Molecular breast imaging (MBI) technologists must have a combination of both nuclear
medicine skills and mammographic positioning skills. Currently, no formal programs offer …

Molecular breast imaging (MBI) is a nuclear medicine test that uses dedicated γ-cameras
designed for imaging of the breast. Despite growing adoption of MBI, there is currently a lack …

Therefore, it should be recognized that adherence to these guidelines will not ensure an
accurate diagnosis or a successful outcome. All that should be expected is that the …

BACKGROUND: Molecular breast imaging (MBI) depicts functional uptake of targeted
radiotracers in the breast using dedicated gamma cameras. METHODS: MBI studies were …

Purpose To determine interobserver agreement and diagnostic accuracy using a lexicon for
standardized interpretation of molecular breast imaging (MBI) studies by breast radiologists …

In women with breasts that are considered “dense” for assessment via mammogram, the
sensitivity of mammography is reported to be between 24% and 56% in studies that …

Objective Molecular breast imaging (MBI) is a supplemental screening modality consistently
demonstrating incremental cancer detection over mammography alone; however, its lengthy …

In the United States, legislative actions in over 28 states require radiologists to notify women
who undergo breast screening mammography of their breast density. This has led to …

It is difficult to obtain high-quality mammograms. Features uniquely inherent to the breast,
such as shape, size, density, and low contrast, combine with patient factors such as anxiety …

Molecular breast imaging (MBI) is a functional imaging technique that uses specialized
small field‐of‐view gamma cameras to detect the preferential uptake of a radiotracer in …