The purpose of this study is to evaluate the ability of AI to correctly aid in characterization of benign and malignant lesions even when a low dose of gadolinium is administered. This study is relevant for several reasons, most notably being the reduction of MRI dose and decreased gadolinium deposition in the brain. In addition, use of AI may provide increased sensitivity and specificity for the radiologist evaluating a breast MRI exam. Half of the population will have benign pathologies and the other half will have malignant pathologies.
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AI-rewrites the medical criteria so a patient or caregiver can understand them. Always confirm with the trial site.
Compare lesion conspicuity on a scale of 1-4 from low-dose and SOC-dose imaging.
Timeframe: From 1st SOC breast MRI to 2nd low-dose Breast MRI (48 hours to 14 days later).
Compare lesion size in millimeters from low-dose to SOC-dose imaging.
Timeframe: From 1st SOC breast MRI to 2nd low-dose Breast MRI (48 hours to 14 days later).
Compare lesion margins on a scale from 1-4 from low-dose and SOC-dose imaging.
Timeframe: From 1st SOC breast MRI to 2nd low-dose Breast MRI (48 hours to 14 days later).
Compare lesion internal enhancement pattern on a scale from 1-4 from low-dose and SOC- dose imaging.
Timeframe: From 1st SOC breast MRI to 2nd low-dose Breast MRI (48 hours to 14 days later).