SPIE Press, 2012. — 544 p. — ISBN: 9780819487896
This book presents the established and currently researched diagnostic and therapeutic imaging techniques used for breast cancer. Section I is a review of the principles, applications, and recent advances of breast imaging modalities. Section II focuses on breast pathologies and presents the use of breast cancer subgross morphology parameters. Section III covers mammography. Section IV focuses on CAD techniques used in breast cancer detection. Section V is dedicated to breast ultrasound, and Section VI discusses the role of magnetic resonance imaging in breast imaging. Thermal imaging in breast cancer is the theme of Section VII, and Section VIII concludes with chapters on breast cancer treatment.
Physics of Breast ImagingBreast Imaging Modalities: Principles, Applications, and Recent Advances
Breast PathologySubgross Morphology Parameters in Breast Cancer and Their Prognostic and Predictive Power
MammographyDiagnostic Mammography in Breast Imaging
Role of Mammography in Screening for Breast Cancer: Is It Still the Gold Standard?
Lossless Compression of Digital Mammographic Images
Computer-Aided Diagnosis TechniquesImage Processing and Pattern Classification Techniques for the Detection of Architectural Distortion in Prior Mammograms of Interval-Cancer Cases
Evaluating the Performance of Digital Mammography Systems: Physical and Psychophysical Characterization
Evaluation of the Biofield Diagnostic System for Breast Cancer Detection Based on Clinical Trial and Data Mining Techniques
Breast UltrasoundThe Role of Ultrasound in the Diagnosis of Breast Disease
Breast Magnetic Resonance Imaging and Computed TomographyThe Role of Breast Magnetic Resonance Imaging in the Diagnosis of Breast Disease
Breast ThermographyColor Segmentation and Fractal Analysis of Breast Thermograms
Automatic Identification of Breast Cancer Using Texture Features from Infrared Thermograms
Therapeutic ApplicationsImaging for Autologous Breast Reconstruction
Breast Cancer Treatment and Nanomedicine