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Imaging Center in Dallas, TX
Here at Southwest Diagnostic Center For Molecular Imaging, we have led North Texas in PET/CT imaging since 2003, serving thousands of patients from the Dallas area and across the nation.
Our Radiology Staff and technical team view the imaging process from the patient’s perspective and are committed to answering questions, providing results quickly and accurately, and easing the patient’s tensions through compassionate care. Our focus is on PET/CT and CT Scans for the ongoing monitoring and proper diagnosis of cancer such as breast cancer screening, skin cancer screening, and other cancers. Our radiologists have specialized training in molecular imaging and oncology.
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Understanding Thyroid Cancer Types and Stages
Thyroid cancer is a condition where cancerous cells grow in the thyroid, a butterfly-shaped gland in the front of the neck. Although thyroid cancer is relatively rare, its rates have been steadily rising in recent years. Early detection often results in a good prognosis,
How Is Cancer Detected by CT Scans?
Detecting cancer at an early stage can improve the chances of receiving timely treatment and achieving better outcomes. A CT scan, also called computed tomography or a CAT scan, is an advanced imaging test that provides doctors with detailed, three-dimensional views of the inside of the body.
Should You Be Worried About Radiation in a CT Scan?
Undergoing a CT scan can understandably make some people feel anxious. You may already be concerned about your health and the results of the test, and then start wondering about the potential risks of the scan itself. While it’s always important to discuss your concerns with Southwest Diagnostic Center for Molecular Imaging,
CT Scan or MRI? Understanding Your Imaging Options
CT scans and MRIs are both non-invasive imaging techniques commonly used by healthcare providers to diagnose a wide range of medical conditions. While both methods create detailed images of the inside of the body, they work in different ways and are used for different purposes.