Why can breast cancer be a model for cancer research?
oncologist, Johannesburg, SA
Breast imaging technology has significantly advanced over the years. While we once relied on 2D mammography, we now have more precise options like 3D imaging. This advancement allows us to identify lesions more effectively than with 2D mammograms.
One key advantage of 3D imaging is the ability to detect smaller lesions at an earlier stage. It provides clearer images, enabling better assessment and earlier treatment.Additionally, 3D imaging offers insights into the quality and abnormality of a lesion that 2D mammography cannot provide.
It’s essential to note that mammography isn’t the only imaging technology available for breast cancer detection. Contrast-enhanced mammography, MRI, and ultrasound are other options. Ultrasound imaging has evolved with automated breast ultrasound systems, offering additional benefits in breast cancer detection.
These advancements have significantly improved our ability to detect and treat breast cancer, providing greater sensitivity and specificity.
It’s important to remember that no single imaging modality can identify all breast abnormalities. A multidisciplinary approach, combining various imaging technologies and clinical expertise, is crucial for effective breast cancer detection and treatment.
Text generated by AI based on an exclusive interview, revised and reviewed by
Joseph GLIGOROV
Yazid BELKACEMI
Oncologist-Radiotherapist, Créteil, France
Fréderique PENAULT LORCA
Chairwoman of the Pathology department, University Hospital, Clermont Ferrand, France
Dana HADDAD
Radiologist, Dubai, UAE
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