• Spotlight on the Concord Imaging Facility

    Concord Imaging provides first-rate medical imaging in San Antonio, offering services that include 3D digital mammography, MRI scans, CT scans, PET/CT scans, bone density DEXA scans, xrays, and ultrasounds. All of our diagnostic imaging services use the latest technology to ensure better detection and high-quality patient care.

    Some of the additional features that we offer include arranged transportation services, same-day scheduling, and bilingual customer service. Our team of professional radiologists is readily available to discuss any medical issues and works closely with your doctor to ensure that you get the best treatment possible.

    At Concord Imaging, we strive to build and maintain long-term relationships with our patients and their doctors. Some of our radiologists have been honored as the best in the industry and our quality and customer service are unsurpassed. In our office, you can expect a courteous welcome from our friendly staff and to feel relaxed and comfortable during your treatment.

    Radiology Imaging

  • The Advantages of 3D Mammograms

    If you are a woman 40 years or older, scheduling yearly mammogram appointments with your imaging center in San Antonio is an essential step in maintaining your overall health. 3d mammography uses the same technology as 2D mammography, except that the images are taken in an arc around the breast and then reconstructed using software.

    Better Detection

    3D Mammogram Benefits Mammograms use X-rays to image breast tissue to detect possible cancerous masses or other abnormalities in the breast, and also to monitor malignant masses that have already been found. Scheduling regular breast cancer screenings with a medical imaging center can help detect any cancer early and possibly lead to better outcomes for the patient. Unlike traditional 2D mammograms, 3D mammograms, also called digital breast tomosynthesis, take many images of the breast tissue which are then reconstructed to create a 3D model of the breast. This technology allows radiologists to see the breast tissue more clearly and to detect masses that might be left hidden when imaged with 2D mammogram technology.

    Higher Effectiveness

    3D mammography detects invasive breast cancers at significantly higher rates than 2D mammography and also has lower rates of false-positive readings. 3D mammography was approved by the USDA in 2011 for use in breast cancer screenings in combination with standard digital mammography to increase the overall chances of spotting signs of cancer. While digital breast tomosynthesis exposes the woman to more radiation, fewer retests are needed than with 2D screenings.

    Better Imaging for Dense Breasts

    Historically, dense breast tissue has proven difficult to successfully screen for cancer because the dense tissue and the cancerous tissue both show up as white on a mammogram. Breast tissue density is divided into four categories, and only about 10% of women have breasts that are considered to be low-density. The remaining 90% of women have breast tissue that can lead to unclear screenings when using 2D mammography alone, but research has shown that digital breast tomosynthesis provides significantly better results in cancer detection for dense breasts.

  • Detecting Cancer with 3D Mammography

    When it comes to women’s health, mammograms are an important screening tool for early detection of breast cancer. If your curious about digital mammography in San Antonio, you’ll be glad to know that 3d mammography can detect cancer sooner than traditional 2D mammography. Watch this video to learn more about this cutting-edge technology.

    3D mammography takes a separate image for every millimeter of breast tissue, giving your doctor a more thorough view of your breast and the ability to detect cancer sooner. This screening treatment lasts only about four seconds and will feel the same as a 2D mammogram. Women 40 years and older should schedule mammograms with their local radiology imaging center once per year.

  • Preparing for a PET Scan

    Early disease detection is an essential part of staying healthy, and scheduling a PET scan in San Antonio can help you remain well long-term. Positron emission technology (PET) can identify changes in the body at the cellular level and evaluate your tissue and organ function.

    Preparing for Your PET Scan

    PET Scan Imaging Most people will be asked to consume no food and only water for several hours before the PET scan in scheduled, and patients who are diabetic will be given special instructions for their procedure. Because any food in your stomach may interfere with the distribution of the radioactive tracer, it’s vital to adhere to these pet scan prep instructions to avoid having to reschedule your appointment. Be prepared to remove any metal hairpins, jewelry, and eyeglasses before your test, as well as removable dental work or hearing aids. Some patients may be asked to change into a gown for the scanning process.

    How PET Scans Work

    PET scans are done using a large machine with a hole through the middle that looks much like an MRI or CT unit. Radioactive material is injected into the bloodstream, swallowed, or inhaled, and then accumulates in the target area of the body. The energy that this material emits is detected by the machine, revealing information about organ and tissue structure, chemical activity, metabolism rates, and other information. The scanner records this data, which is then transformed into images using a computer.

    PET Scan Procedure

    Most PET procedures are painless and are not considered to be extremely uncomfortable. During the scan, you’ll need to remain as still as possible to ensure clear and accurate images. Most people can resume their normal activities after the scan unless informed otherwise by their physician, and any special instructions will be given to you before you leave the imaging center. It’s recommended that patients drink plenty of water after the procedure to help flush the radioactive material from their system.