Intermountain Health Manager Discovers Breast Abnormality Using New MRI Scanner
Murray, UT – Linda Campbell, a manager at Intermountain Health, recently made a shocking discovery when she detected her own breast abnormality using a new MRI scanner at Intermountain Health’s Breast Care Center. Interestingly, Campbell had previously played the role of a patient in a training video for a breast MRI using the same machine that ultimately detected her condition.
During the Fast MRI scan, a small abnormality was identified, leading to Campbell undergoing a lumpectomy for early-stage breast cancer. The abnormality was not visible on her mammogram, underscoring the significance of early detection.
The Fast MRI is a revolutionary technology that is not only effective but also time-saving. The scan only takes 10 minutes, making it a convenient option for individuals with busy schedules. Additionally, it is more affordable compared to traditional MRI screenings.
Due to its success, the service has expanded to several hospitals in Utah, with plans for further expansion by the end of the year. Campbell stresses the importance of early detection and urges women to make breast cancer screenings a priority.
Coinciding with Breast Cancer Awareness Month, Intermountain Medical Center is offering free mammograms every Saturday in October. It is important to note that while breast MRI scans are beneficial, they do not replace the need for annual mammograms, as mammograms can still detect certain types of cancer more effectively.
According to statistics, 1 in 8 women in the United States will develop breast cancer in their lifetime. Thankfully, survival rates have increased thanks to annual screenings. To schedule a screening, individuals can call 801-507-7840 or visit intermountainhealthcare.org/mammogram.
Campbell’s experience serves as a reminder of the significance of early detection and the potential life-saving impact of regular screenings. With advanced technology like the Fast MRI, healthcare professionals are better equipped to detect breast abnormalities, ultimately increasing chances of successful treatment and survival.
