Clinical Breast Tomosynthesis : a Case-Based Approach.

Clinical Breast Tomosynthesis : a Case-Based Approach.

Digital breast tomosynthesis (DBT), popularly called ""3D mammography"" is a state-of-the-art breast imaging technology that provides the ability to view inside the breast, layer by layer. Advantages of DBT include elimination of superimposed tissue, improved detection of otherwi...

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Bibliographic Details
Main Author: Salkowski, Lonie R.
Other Authors: Moseley, Tanya
Format: eBook
Language:English
Published: NEW YORK : Thieme, 2017.
Subjects:
Breast > Radiography.
Breast > Cancer.
Tomography.
Three-dimensional imaging.
Image processing.
three-dimensional.
image processing.
Breast > Cancer
Breast > Radiography
Image processing
Three-dimensional imaging
Tomography
Case studies.
Études de cas.
Online Access:Click for online access
Table of Contents:
  • Clinical Breast Tomosynthesis: A Case-Based Approach to Screening and Diagnosis; Media Center Information; Title Page; Copyright; Dedication; Contents; Menu of Accompanying Videos; Foreword; Preface; Contributors; Part I: Introduction to Clinical Breast Tomosynthesis; 1 The Physics of Digital Breast Tomosynthesis; 2 BI-RADS Nomenclature for Mammography and Ultrasound; Part II: Cases with Screening Tomosynthesis Evaluation Needing No Further Evaluation; 3 Fat-Containing Mass on Baseline Mammogram; 4 Radiolucent Lesions with Calcifications; 5 Architectural Distortion.
  • 6 Architectural Distortion on a Full-Field Digital Mammogram7 No Skin Edge; 8 Grouped Calcifications; 9 Scattered Masses; 10 Treated Breast Cancer; 11 "Hairy" Skin Edge; 12 Linear Calcifications; 13 Multiple Masses; 14 Nonpalpable Mass with Mixed Composition; 15 Calcifications; 16 Architectural Distortion; 17 Oval Mass in High-Risk Patient; 18 Resolved Clinical Finding; 19 Breast Reduction Years Ago; 20 Axillary "Calcifications"; 21 Nonpalpable Mass; 22 Increased Breast Density; 23 Possible Architectural Distortion; 24 Architectural Distortion.
  • Part III: Cases with Screening Tomosynthesis Evaluation Needing Further Diagnostic Evaluation25 Mass with Architectural Distortion; 26 Developing Asymmetry; 27 High-Density Mass; 28 Mass on Baseline Mammogram; 29 Amorphous Calcifications; 30 Obscured Mass within Dense Breast Tissue; 31 Mass Only Seen on One View; 32 Mass on Baseline Mammogram; 33 Architectural Distortion; 34 Grouped Amorphous Calcifications; 35 Architectural Distortion Only Seen on Tomosynthesis; 36 Small Spiculated Mass; 37 Mass on High-Risk Screening Mammogram.
  • 38 Architectural Distortion Best Seen on Digital Breast Tomosynthesis39 Focal Asymmetry; 40 Obscured Mass; 41 Subtle Mass; 42 Coarse Heterogeneous Calcifications; 43 Amorphous Calcifications; 44 Developing Asymmetry; 45 Focal Asymmetry with Architectural Distortion; 46 Circumscribed Mass on Baseline Mammogram; 47 Two Areas of Architectural Distortion; 48 Architectural Distortion within Dense Breast Tissue; 49 Calcifications and Possible Focal Asymmetry; 50 Developing Asymmetry; 51 Obscured Mass and Architectural Distortion Findings; 52 Mass After Reduction Mammoplasty.
  • 53 Architectural Distortion54 Obscured Mass; 55 Architectural Distortion; 56 Linear Calcifications; 57 Developing Asymmetry; 58 Enlarging Mass; 59 Developing Asymmetry in a Patient with Treated Breast Cancer; Part IV: Cases with Screening and Diagnostic Tomosynthesis Evaluations; 60 Circumscribed Mass; 61 Developing Asymmetry; Part V: Cases with Diagnostic Tomosynthesis Evaluation Recalled from Conventional Screening Mammogram; 62 Possible Focal Asymmetry; 63 Architectural Distortion within Dense Breast Tissue; 64 Architectural Distortion with Negative Ultrasound.

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