We stay at the forefront of imaging technology by developing equipment like high-performance CT scanners. We also created the world’s first full-body PET scanner.

We take a personalized approach to your care, tailoring treatments and exams to your needs. Our team supports you all the way through your test or procedure.  

Our team works with researchers around the globe to improve imaging technology and procedures. We receive extensive research funding from nonprofit organizations and the National Institutes of Health.

Our team uses state-of-the-art technology to examine and diagnose abdominal and pelvic disorders. Our interventional radiologists use advanced imaging guidance to perform minimally invasive procedures like biopsies.

We offer the latest 2D and 3D mammograms for breast cancer screenings. We also provide diagnostic imaging using breast MRI and breast ultrasound technology. 

Our fellowship-trained cardiac and thoracic imagers diagnose chest disorders using CT, MRI and radiographs. We evaluate conditions that affect your blood vessels, lungs and heart.

Our musculoskeletal experts provide imaging and diagnosis of injuries, arthritis, orthopaedic hardware and other concerns. We work closely with specialists in orthopaedics, rehabilitation medicine, cancer and primary care.

Our neuroradiology imaging services help identify conditions that affect your central nervous system. This includes your brain, ears, eyes, nose, throat and spine. 

In nuclear medicine, we put a small amount of radioactive material into your body. The material can tell us how your organs and tissue function. It can also seek out and destroy cancer cells in your body.

Our caring pediatric radiologists take special care of your child. We use the lowest possible radiation in our imaging exams. We make sure you and your child feel comfortable and supported.

We perform minimally invasive procedures guided by medical imaging. These procedures require a tiny incision and can remove blood clots and gallstones, destroy tumors, and provide other treatments. You’ll have a much faster recovery than traditional surgery.

During a CT (computed tomography) scan, you lie on a table and X-ray equipment takes pictures of your body. Some CT scans use contrast dye to highlight areas inside your body. You may receive contrast dye in a drink, through an injection, or with an enema.

Fluoroscopy makes moving X-ray videos of your bones, tissues and organs. You may also get an injectable contrast dye. We use fluoroscopy to diagnose heart and gastrointestinal conditions. We also view these medical images while performing certain orthopaedic surgeries and procedures.

An MRI (magnetic resonance imaging) exam looks inside your body using a magnet and radio waves. During an MRI, you lie still on a table that slides into a machine. We give you earplugs to wear during an MRI because the machine is noisy.

We give you a small dose of radioactive material (called a radiotracer) during a nuclear medicine scan. You lie still on a table while a special camera takes images. The camera can detect how your body reacts to the radiotracer. We offer advanced positron emission tomography (PET) scans and single-photon emission CT (SPECT) scans.

Ultrasound imaging uses sound waves to take pictures (sometimes called sonograms). Ultrasound tests monitor a baby’s growth during pregnancy. They also help identify conditions that affect your blood vessels, glands and organs.

X-rays take pictures using electromagnetic waves. We use X-rays to check for bone fractures. They can also help us detect conditions like pneumonia and breast cancer.