How does Digital Infrared Thermal Imaging work?
Digital Infrared Thermal Imaging detects subtle physiological changes in the body through identifying abnormalities in the blood supply. Those changes are sympathetically mirrored within the first 5mm of the epidermis. A problem will show up as a "cold" or "hot" spot, depending upon the particular condition causing the abnormality. The positioning and "shape" of the thermal change will also help to determine whether the problem is skeletal, tissue or nerve damage.
Specially trained doctors can then assess through the images and medical data given, what the cause is likely to be and what form further tests or treatment it would be advisable to look at.
What is the purpose of the test?
- Help in determining cause of pain.
- Evaluate sensory-nerve irritation or significant soft-tissue injury.
- To define a previously diagnosed injury or condition.
- To identify an abnormal area for further diagnostic testing.
- For early detection of lesions.
- To follow progress of healing and rehabilitation.
- To provide objective evidence.
Where is the scan performed?
Personal Image Centres - First Floor - 83 Albert st., Auckland
Who performs the scan?
A qualified clinical thermographer.
Any risks or side effects?
None. The procedure is non invasive and radiation free. No touching required.
Is there anything I need to do prior to the scan?
- No physical therapy or electromyography on the same day as thermography.
- No smoking for 2 hrs before scan.
- No lotions or liniments used on day of scan.
- Stay out of strong sunlight prior to scan.
Will I have to undress?
It is necessary to uncover the area or areas needing to be examined.
How much does it cost?
- Breast / Lymph - $150
- Visceral - $150
- Cranial / Jaw - $150
- Half Body Scan - $250
- Half Body Scan + Breast Scan - $350
- Full Body Scan - $400
Digital infrared Thermal Imaging is a vital diagnostic tool that saves lives, helps to improve the quality of life for many chronic pain sufferers and assists with the healing of injury through early recognition and location.
back to top