Description: Digital mammography is an advanced imaging technique that uses digital X-rays to examine breast tissue. Unlike traditional mammography, which employs film radiography, digital mammography captures images in digital format, allowing for clearer and more detailed visualization of the internal structures of the breast. This technology offers several significant advantages, such as reduced radiation exposure, the ability to adjust contrast and brightness of images in real-time, and the capability to easily store and share results. Additionally, digital mammography facilitates the early detection of abnormalities, such as tumors or calcifications, which is crucial for the early diagnosis of breast cancer. The superior quality of digital images also allows radiologists to perform more accurate analyses, thereby improving detection rates and reducing the need for additional examinations. In summary, digital mammography represents a significant advancement in breast radiology, providing more effective tools for the prevention and diagnosis of breast cancer.
History: Digital mammography began to be developed in the 1990s, with the introduction of digital imaging technologies in the field of radiology. In 2000, the FDA approved the first digital mammography system, marking a milestone in the evolution of this technique. Since then, the technology has advanced significantly, improving image quality and effectiveness in breast cancer detection.
Uses: Digital mammography is primarily used for the early detection of breast cancer in women, especially those with a family history or risk factors. It is also employed in the follow-up of patients who have been treated for breast cancer, as well as in the evaluation of abnormalities detected in physical exams or previous mammograms.
Examples: A practical example of digital mammography is the use of systems that allow radiologists to obtain high-resolution images and perform detailed analyses. Another case is the application of advanced technology in various digital mammography systems to enhance patient experience and image quality.
