The temperature of patients can vary, many aspects can affect it, for example: age, weight, height, sex, diet, blood pressure, menstrual cycle, metabolic rate, infection, menopause, state of health, diet, these and many other considerations will affect the individual’s temperature.

Due to this, comprehensive thermal maps or models suitable for diagnostic and management are almost non existent. Under the all of the previous methods of measuring temperature in relation to disease or injury, there are no baseline or bench mark values and as a result, thermal diagnostics methods are understandably treated with considerable reservation.

Today all of this has changed, radiometric differential measurement’ does not rely on a common baseline or benchmark calibrated values to provide rapid accurate assessment and diagnosis. The Infrared Bioscanner does not rely on any of the traditional methods of temperature measurement. The baseline reference temperature value (for a healthy condition) that is scientifically required is taken from each individual patient rather than from some medically established table of values.

The Bioscanner achieves this by taking a reference reading from each patient and this eliminates the problems created by variations of temperature between individuals. Using our IR Bioscanner, a ‘sample and hold’ reading is taken from a corresponding healthy area of the patient. This sample reading is retained in the instrument’s memory and the Bioscanner is then used to scan the diseased, injured or affected area and this is compared against the stored value taken from the patient’s unaffected or healthy area.

Diseased or injured areas of the patient will emit higher or lower energy levels when compared to unaffected parts. The more serious the presented condition under examination - the higher the deviations of emissions will be and the meter will record these. Using the IR Bioscanner to scan back and forth across any area, it is a simple matter to pinpoint the exact problem area and the nature of the problem. This greatly assists in determining the correct treatment to improve and correct the patient’s energy emissions back towards a normal level.

AN EXAMPLE OF USING THE INFRARED BIOSCANNER

Take a reference sample from the good knee by depressing the red switch button. Scan the problematic left knee for high or low emissions to pin-point the exact area affected. Scan the problematic left knee for the highest or lowest emissions to pin-point the exact area affected.

Note the meter readings and use the appropriate treatment
as shown below

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