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Clinical Details
IgG antibodies

The Imupro300 test detects IgG antibodies in the blood. The antibodies are formed to fight against substances, which the body perceives as intruders. Defence reactions, within the immune system, occur when the body perceives that an intruder has entered, in this case a particular food or additive. The antibodies (immunoglobin) attach themselves to the intruders and mark them as foreign bodies. Other cells within the immune system then commence to render the intruder harmless; the intruders are usually eliminated by the body before they can cause any damage. This natural mechanism is duplicated in the vaccination process; dead pathogens (empty virus shells) are harmless to the body and are used as vaccines. The immune system then forms antibodies against their structure, thereby protecting the body from future attacks. The body is immunised, specific antibodies have been formed, which precisely fit the components of the pathogen (invader).

In the case of the perceived intruder being a food or additive, the immune reactions are constantly occurring; if the diet is not changed the reaction may become chronic. A multitude of chronic health problems can be attributed to reactions by the body to foods and additives, which it perceives as intruders. The immune system is put under stress by the intruder and this can lead to malfunctions in the body processes.

Food may become an enemy to the body and the constant defence reactions may weaken it.

The immune system’s goal is to render the intruder harmless, however in doing so it releases aggressive enzymes, oxygen radicals and toxic materials. Though these components are released to attack the intruder they also damage the body’s tissue

The Imupro300 test can detect antibodies to 272 individual food types in your blood, the higher the concentration of antibodies in the blood, to a particular food type, the higher the intolerance level.

When there is an immune reaction messengers are released, which communicate between the cells. In order for the body to function effectively there must be a healthy balance of cells and messengers.

TNF –a (tumour-necrosis-factor-alpha)

The TNF –a messenger, which is released during the course of the immune reaction, is very important; if it is present in high concentration, it attaches to the insulin receptors of the cells. This creates problems in that it leads to incorrect regulation of blood sugar levels, which may lead to a number of health problems.

Having difficulty maintaining a healthy weight?

The level of blood sugar rises after consuming food, which is quite normal. Insulin is then automatically released from the pancreas; the insulin then binds to special receptors of individual cells and enables the cells to absorb the sugar from the food. In addition TNF –a also attaches to these receptors; the natural function of the messenger is to restrict the energy supply of degenerating cells. If large quantities of these messengers are released, the absorption of blood sugar into the cells is obstructed. Food intolerances can affect insulin production.

The consequences:

  • the level of blood sugar rises
  • blood sugars are converted into fatty acids
  • blood sugars are deposited in the fat cells

and

  • high blood sugar levels cause an increase in the amount of insulin which is released from the pancreas
  • fat stored in the fat cells cannot be burned, as is usually the case
  • the body cannot access the stored fat so craves a new supply
  • the body often desires more of the damaging food, perpetuating the problem
  • a cycle of self perpetuating weight gain

An ever increasing amount of insulin must be released in order to transport the blood sugar to the cells; high insulin concentrations lead to insulin resistance, which can trigger T2 diabetes. Avoiding the offending foods can reduce the need for insulin and prevent the progression of the disease.

Chronic Fatigue

The body requires energy and if the cell’s energy supply is restricted (as above), it can only fulfill its tasks in the body to a limited extent, this affects the entire body’s efficiency, resulting in exhaustion.

Typical consequences are:

  • chronic diseases of unknown cause
  • chronic inflammation- joints glands thyroid
  • gastrointestinal complaints of all kinds- including chrohns coeliac disease irritable bowel syndrome
  • skin problems including acne eczema psoriasis
  • migraine/headache
  • psychological problems- including depression
  • chronic fatigue
  • weight gain/loss
  • fibromyalgia