Causes
- •Bronchial Wall Thickening Model
- •Bronchiolar
- •Case 4.21
- •References
- •Pleural Effusion
- •Case 5.1
- •Technique and Positioning Revisited
- •Case 5.2
- •Comparison of Effusions over Time
- •Loculated Fluid/Pseudotumor
- •Case 5.3
- •Case 5.4
- •Thickening
- •Pneumothorax
- •Fluid and Air
- •Analogous Model
- •References
- •Anterior Mediastinal Mass
- •Case 6.1
- •Middle Mediastinal Mass
- •Posterior Mediastinal Mass
- •Case 6.2
- •Mediastinal Enlargement
- •Case 6.3
- •Reference
- •Case 7.1
- •Lines and Tubes
- •References
- •Appendix
- •Appendix 1: Glossary and Abbreviations
- •Appendix 2: Sources and Additional References
- •Text Sources
- •Image Sources
- •Additional References
- •Chest Imaging References
- •Chest Imaging Online References
- •Index
Educational Support and Funding
The original project ÒChestWebÓ was supported in part by the Henry M. Jackson Foundation (HMJF) and a Corporate Research and Development Award (CRADA) with Expert-24, USU, and HMJF. In addition, several intramural grants such as the USUS DeanÕs Endowment fund helped develop this teaching tool.
First printing: ÒRoboChestÓ v2.0: 15 Aug 2009
Second printing ÒRoboChestÓ v2.1: 15 Jul 2010
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Acknowledgments
This product was initially created as a browser-based tool by the Education and Technology (ETI) Support OfÞce at Uniformed Services University. After methodically organizing our lecture materials and other content into sections that would illuminate the complex art of the CXR, the ETI team developed the pages and the directory structure. The ETI Support OfÞce is operated by Concurrent Technologies Corporation.
I would like to acknowledge SoÞa Echelmeyer for her excellent artwork in several of the chapters. I would especially like to thank Dr. David Feigin of Johns Hopkins University for content based on his systematic teaching methods in the analysis of pulmonary patterns. I can safely say that Dr. Feigin taught me how to teach medical students chest x-ray.
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