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X-Ray
We offer on-site x-rays for the most accurate diagnosis of musculoskeletal conditions. Our high-frequency machine allows for the least amount of radiation to attain a high-quality image. |
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EMG-Nerve Conduction Studies
This is a nerve study that helps diagnose conditions of nerves such as 'carpal tunnel syndrome,' and other nerve conditions. |
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MRI
MRI, short for Magnetic Resonance Imaging, is a radiation-free scanning technique that uses radio waves and magnetic fields to produce detailed three-dimensional images of the body. MRI can be used to identify or precisely locate an injury or abnormality, to scan for developing problems or analyze damage from previous trauma, and to aid in the planning of surgery.
Unlike X-rays, radioisotopes, CT and other methods that use radiation, MRI uses radiofrequency waves. Radio waves detect differences in water concentration and distribution in various body tissues.
During the procedure, the patient lies still on a table that slides into the MRI unit. Newer, “open” scanners do not enclose the patient and reduce anxiety for those with claustrophobia. A series of scans is then performed to obtain the image. |
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CT
Computed tomography (CT), or CAT scan, uses low doses of X-rays to obtain images of the body. CT scans are highly useful for examining injuries and abnormalities, guiding needle biopsies and aiding in surgical preparation.
The patient is positioned on a table on his or her back, side or stomach, and may be provided with pillows for comfortable support. The table moves very slowly through the doughnut-shaped CT scanner. The X-ray beam inside the CT unit spirals slowly around the patient on all sides, creating 360-degree images or “slices” of the area being examined. As the patient moves through the unit, many slices are captured. The images are then combined to produce a highly detailed, three-dimensional digital image. |
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Bone Scan
DEXA (Dual-Energy X-ray Absorptiometry) is an enhanced X-ray image of the skeleton that provides the most accurate measurements of bone density available. Bone density tests are used to determine whether patients have osteoporosis, a condition in which bones are weakened and fracture easily.
During the procedure, a beam of low-dose X-rays is targeted at the area, usually the lower spine and hips. The energy is measured as it is absorbed by soft tissue and by bone, and computer software then processes the gathered information. Exams are painless and take 10-30 minutes. |
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Osteoporosis Screening
The term “osteoporosis” derives from the Greek words for “bone” and “porous.” It is a disease characterized by increasing bone loss which can lead to fractures, height loss and a hump-backed appearance. One in two women, and one in five men, over the age of 65 will suffer at least one bone fracture due to osteoporosis.
A simple, painless bone mineral density test (BMT) can determine whether you already have or are at risk of developing osteoporosis. A diagnosis of osteoporosis is made after a complete medical history, physical examination and laboratory tests including X-rays and bone densitometry. Other possible causes of bone loss must be ruled out as well. |
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