Services

We offer you 19 subspecialty fellowship trained radiologists for your reads...

  • MSK (Musculoskeletal) Radiologists
  • Neuroradiologists
  • Body Imaging Radiologists
  • Interventional Radiologists
  • Diagnostic Imaging
  • Abdominal Imaging
  • Breast Imaging

About some of the exams we read....


MR    CT    PET    Ultrasound    Mammography    Nuclear Medicine    Gen. Radiography    Bone Density

MRI

Unparalleled detail without radiation.

The Magnetic Resonance Imaging (MRI) exam is a safe and painless procedure that uses a magnetic field and radio waves to produce highly detailed images of your body without the use of x-rays. We use these images to help your doctor in making rapid, accurate diagnosis of many diseases and conditions.

Common uses of the procedure?

MRI can be used to see the smallest structures in your body with a clarity that other imaging techniques cannot match. It is frequently used to examine the brain, nerves, spinal cord, musculoskeletal areas (bones and joints), breasts and abdominal and pelvic organs. 

MR Angiography is another technique on the MRI scanner that’s used to look at blood vessels in key areas of the body, and identify signs of arterial or vascular disease.

In some cases, you may receive an injection of contrast materials to enhance the images and provide more information about your condition.

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Computed Tomography (CT)

 CT scanning—sometimes called CAT scanning—is a noninvasive, painless medical test that helps physicians diagnose and treat medical conditions.

CT imaging uses special x-ray equipment to produce multiple images or pictures of the inside of the body and a computer to join them together in cross-sectional views of the area being studied. The images can then be examined on a computer monitor or printed.

CT scans of internal organs, bone, soft tissue and blood vessels provide greater clarity than conventional x-ray exams.

Multiple Common uses of the CAT scan:

 CT scanning of the abdomen/pelvis is typically used to help diagnose the cause of abdominal pain and diseases of the bowel and colon, and also performed to visualize the liver, spleen, pancreas and kidneys.

CT imaging can also play a significant role in the detection, diagnosis and treatment of vascular disorders that can lead to stroke, gangrene or kidney failure.

CT of the chest is used to:

  • further examine abnormalities found on conventional chest x-rays
  • help diagnose clinical signs or symptoms of disease of the chest
  •  detect and evaluate the extent of tumors that arise in the lung and mediastinum, or tumors that have spread there from other parts of the body
  • assess whether tumors are responding to treatment
  •  help plan radiotherapy
  •  screen for lung cancer or other lung disorders.

A CT angiogram (CTA) may be performed to evaluate the blood vessels (arteries and veins) in the chest. This involves injecting the iodine into a vein a little faster, and also, more numerous and thinner slices are obtained through the chest in order to see the arteries to better advantage.

 CT scanning of the head is typically used to detect bleeding, brain damage, skull fractures, aneurysms, blood clots, tumors, enlarged brain cavities, diseases, fractures or malformations of the skull, inflammation of sinuses, and to evaluate the extent of bone and soft tissue damage. 

CT scanning of the spine is also performed to evaluate the spine, detect tumors, help diagnose spinal pain, and measure bone density.

Low Dose CT - Lung Cancer Screening - This test consists of a low dose, non-contrast CT that uses X-rays to scan the entire chest in about 5-10 seconds. This test is able to detect lung cancer in its earliest stages.

 

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Positron Emission Tomography (PET)

 A positron emission tomography (PET) scan is an imaging technique that uses positively charged particles (radioactive positrons) to detect subtle changes in the body's metabolism and chemical activities. A PET scan provides a color-coded image of the body's function, rather than its structure.

During a PET scan, a substance called a tracer that produces radioactive positrons either is injected into a vein or inhaled as a gas. This tracer is typically a chemical that is normally found in the body (carbon, nitrogen, oxygen) that has been altered to allow it to emit positrons. Once the tracer enters the body, it travels through the bloodstream to a specific target organ, such as the brain or heart. There the tracer emits positrons, which collide with electrons (negatively charged particles), producing gamma rays (similar to X-rays). These gamma rays are detected by a ring-shaped PET scanner and analyzed by a computer to form an image of the target organ's metabolism or other functions.

PET scans are simple, painless, and fast, offering patients and their families life-saving information that helps physicians detect and diagnose diseases early and quickly begin treatment. 

PET scanning and molecular imaging provide real life answers to better diagnose illness, guide treatment options, and give patients ultimate control over their critical and vital health care decisions.

Common uses of the PET Scan.

A PET scan allows physicians to measure the body's abnormal molecular cell activity to detect

  • Cancer (such as breast cancer, lung cancer, colorectal cancer, lymphoma, melanoma and other skin cancers),
  • Brain Disorders (such as Alzheimer's Disease, Parkinson's Disease, and epilepsy), and
  • Heart Disease (such as coronary artery disease).
 

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Ultrasound Imaging

Ultrasound, also called sonography, involves exposing part of the body to high-frequency sound waves to produce pictures of the inside of the body. Ultrasound exams do not use ionizing radiation (x-ray).  Ultrasound images can show the structure and movement of the body's internal organs, as well as blood flowing through blood vessels.

Common uses of Ultrasound Exams

Abdominal ultrasound imaging is performed to evaluate the kidneysliver,gallbladderpancreasspleen, abdominal aorta and other blood vessels of the abdomen to help diagnose conditions, such as abdominal pains, inflamed appendix, enlarged abdominal organ, stones in the gallbladder or kidney, or an aneurysm in the aorta. 

