Infertility

As women in developed countries leave their childbearing to later in life, fertility problems have become commonplace. Infertility services have sprung up like mushrooms and large amounts of money are spent by both governments and individuals to achieve viable healthy pregnancies.

Can bioresonance technology offer both an effective and relatively inexpensive solution?

Michael has been working with bioresonance computers for over twenty years and here describes what is possible to both measure and treat in human reproduction using an electro-dermal screening computer (acronym: CEDS) and programmes developed by Michael for the German CyberScan device. Firstly, a review of the reproductive system:

Female Reproductive System:

1. Hypothalamus : situated in the centre of the brain, the hypothalamus coordinates the monthly menstrual cycle via the release of GnRH and other hormones
2. Pituitary : attached to the base of the hypothalamus by a stalk, the anterior part of the pituitary releases the hormones FSH then LH in a coordinated manner to stimulate ovarian oestrogen, egg maturation and release, then progesterone production
3. Ovaries : the ovaries usually produce a single mature egg every 28 days or thereabouts if the system is running correctly
4. Fallopian tubes: attach to the ovary to accept and transport the mature egg to the uterus
5. Uterus : the uterus lining thickens up under the influence of oestrogen every month to accept a fertilised egg if one arrives. If no egg arrives the lining dies off after the oestrogen level drops
6. Adrenals : the adrenals produce DHEA the necessary pre-cursor hormone for the production of oestrogen and progesterone

Male Reproductive System:

1. Hypothalamus : produces GnRH to release the pituitary hormones
2. Pituitary : produces FSH and LH to stimulate testosterone and sperm production
3. Testes : produce testosterone and vast numbers of highly-active spermatozoa on a daily basis when working normally
4. Prostate : produces a special fluid to activate the spermatozoa as they pass through
5. Adrenals : produce DHEA the necessary pre-cursor hormone for the production of testosterone

Toxicity and infection

In all of these tissues, problems can arise because of toxicity and infection. In most tissues there are specialised white blood cells (CD4+ lymphocytes) that monitor the health of the tissue. The exception is the uterus lining (endometrium) where there are only macrophages, a clean up type of white blood cell. When Michael measures the level of these cells on the CEDS device, there are only two possible results: either the level of these cells is low ("1x": indicating a local immune deficiency) or normal ("2000x": indicating that active surveillance is occurring). In most people of reproductive age, most of the important organs will show normal levels of CD4+ lymphocytes. However if the level is low in one or more regions, special scans can be run on the CyberScan device to determine what is wrong.

In a toxic area, the scans will pick up a mixture of heavy metals, chemicals, solvents and microbial toxins affecting the CD4+ cells. Treatment is then given via the CEDS or CyberScan device to dislodge or neutralise these toxins and thus restore the activity of the few CD4+ cells remaining in the area. Once detoxed these cells can then release the seven cytokines necessary to attract the attention of other CD4+ cells in nearby blood vessels.

Upon reception of the seven cytokine messages, new CD4+ cells migrate into the tisue via diapedesis to see what is wrong. This response can be easily measured by the CEDS device. The CD4+ cells assess the situation then bring in specialised lymphocytes to deal with the problems found. If fungal or viral infection are dominant, Natural Killer cells will be brought in first. If pathogenic bacteria or parasites dominate, CD8+ T-cells or eosinophils will be attracted in. This process can be seen in real time by the client as the test is conducted.

Once the major infection is brought under control the CD4+ cell may then bring in another class of lymphocytes to deal with the remaining microbes.

Energy and clean DNA

The presence of a normal CD4+ cell level does not mean an organ or tissue has normal function. Next the toxic regions must be assessed for the the cleanliness of their important energetic and DNA resources. There are six aspects to check:

1. Cytoplasmic glycogen production. Glycogen stores are used to provide a reliable source of glucose for the mitochondria. A level of 2000x is normal. The activity of the glycogen synthase enzyne can be blocked by mercury, cadmium and other heavy metals

2. Mitochondrial numbers. Different tissues have different numbers. Most tissue cells have a level of 15x but eggs should have 2000x, spermatozoa 800x and lymphocytes 800x. These three cell types have a lot of work to do and need a lot of energy

3. Mitochondrial DNA cleanliness. The DNA signal should be 2000x, otherwise the mitochondriae cannot replace their numbers when they wear out

4. Mitochondrial ATP production. The ATP level should be 2000x, otherwise the cells are underpowered. This means for women that their eggs cannot divide the chromosomes quickly and efficiently leading to an increased risk of trisomy (eg. Down's Syndrome). In men it means that their sperm cannot swim the long distance up into the fallopian tubes. When they find the egg cell they stil have to bore a hole into its thick outer shell to fertilise the egg

5. Nuclear DNA cleanliness. The signal should be 2000x, otherwise the DNA is dirty and access to important genetic code will be patchy. This can easily lead to imbalances and deficiencies that could lead to the death of the cell

6. Cell organelle cleanliness. There are specialised parts of the tissue cells that may need cleaning including the Golgi bodies and endoplasmic reticulum.

For all of these issues, there are special scans developed by Michael on the CyberScan device.

The biggest problem for older potential parents is that they have accumulated toxins, especially heavy metals, over a 30-40 year period when in fact their body was ready to reproduce when they were in their mid-teens. This toxicity can be removed with carefully targetted bioresonance treatment and the person can make specific changes to their diet and lifestyle that are contributing to the problem.

For example in one infertile couple the male sperm were being poisoned by the regular intake of the heavy metal thorium coming from the welded stainless steel tank of their office instant hot water service. Once the thorium was removed and this source of boiling water avoided, the sperm were able to generate enough energy to successfully fertilise an egg.

Two other important scenarios are well worth discussing:
1. The presence of pathogenic protozoal parasites in the uterus
2. The presence of Natural Killer cells in the uterus

1. The protozoal parasite Toxoplasma gondii is a well known as a cause of miscarriage. This parasite originates from cats and pregnant women are advised to limit their exposure to cat faeces. The parasite enters the body usually via the gastro-intestinal tract. In most clients Michael has found the parasite breaches the stomach wall to find nerves that lead to the upper spinal cord or brain stem. However in a small number of cases the parasite enters the intestinal wall and tracks down to the sacral spinal cord. Once established here it can then descend via the utero-vaginal plexus to the uterus where it can attack a growing pregnancy.

The CEDS device and the CyberScan are very good at finding this type of parasite and destroying them. No amount of IVF can get around this problem and Michael seen many female clients who have failed many times at IVF because of this issue. Apart from cats, the parasite is found in the flesh and milk of most animals. The pasteurisation requirements for dairy milk have been now set so low that it is likely that some parasites are surviving the process. They breed up especially well in cultured dairy foods like cheese, yoghurt and sour cream.

2. Natural Killer (NK) cells : some women have an excessive level of NK cells in the body. This can cause an abnormal presence of these cells in the uterus. Because foetal cells express surface proteins from the DNA of another person the NK cells may attack and destroy the developing baby. The level of of NK cells in the uterus should be zero.

The total population of NK cells in the body can be measured. 10-12x is the normal range on the CEDS device. If the level is higher the cause is usually excessive release of the cytokine Interleukin-12 by the CD4+ lymphocytes. A special scan can be run on the CyberScan to determine the cause. The CD4+ toxicity is then treated and the woman avoids exposure to the offending substance which is often a metal element like titanium.