I. Equipment
A. Imaging system design and geometry (upright vs. prone)
1. mechanical assembly/ locks
3. focal spot, compression device and image receptor
4. source-image receptor distance
5. collimation and collimators
B. X-ray tube (and spectrum) and generator design review
1. x-ray source assembly (tube material, window material and
filtration)
2. beam quality, wave form, kV adjustment
6. grid mechanisms and assembly
C. Automatic exposure control
D. Ancillary equipment (laser printer, processing)
3. processing film/screen and laser printing
E. Quality control for biopsy equipment
1. daily, weekly, monthly, yearly
2. general qc for mammographic activities
3. physicist responsibility / survey (ACR)
II. Principles of stereotactic localization
A. Overview / historical data
B. Methods of stereotactic localization
C. Needle apparatus (depending on manufacturer)
D. Care/Decontamination of equipment and biopsy materials
E. Standard precautions/ sterile technique
III. Pathology correlation
A. Types of pathology leading to breast biopsy
B. Biopsy technique options
IV. Patient Care
A. Technologist communication skills
2. post pathological findings when applicable
V. ACR Accreditation Requirements
B. Continuing education credits
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