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Radiology

Cardiac Masses

Built from Fundamentals of Diagnostic Radiology

What’s inside

6 sections · 94 slides

  1. 01

    Cardiac Masses

    Tumors, tumorlike lesions, and how imaging sorts them apart

    • Definition of a cardiac mass
    • Classification of cardiac masses
    • Prevalence and clinical impact
    • Overview of cardiac mass subtypes

    4 slides

  2. 02

    Imaging Techniques

    Echocardiography, cardiac CT, and cardiac MRI

    • Detection of cardiac masses
    • Initial imaging assessment
    • Benign versus malignant imaging features
    • Typical locations of common cardiac masses
    • Cardiac masses and their relation to the myocardium
    • The imaging workup
    • Echocardiography: the first test
    • Cardiac CT: strengths and limits
    • Timing CT contrast to the lesion
    • Cardiac MRI: the reference standard
    • Key MR sequences for masses
    • Cardiac MR sequences for detecting and evaluating masses
    • The cardiac MR protocol
    • Contrast-enhanced MRI of a mass
    • Limits of cardiac MRI
    • Summary of cardiac mass imaging features on CT and MRI
    • Summary of cardiac mass imaging features on CT and MRI (continued)

    17 slides

  3. 03

    Benign Cardiac Tumors

    Myxoma, lipoma, fibroelastoma, rhabdomyoma, fibroma, and more

    • Myxoma: the most common primary tumor
    • Myxoma: sporadic and Carney complex
    • Myxoma: the classic clinical triad
    • Myxoma: typical location
    • Myxoma: shape and embolic risk
    • Myxoma on imaging
    • Cardiac myxoma
    • Villous myxoma with embolization
    • Lipoma: an encapsulated fat tumor
    • Lipoma on imaging
    • Cardiac lipoma
    • Papillary fibroelastoma
    • Fibroelastoma: location and why it matters
    • Fibroelastoma on imaging
    • Fibroelastoma versus vegetation
    • Valvular papillary fibroelastoma
    • Rhabdomyoma: the pediatric tumor
    • Rhabdomyoma and tuberous sclerosis
    • Rhabdomyoma on imaging
    • Cardiac rhabdomyoma
    • Fibroma: a fibrous hamartoma
    • Fibroma: symptoms and imaging
    • Cardiac fibroma
    • Hemangioma: a vascular tumor
    • Hemangioma on imaging
    • Cardiac hemangioma
    • Paraganglioma: a neuroendocrine tumor
    • Paraganglioma: location and imaging
    • Paraganglioma
    • Other benign tumors: teratoma and lymphangioma
    • Cardiac hamartoma
    • Cardiac hamartoma

    32 slides

  4. 04

    Malignant Cardiac Tumors

    Metastatic disease, sarcoma, and lymphoma

    • Metastasis: the most common cardiac mass
    • Pathways of cardiac spread
    • Routes of cardiac metastasis
    • Primary sites of cardiac metastasis
    • Symptoms of cardiac metastasis
    • Imaging cardiac metastasis
    • MRI of metastasis and thrombus
    • Cardiac metastasis
    • Sarcoma: the most common primary malignancy
    • ~40%
    • Sarcoma: common features
    • Angiosarcoma: the right atrial sarcoma
    • Cardiac angiosarcoma
    • Left atrial sarcomas versus myxoma
    • Left atrial mass: myxoma versus sarcoma
    • Summary of cardiac sarcoma subtypes
    • Summary of cardiac sarcoma subtypes (continued)
    • Primary cardiac lymphoma
    • Lymphoma: location, symptoms, imaging
    • Cardiac lymphoma

    20 slides

  5. 05

    Tumorlike Lesions

    Thrombus, lipomatous hypertrophy, vegetations, and pseudomasses

    • Thrombus: the most common intracardiac lesion
    • Differentiating thrombus from tumor
    • Thrombus signal by age
    • Telling thrombus from tumor on MRI
    • Interventricular thrombus
    • Lipomatous hypertrophy of the interatrial septum
    • Lipomatous hypertrophy on imaging
    • Lipomatous hypertrophy of the interatrial septum
    • Large lipomatous hypertrophy of the interatrial septum
    • Valvular vegetations
    • Pseudomasses: normal right atrial structures
    • Cardiac masses: key takeaways

    12 slides

  6. 06

    References

    Suggested readings from the chapter

    • References
    • References (continued)
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    • References (continued)
    • Brant and Helms' Fundamentals of Diagnostic Radiology

    9 slides