50, Lavelle Road, Shanthala Nagar, Bangalore - 560 076.

DUAL X-RAY ABSORBTIOMETRY

What is this ?

Dual X-ray Absorptiometry (DXA) is one of the most widely used imaging techniques for measuring bone density. Two x-ray beams with variant energy levels are directed at the patients’ bones, and when the absorption by soft tissue is subtracted out, an accurate reading of bone mineral density is obtained. It is absolutely safe with negligible amounts of radiation, totally non-invasive and painless, fast and enviously comfortable.

The main aim of DXA is to detect osteoporosis at an early stage so that preventive measures can be taken. The weight bearing hip bones, femur bones, pectoral and pelvic girdles are the most prone to bone erosion, resulting in osteoporosis, which might prove to be fatal any day.

Why I need this :

We have customized DXA services which are suitable for your requirements if you are suffering or have been suffering from one or more of the following conditions:
  1. Pale skinned.
  2. Weak or lean built.
  3. Approaching or past menopause.
  4. A chain smoker of cigarettes and/ or a heavy alcohol consumer.
  5. A sedentary lifestyle.
  6. Suffering from gastro-intestinal disorders.
  7. Undergoing thyroid medication/ steroid or suffering from asthma, arthritis or cancer.

If you fall in any of the above categories, consult your physician immediately for DXA diagnosis.

Services offered :

During a comprehensive DXA imaging process, a patent is expected to lie comfortably still on a padded table while the DXA units scan one or more susceptible areas, like the femur bones, pectoral or pelvic girdles. The patient remains fully clothed during the entire process, and the process itself is absolutely painless and safe.

What shall I expect :

Our certified physicians will be consulting you prior to the test, and unless otherwise instructed, avoid taking any calcium supplements for at least 24 hours prior to the test. Wear loose, comfortable clothing, preferably WITHOUT buttons, zippers or metal, as they might give erroneous outcomes.