Breast imaging plays a pivotal role in early breast cancer detection, significantly increasing the chances of successful treatment. Regular mammograms are key to identifying breast cancer at its earliest, most treatable stages, often before any physical symptoms are noticeable.
This preventative measure is aimed at detecting early signs of breast cancer in women who show no symptoms and have no known breast concerns. The frequency of screening mammograms is determined by factors such as age and risk level.
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When there’s a specific concern, such as a noticeable change in breast tissue or an abnormality found during a previous screening, diagnostic mammography comes into play. It provides a detailed examination of the area of concern, either identified by a patient or a healthcare provider.
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Why is Screening Important?
Despite popular belief, 75% of women diagnosed with breast cancer have no family history of the disease.
Among women who succumb to breast cancer, 75% were not undergoing regular screenings.
Diagnostic breast ultrasound is a targeted imaging technique used to examine breast tissue closely, especially when addressing a specific concern, symptom, or following up on another screening test, like a mammogram. Utilizing a transducer and ultrasound gel, this method provides detailed images of the internal structures of the breast without using radiation, making it a safe and painless procedure.
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Automated Whole Breast Ultrasound is an advanced screening tool used alongside mammography to enhance breast cancer detection. This technology employs sound waves to create detailed, comprehensive images of the breast without the use of radiation. It’s particularly effective for examining dense breast tissue, where traditional mammograms alone might not provide clear results.
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Magnetic Resonance Imaging (MRI) employs magnetic fields and radio waves to generate detailed images of the body. In the context of breast cancer screening, MRI is utilized to obtain comprehensive images of the breast tissue both before and after the administration of a contrast agent via IV. This contrast solution enhances the visibility of any abnormal tissue within the breast.
Breast MRI has significantly advanced in the last decade, transitioning from primarily evaluating breast implants to becoming crucial in breast cancer detection and screening high-risk individuals. It is now the most sensitive tool for identifying breast cancer, serving various purposes, including problem-solving, screening, and staging for patients with breast cancer. This guide outlines its current applications and essential requirements for clinical use.
Hidden Breast Cancer
Identifying the cancer source when other scans don’t show it, or in cases of suspicious nipple discharge.
Clarification Tool
When mammograms or ultrasounds are unclear but shouldn’t replace biopsies.
High-Risk Screening
Especially for those with a lifetime risk of breast cancer over 20-25%, including genetic predisposition and certain syndromes.
Evaluating Treatment
Assessing how well chemotherapy is working.
Surgery Planning
Checking for remaining cancer or the full extent of it before surgery.
Pre-Surgery Assessment
Evaluating disease spread within the same or opposite breast, despite the debate on its impact on long-term outcomes.
Breast Implants
Checking for implant ruptures or complications.
Notably, the most common reason for a breast MRI is having a lifetime breast cancer risk above 20%. You can use this online risk calculator to help determine this risk, and individuals with such findings should discuss the potential need for breast MRI alongside mammography with their healthcare provider.
A breast biopsy is a diagnostic procedure aimed at examining a small tissue sample from a breast nodule. Performed with precision under imaging guidance, this procedure allows for the accurate extraction of samples. These samples are then analyzed in a laboratory to determine their nature.
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