Mammography with Tomosynthesis

A breast cancer screening mammogram using 3D digital tomosynthesis, which captures multiple thin-slice images at different angles to reduce tissue overlap and improve cancer detection rates. Tomosynthesis is particularly effective in women with dense breast tissue where standard 2D mammography has limited sensitivity.

Mammography at Dr. Rose Private Hospital uses 3D digital breast tomosynthesis, an advancement over conventional 2D mammography that acquires images as the X-ray source sweeps in an arc over the compressed breast. The resulting thin-slice reconstructions allow radiologists to examine breast tissue layer by layer, eliminating the superimposition of structures that causes both missed cancers and false-positive recalls on standard two-dimensional images. The detection advantage of tomosynthesis is well established in large screening populations, with studies demonstrating detection improvements of 29-41% compared to 2D mammography alone. The benefit is most pronounced in women with heterogeneously dense or extremely dense breast tissue — the group where conventional mammography performs worst and where cancer risk is independently elevated. Simultaneously, false-positive recall rates decrease because overlapping tissue that mimics suspicious findings on 2D images can be resolved on thin-slice reconstructions. For patients with symptoms, palpable findings, or mammographic abnormalities requiring further workup, Dr. Rose offers a complex breast diagnostics package at 69,000 HUF that combines mammography with breast ultrasound. The dual-modality approach is recommended for dense breasts and provides the highest non-invasive sensitivity for breast lesion detection. All breast imaging is interpreted by experienced radiologists with results integrated into the patient's overall medical record.