Reduced compression mammography to reduce breast pain

Area of Science:

• Radiology
• Medical Imaging
• Breast Health

Background:

• Mammography is a crucial tool for breast cancer screening.
• Breast tenderness during mammography is a common patient complaint, often associated with standard compression forces (e.g., 120 N).
• Patient comfort is essential for adherence to screening protocols.

Purpose of the Study:

• To assess the feasibility of reduced compression mammography for alleviating breast tenderness.
• To determine if lower compression forces impact mammographic image quality and radiation dose.
• To evaluate patient tolerance of reduced compression forces.

Main Methods:

• A comparative study evaluating mammography with reduced compression force (approximately 90 N) versus standard compression force (approximately 120 N).
• Measurement of breast thickness, radiation dose, and assessment of image quality.
• Evaluation of patient-reported tolerance and pain levels.

Main Results:

• Women tolerated a compression force of approximately 90 N better than standard forces.
• Reducing compression to 90 N increased breast thickness by approximately 3 mm.
• Image quality remained identical to standard compression, despite a 20% increase in radiation dose.

Conclusions:

• Reduced compression mammography (90 N) is feasible and acceptable for patients experiencing breast tenderness.
• This approach offers improved patient comfort without compromising diagnostic image quality.
• Mammography with reduced compression may enhance patient compliance, particularly for those with sensitive breasts.