Unlock Expertise in Stereotactic Breast Biopsy
Advance your skills in diagnostic and interventional breast imaging with this comprehensive 4-hour CE course. Designed for technologists, nurses, and healthcare professionals, this session provides a detailed roadmap for performing safe, accurate stereotactic procedures while maintaining strict quality control standards.
What You’ll Learn:
Foundational Knowledge: A review of gross anatomy, breast density categories, and the clinical implications of mammographic calcifications.
Interventional Techniques: In-depth instruction on core biopsy principles, the stereotactic coordinate system, and precise needle positioning.
Technology & Roles: Comparisons of prone vs. upright equipment and a breakdown of the specific roles of the radiologist, mammographer, and physicist.
Accreditation & QC Mastery: A practical guide to the ACR checklist, documentation requirements, and addressing QC violations to ensure facility compliance.
About the Instructor: Michelle Keck, BSRT, RT(R)(M)(BS), BHCN, brings over a decade of hands-on experience in screening, diagnostic mammography, and stereotactic biopsies. As a dedicated advocate for breast health excellence, Michelle provides real-world case studies and practical insights to help you conquer every scan with precision.
Credits: 4 Category A CE Credits
*All online courses are held in Central Standard Time and hosted through Zoom.
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Breast Anatomy
Gross Anatomy of the Breast
Categories of Breast Density
Calcifications on a Mammogram
Overview of Common Breast Conditions (DCIS, IDC, ILC, IBC)
Principles of Stereotactic Biopsy
Definition of a Core Biopsy
Key Principles of Stereotactic Biopsy
Understanding the Coordinate System
Needle Positioning Techniques
Stereotactic Biopsy
Definition of "Stereo" in the Context of Biopsy
Indications for Stereotactic Breast Biopsy
Pros and Cons of the Procedure
Comparison of Prone vs. Upright Machines
Typical Outcomes of the Procedure
Roles and Responsibilities in a Stereotactic Breast Biopsy Procedure
Role of the Radiologist
Role of the Mammographer
Role of the Nurse
Role of the Patient
Role of the Physicist
Role of the Referring Physician
Biopsy Equipment
Overview of Equipment Types
Prone vs. Upright Equipment Considerations
Types of Machines
Affirm Prone
Affirm Upright
Pristina Upright
Biopsy Devices
Mammotome Revolve
Brevera
ATEC Sapphire
Eviva Needle
Patient Positioning for Prone Review
Stereotactic Breast Biopsy Accreditation and Quality Control (QC)
Overview of Stereo Accreditation Requirements
ACR Checklist
Medical Physicist Survey Criteria
Technologists’ Requirements
Radiologist Requirements
QC Checklist
Case Studies for Review
Importance of Quality Control (QC)
Importance of Proper Documentation
Organizing the QC Book
Addressing Violations
Enforcement and Sanctions
Goals of QC
Objectives:
Identify the gross anatomy of the breast and its structural components.
Explain the categories of breast density and their relevance in imaging.
Recognize calcifications on a mammogram and their clinical implications.
Describe common breast conditions, including DCIS, IDC, ILC, and IBC.
Define what a core biopsy is and understand its purpose in breast diagnostics.
Discuss the principles and techniques of stereotactic biopsy.
Understand the role of the coordinate system in biopsy procedures.
Demonstrate accurate needle positioning techniques in stereotactic biopsies.
Define "stereo" and understand its application in breast biopsy.
Identify the primary indications for a stereotactic breast biopsy.
Evaluate the pros and cons of the stereotactic biopsy procedure.
Compare the use of prone versus upright machines in biopsy procedures.
Analyze expected outcomes of stereotactic breast biopsy.
Define the roles of each team member involved in a stereotactic breast biopsy procedure.
List different types of biopsy equipment and their applications.
Identify specific biopsy machines and devices
Demonstrate proper patient positioning for prone biopsy procedures.
Understand the stereo accreditation requirements and ACR checklist.
Outline the survey criteria required for medical physicists.
Emphasize the need for thorough documentation in QC.
Recognize common violations and understand enforcement measures and sanctions.
Define the primary goals of QC in ensuring safe and accurate procedures.