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Nuclear medicine: Nuclear medicine uses small amounts of radioactive substances to generate two- and three-dimensional images of internal bodily organs and structures to analyze their function. 

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Nuclear medicine: Nuclear medicine uses small amounts of radioactive substances to generate two- and three-dimensional images of internal bodily organs and structures to analyze their function. 

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X-rays: X-rays have many applications in evaluating and managing medical conditions.

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X-rays: X-rays have many applications in evaluating and managing medical conditions.

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Renal CT angiography and MR angiography: These types of angiography are used to identify abnormalities in the arteries of the kidneys.

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Renal CT angiography and MR angiography: These types of angiography are used to identify abnormalities in the arteries of the kidneys.

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Positron emission tomography: PET scanning is a nuclear medicine modality in which a radioactive drug is injected to help produce a three-dimensional image of bodily processes and function.

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Positron emission tomography: PET scanning is a nuclear medicine modality in which a radioactive drug is injected to help produce a three-dimensional image of bodily processes and function.

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Abdominal and lower-extremity CT angiography and MR angiography: Used to help doctors assess blood vessels in the abdomen, pelvis, and lower extremities.

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Abdominal and lower-extremity CT angiography and MR angiography: Used to help doctors assess blood vessels in the abdomen, pelvis, and lower extremities.

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Bone Scan: A Bone Scan can also be called Bone Scintigraphy. With this test, a radioactive dye is injected into the bone being studied.Normal bone function and formation is revealed as is abnormal bone function and formation.

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Bone Scan: A Bone Scan can also be called Bone Scintigraphy. With this test, a radioactive dye is injected into the bone being studied.Normal bone function and formation is revealed as is abnormal bone function and formation.

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Arthrogram: Iodine contrast is injected. X-rays are obtained. An arthrogram may help a doctor discover a ligament tear or cartilage pathology.

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Arthrogram: Iodine contrast is injected. X-rays are obtained. An arthrogram may help a doctor discover a ligament tear or cartilage pathology.

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Magnetic resonance imaging: MRI uses strong magnetic and radio waves to create clear, comprehensive images of organs and tissues, including ligaments, cartilage, and nervous system structure. 

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Magnetic resonance imaging: MRI uses strong magnetic and radio waves to create clear, comprehensive images of organs and tissues, including ligaments, cartilage, and nervous system structure. 

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Ultrasound: Ultrasound imaging, also called sonography, uses high-frequency sound waves to generate images of internal organs and structures.

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Ultrasound: Ultrasound imaging, also called sonography, uses high-frequency sound waves to generate images of internal organs and structures.

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Fluoroscopy: utilizes a continuous beam of x-ray radiation to generate a moving picture image which is viewed on a computer monitor.

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Fluoroscopy: utilizes a continuous beam of x-ray radiation to generate a moving picture image which is viewed on a computer monitor.