At Concord Imaging, we strive to provide the best possible care to our patients while upholding strict safety standards. Our exceptional radiology staff is integral to this mission. When you arrive at our center for medical imaging near San Antonio to have an MRI test, CT scan, or other exam, one of the physicians you may meet is Dr. Kerry Ford. Dr. Ford joined our staff in 2012. He brings years of experience to our practice and an unwavering commitment to furthering the well-being of our patients. Dr. Ford has made it his life’s work to support patients by facilitating an accurate diagnosis, along with providing monitoring and radiology treatments.
Dr. Kerry Ford graduated from the University of Texas Medical Branch at Galveston. He also performed his radiology residency there. After fulfilling his duties as chief resident, Dr. Ford completed a neuroradiology fellowship. Dr. Ford’s career then took him to Duke University Medical Center. While teaching there, Dr. Ford authored a substantial volume of work to contribute to advances in the field of radiology. Before joining Concord Imaging, Dr. Ford spent more than 20 years in leadership positions in Waco, such as serving as the president of medical staff.
A mammogram is a type of imaging exam that relies on the use of x-ray technology to create images of the breasts. It’s an invaluable tool for the detection of breast cancer. Experts recommend that all women undergo mammography when they reach a certain age. When it’s time to schedule your first mammogram near San Antonio , you may be a little nervous. You may find it helpful to learn a bit more about the exam and how you can prepare for it.
Consult Your Doctor
If you’ve never had 3D mammography before, it’s a good idea to consult your primary care physician. Your doctor may recommend that you begin having mammograms based on your age and risk factors for breast cancer, such as family history. For example, most women will begin having mammograms at the age of 40. Many doctors recommend getting mammograms on an annual basis . However, it may be helpful for some women to begin scheduling them earlier if they have a high risk of breast cancer.
Prepare the Morning of the Appointment
Undergoing 3D mammography requires very little preparation. You should bathe as you normally would the morning of your appointment. However, avoid applying any lotions, talcum powder, deodorant, body spray, or any other personal grooming products under your arms and around your chest area. These products can interfere with the clarity of the mammography images. Many women bring these items with them to the medical imaging center to apply after the appointment. It’s also a good idea to wear a two-piece outfit. You’ll be able to easily remove your top to put on a hospital gown, while keeping your pants or skirt on.
Talk to the Technician
Before having the mammogram, the technician may ask you some questions, such as whether you have breast implants. You should also inform the radiology professional if you’ve noticed any abnormalities with your breasts, such as skin changes, nipple discharge, or lumpy areas.
If you’re anticipating having an MRI scan in San Antonio , you may be curious about how this imaging test works. Unlike an x-ray, which uses radiation, an MRI scan involves the use of a computer, radio waves, and a strong magnetic field. To have an MRI exam, you’ll lie on a special table that is inserted into the MRI machine. Then, the technician will leave the room and operate the equipment from the adjacent room.
You can learn about the science behind MRI scans by watching this short animation. You’ll learn that the equipment relies on the spin of protons. Since the MRI machine has a very strong magnetic field, the protons align to this field. The technician introduces a radiofrequency pulse, which forces the protons into a different alignment. When the radio waves are removed, the protons realign once more, releasing electromagnetic energy as they do so. Then, the electromagnetic energy is interpreted by the computer to create images.
Computed tomography (CT) scans and magnetic resonance imaging (MRI) scans are similar in that they are both types of imaging tests that you can undergo at a center for medical imaging near San Antonio . Both tests produce images of the inside of the body to allow for the diagnosis of a medical condition. Additionally, you should prepare for these imaging studies in similar ways, such as by wearing comfortable clothing, removing jewelry and other objects, and possibly by following dietary restrictions. However, these two tests are actually quite different in that they use different technologies, and physicians may order them for different reasons.
Reasons for CT Scans
Whether a doctor will order an MRI or a CT scan depends on the type of condition he or she suspects and the area of the body he or she wishes to evaluate. For example, when evaluating the abdominal or pelvic regions, a doctor would usually request a CT scan. A CT scan is helpful for diagnosing a tumor, bone fracture, blood clot, and muscle or bone disorder. It’s also useful for detecting bleeding of the brain, pancreatitis, diverticulitis, abdominal abscesses, and appendicitis. Doctors may rely on the information provided by CT scan images to stage cancer.
Reasons for MRI Scans
With an MRI, doctors can evaluate the soft tissues of the body, such as the organs, in addition to the bones and other structures of the body. Sometimes, an MRI may be requested if images from a CT scan are unclear, since an MRI can more readily reveal contrasts between abnormal and normal tissue. An MRI may be ordered for the head, chest, blood vessels, spine, and other areas of the body. An MRI can check for tumors, blood vessel problems, infections, blockages, arthritis, spinal stenosis, and a wide range of other health issues.
Function of CT Scans
CT scans work differently than MRIs. A CT scanner uses x-ray technology. A scanner moves in an arc around the body, transmitting x-rays to create images based on the different densities of internal structures.
Function of MRI Scans
MRI scans do not use x-ray technology. Rather, they use strong magnetic fields and pulses of radio frequency energy to produce images of the body.
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