We interpret many CT scans each year. CT technology uses special x-ray equipment to create cross-sectional images of body tissues and organs. It is a powerful tool that provides clear images of the head, chest, abdomen, pelvis, and coronary arteries.
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AUR physicians can accurately diagnose illnesses and diseases using CT scans, which helps with faster treatment and reduces the need for invasive procedures.

If you've ever been diagnosed with renal failure, inform the technologist before any test begins.

We use MRI to diagnose various conditions. It creates detailed images without contrast material and doesn't expose patients to radiation. However, it can attract any metal object due to its strong magnetic field.

Breast MRI

Breast MRI is beneficial for high-risk cancer patients, providing information that mammography and ultrasound cannot.

Cardiac MRI

Cardiac MRI is crucial in diagnosing and managing heart disease. It helps assess heart function, detect damage, and evaluate coronary artery disease.

If you've ever been diagnosed with renal failure, inform the technologist before any test begins.

Magnetic resonance imaging (MRI) creates detailed images of body tissues and organs without x-rays. The energy released when a patient is exposed to radio waves in a magnetic field is measured and analyzed, forming 2D or 3D images. MR angiography (MRA) is an MRI of blood vessels, used to detect and treat heart conditions, stroke, and blood vessel diseases. It can image blood vessels without contrast material, though it's often used for clearer images. It's painless and doesn't cause tissue damage.

If you've ever been diagnosed with renal failure, inform the technologist before any test begins.

Nuclear medicine, a radiology subspecialty, involves diagnostic exams creating images of body anatomy and function based on energy detection emitted from a radioactive substance given to the patient. Radiation exposure is similar to standard x-ray examinations.

These images can help diagnose diseases by evaluating organ function and detecting tumors, infections, and other disorders. Nuclear medicine can be used to analyze kidney function, image heart blood flow and function, scan lungs, identify gallbladder blockages, evaluate bones, locate infections, measure thyroid function, determine cancer presence or spread, and identify bowel bleeding.

If you've ever been diagnosed with renal failure, inform the technologist before any test begins.

Positron emission tomography (PET) is a diagnostic exam that uses the detection of positrons, tiny particles from a radioactive substance given to the patient, to create physiologic images. These images help evaluate various diseases.

• PET scans are primarily used for cancer detection and assessing the effects of cancer therapy.
• They can be performed on the whole body or specific areas.
• Brain PET scans assess memory disorders, brain tumors, and seizure disorders unresponsive to medical treatment.

Pet Cardiac Imaging

• Heart PET scans determine heart muscle blood flow and assess signs of coronary artery disease.
• They also identify whether areas of reduced function in the heart are alive or scarred due to a previous heart attack.
• Together with a myocardial perfusion study, PET scans differentiate nonfunctioning heart muscle from muscle that could benefit from procedures like angioplasty or bypass surgery.

Ultrasound is a type of medical imaging that uses non-harmful sound waves to create a image of a specific area or region of interest.

Radiographs or X-rays as they are commonly known are the oldest and most commonly used type of medical imaging. An x-ray is a noninvasive method used to look at the internal structures of the body to assist in the detection of injury or disease.

A minimally invasive technique to help alleviate pain and bleeding associated with uterine fibroids. Under x-ray guidance, using sedation and a local anesthetic, a small catheter is advanced into the arteries that supply the fibroid tumors. Once in the position, small particles are injected into the blood vessel to block blood flow. This is referred to as embolization. Without blood flow, the fibroids infarct or die. The tumors then shrink over time and become scar tissue. Most women experience significant pain relief and reduction in bleeding within one month after the outpatient procedure.

Laser vein ablation is a minimally invasive procedure used to treat varicose veins. It involves the use of a laser to heat and seal off the affected veins, causing them to collapse and eventually fade away. By targeting the underlying cause of varicose veins, which is often faulty valves in the veins, laser vein ablation helps improve blood flow and alleviate symptoms such as pain, swelling, and fatigue. This procedure offers several advantages over traditional surgical methods, including shorter recovery times, minimal scarring, and reduced risk of complications. With the help of advanced technology and skilled medical professionals, laser vein ablation offers a safe and effective solution for treating varicose veins and improving overall vascular health.

Hepatic artery chemoembolization is a specialized procedure used to treat liver cancer. It combines the delivery of chemotherapy drugs directly into the hepatic artery, which supplies blood to the liver, with the obstruction or blockage of the artery to prevent the spread of cancer cells. This targeted approach helps maximize the effectiveness of chemotherapy while minimizing its side effects on the rest of the body. During the procedure, tiny beads or particles are injected into the artery to block the flow of blood to the tumor, depriving it of oxygen and nutrients. At the same time, chemotherapy drugs are released directly into the tumor, destroying cancer cells and shrinking the tumor size. Hepatic artery chemoembolization offers a promising option for patients with liver cancer, providing a potential for improved outcomes and extended survival rates.

Radiofrequency ablation is a cutting-edge medical procedure that utilizes advanced technology to treat various conditions, including liver tumors, lung tumors, and certain heart rhythm disorders. This minimally invasive technique involves the precise placement of an electrode through sound or CT scan guidance. Once properly positioned, radiofrequency energy is delivered through the electrode, generating heat that effectively heats and destroys the abnormal tissue. The procedure offers several advantages, such as minimal pain and scarring, shorter recovery times, and reduced risk compared to traditional surgical methods. It provides patients with a safe and effective option for treatment, offering potential relief from symptoms and improved overall health outcomes. Radiofrequency ablation has shown great promise in improving patient outcomes, providing not only immediate relief but also extended disease-free intervals and improved long-term survival rates. With its remarkable benefits, this innovative procedure is revolutionizing the field of medical intervention.