A radioisotope tracer containing a small amount of radioactive material is injected into a vein through a small needle. In some cases an initial scan will be performed immediately after the injection to determine the blood flow pattern to the part of the body being scanned. Following the injection, it takes two to three hours for the radioisotope to enter the bones. During this time you should drink several glasses of water or other fluids.

Osteoporosis is a silent, progressive disease that can have crippling effects on both women and men. There are 44 million men (20%) and women (80%) in the United States with either osteoporosis or low bone mass. Reduced bone strength can lead to fractures resulting in loss of mobility and independence. Osteoporosis is responsible for over 1.5 million fractures, of which 300,000 are hip fractures.

After your test, call the office to schedule a follow-up appointment. Dr. Stanley will explain and discuss your results at this time.

Bone mineral density scans are important to monitoring your bone health, especially as you age. Find out how this scan detects bone brittleness. There are many respiratory illnesses caused by irritants in the workplace and at home. Find out what Reactive Airways Dysfunction Syndrome (RADS) and Irritant Induced Asthma (IIA) are and how they differ.

With normal aging, underlying medical conditions, use of medications and family history of osteoporosis/fractures, bones can weaken and fracture. The most common cause of bone weakening is osteoporosis. As the bones weaken, the probability of fractures increases. In the U.S. today, 10 million people already have the disease and 18 million more have low bone mass resulting in an increased risk for the disease and fracture. Osteoporosis is responsible for more than 1-2 million fractures per year.

The bone scan will reveal the overall density of your bones and predict the chance of a fracture. Bone scans are more sensitive for detection of bone density than simple x rays.

DEXA bone densitometry is an x-ray system that use for measuring bone mineral density (BMD). DEXA is a quick, painless procedure for measuring bone loss. Measurement of the lower spine and hips are most often done.

The person being tested simply places the palm of his/her hand in front of a low-energy blue light laser. There is no feeling, no pain, and no danger.

The scan will be performed by a fully trained ultrasonographer or consultant. It is done on the abdomen similar to earlier pregnancy scans. We do not use the internal (vaginal) route for the purpose of 4D scans or 3D scans.

The Bone Density Scan can accurately predict who is at increased risk for fractures and be used to accurately follow those with osteoporosis for worsening or improvement. It can be used to guide treatment of this potentially devastating disease. The Bone Density Scan uses electron beam tomography to measure bone density. Quantitative Computed Tomography is the GOLD Standard for bone densitometry.

A bone scan is an x-ray that can show bone loss in the spine and hip area. The test takes about 10-20 minutes.

important determination when ascertaining whether a patient is technically appropriate for seed implantation is an evaluation of the position and shape of the pubic arch. This is a structure approximately six inches below the navel. The implant requires placing needles into the prostate which is located behind the pubic arch. If the pubic arch is too narrow, and the prostate too large, it can be difficult to place the needles into prostate and they will hit bone.

A bone scan is very sensitive and may identify abnormalities in the bones and joints that may not yet be visible on x-rays.

It is important to be well hydrated by drinking several glasses of water or other fluids. No other preparation for the bone scan is needed.

In certain instances an MRI examination may provide information similar to that obtained from a bone scan.

Your examination may be the easiest medical test you will experience. Certified Technologists with specialty training in bone densitometry will conduct the exam. You will be positioned on the exam table on your back while a scanner passes over one area of your skeleton, usually the lower spine and hip. You will not feel anything during the exam. Lie still. Breathe normally. Rest comfortably.

v In the first phase, lasting 5 to 14 days, the bone marrow recipient is prepared for receiving the graft.

No. Although ProstaScint may localize to bone metastases, the radionuclide bone scan shows a much higher sensitivity in the evaluation of skeletal involvement.

In a thyroid scan, the person will either swallow or be injected with a very small amount of radioactive material. A special camera will measure how much radiation is in the thyroid. The scan may show areas within the thyroid without radiation uptake. These are called "cold spots" and can represent cancer. A biopsy of these is needed because many cold areas are not cancerous.

Fillings in the teeth, joint prostheses, plates and screws inserted in the body after fractures, may cause disturbances in the image, but do not signify a hazard for the patient. Even in the presence of artificial cardiac valves the investigation is usually safe.

There are two parts to a lung scan. The first part is known as the ventilation scan. For the ventilation scan a mask is placed over your face and you inhale a radioactive aerosol. A scan is then performed with a gamma camera which identifies the distribution of the aerosol in the lungs. The second part of the examination is the perfusion scan. The perfusion scan involves an injection of a radioactive isotope tracer into a vein in the arm using a small needle.

A tracer dose of a radioisotope Gallium-67 citrate is injected in the vein through a small needle. A Gamma camera scan is obtained 48-72 hours later.

Southern Health, we make every effort to keep to our booking times. However as a major public hospital, we provide a service to a busy emergency department, inpatients and outpatients. Often we are required to fit in urgent examinations around our existing bookings. We apologize for any inconvenience.

Although the specific details of each procedure vary slightly, generally, ultrasounds follow this process. Two types of ultrasounds can be performed during pregnancy: In an abdominal ultrasound, gel is applied to the abdomen and the ultrasound transducer glides over the gel on the abdomen to create the image. In a transvaginal ultrasound, a smaller ultrasound transducer is inserted into the vagina and rests against the back of the vagina to create an image.