Ultrasound may also be used for guiding procedures such as needle biopsies in which needles are used to extract a sample of cells from organs for laboratory testing, and assisting in the assessment of damage caused by illness.

 

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Mammography

Mammography is a specific type of imaging that uses a low-dose x-ray system to examine breasts. A mammography exam, called a mammogram, is used to aid in the diagnosis of breast diseases in women.

Mammograms are used as a screening tool to detect early breast cancer in women experiencing no symptoms and to detect and diagnose breast disease in women experiencing symptoms such as a lump, pain or  nipple discharge.

Screening Mammogram

Mammography plays a central part in early detection of breast cancers because it can show changes in the breast up to two years before a patient or physician can feel them. Beginning at age 40, women are recommended to have a screening mammography every year.   Women who have had breast cancer and those who are at increased risk due to a genetic history of breast cancer should seek expert medical advice about whether they should begin screening before age 40 and about the frequency of screening.

Diagnostic Mammogram

Diagnostic mammography is used to evaluate a patient with abnormal clinical findings—such as a breast lump or lumps—that have been found by the woman or her doctor. Diagnostic mammography may also be done after an abnormal screening mammography in order to determine the cause of the area of concern on the screening exam.

 

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Nuclear Medicine

 Nuclear medicine is a subspecialty within the field of radiology. It comprises diagnostic examinations that result in images of body anatomy and function. The images are developed based on the detection of energy emitted from a radioactive substance given to the patient, either intravenously or by mouth. Generally, radiation to the patient is similar to that resulting from standard x-ray examinations.

Common uses of the procedure

Nuclear medicine images provide very detailed imaging of certain organs and can assist the physician in diagnosing diseases. Tumors, infection and other disorders can be detected by evaluating organ function. Specifically, nuclear medicine can be used to:

  • Analyze kidney function
  • Image blood flow and function of the heart
  • Scan lungs for respiratory and blood-flow problems
  • Identify blockage of the gallbladder
  • Evaluate bones for fracture, infection, arthritis or tumor
  • Determine the presence or spread of cancer
  • Identify bleeding into the bowel
  • Locate the presence of infection
  • Measure thyroid function to detect an overactive or under-active thyroid
 

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General Radiology

Upper GI and/or Small Bowel Series

 What is Upper GI Tract X-ray? Upper gastrointestinal tract radiography, also called an upper GI, is an x-ray examination of the pharynx, esophagus, stomach and first part of the small intestine (also known as the duodenum) that uses a special form of x-ray called fluoroscopy and a contrast material called barium. The radiologist is able to view and assess the anatomy and function of the pharynx, esophagus, stomach and the duodenum. 

Fluoroscopy makes it possible to see internal organs in motion. In addition to drinking barium, some patients are also given baking-soda crystals to further improve the images. This procedure is called an air-contrast or double-contrast upper GI.

A Small Bowel Series is an x-ray examination of the small intestines.

Common uses of Upper GI Exams:

An upper GI examination helps evaluate digestive function and to detect ulcers, tumors, inflammation of the esophagus, stomach and duodenum, hiatal hernias, scarring, blockages, or abnormalities of the muscular wall of gastrointestinal tissues.

The procedure is also used to help diagnose symptoms such as, difficulty swallowing, chest and abdominal pain, reflux (a backward flow of partially digested food and digestive juices), unexplained vomiting, severe indigestion, blood in the stool (indicating internal GI bleeding). The Small Bowel Series is used to detect conditions, such as Tumors, Malabsorption,  swelling and irritation of the small intestines.

Lower GI (Barium Enema)

What is Lower GI Tract X-ray?

Lower gastrointestinal (GI) tract radiography, also called a lower GI, is an x-ray examination of the large intestine, also known as the colon. This includes the rectum. The appendix and a portion of the small intestine may also be included. The lower GI uses a special form of x-ray called fluoroscopy and a contrast material called barium.

Common uses of Barium Enema Exam:

Fluoroscopy makes it possible to see internal organs in motion. When the lower gastrointestinal tract is filled with barium, the radiologist is able to view and assess the anatomy and function of the rectum, colon and part of the lower small intestine.  A physician may order a lower GI examination to detect or diagnose:  

Intravenous Pyelogram (IVP)

What is IVP?

An intravenous pyelogram (IVP) is an x-ray examination of the kidneys,ureters and urinary bladder that uses contrast material.

When a contrast material is injected into the patient's arm, it travels through the blood stream and collects in the kidneys and urinary tract, turning these areas bright white.

Common uses of IVP studies:

An IVP allows the radiologist to view and assess the anatomy and function of the kidneys and lower urinary tract, and helps the physician assess abnormalities in the urinary system, as well as how quickly and efficiently the patient's system is able to handle waste.

The exam is used to help diagnose symptoms such as blood in the urine or pain in the side or lower back, as well as detect problems within the urinary tract resulting from kidney stones, enlarged prostate, and tumors in the kidney, ureters or urinary bladder.

 

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Bone Density Scan (DEXA)

Bone density scanning, also called DXA or DEXA or bone densitometry, is an enhanced form of x-ray technology that is used to measure bone loss. DEXA is today's established standard for measuring bone mineral density(BMD).

DEXA is most often performed on the lower spine and hips.

Common uses of DEXA:

DEXA bone densitometry is most often used to diagnose osteoporosis, a condition that often affects women after menopause but may also be found in men.

DEXA is also effective in tracking the effects of treatment for osteoporosis and other conditions that cause bone loss.

The DEXA test can also assess an individual’s risk for developing fractures.