Lyme disease in relation to the immune and nervous systems

What is Lyme disease and what are its symptoms?

"Lyme disease (Lyme Borreliosis) is a disease caused by bacteria of the genus Borrelia, which is spread by ticks infected with this pathogen. The pathogen enters the infected body through the tick's blood sucking mechanism. It is never the tick itself that causes the disease, but the various bacteria, viruses and protozoa it carries. A typical, but not always common, symptom is the appearance of bull’s-eye rash on the skin at the site of the bite, which spreads slowly along the edges and can eventually reach a diameter of 5-10 cm, and a strong burning sensation in the joints. Other symptoms include fatigue, loss of appetite and cramps. Prolonged illness can become chronic and cause lifelong problems, such as myocarditis with complications such as arrhythmia, meningitis, facial nerve palsy, nerve and joint inflammation."

Wikipedia Lyme disease

Lyme disease treatment

There is no definite protocol for treatment, which is adapted to the severity of the disease and the effectiveness of the treatment. Any complications that develop (heart problems, arthritis, facial paralysis, etc.) should be treated by a specialist! In the case of a long-standing chronic disease with complications, the chances of a complete cure are low, but improvement can be achieved.

We recommend 2 GALLMET products to try that can alleviate the symptoms and complications of Lyme disease.

Lyme disease in relation to the immune system

Bacteria of the genus Borrelia have the ability to downregulate the immune system so that they can reside undetected and undisturbed in the body. This in turn facilitates the proliferation of other infections, which further weakens the body's function. The most commonly mentioned co-infections of Lyme disease, Borrelia burgdorferi, are Bartonella, Chlamidia, fungi, parasites, candida, viruses (Epstein-Barr virus, cytomegalovirus, herpes virus, etc.). The combined name of the symptoms caused is MSIDS syndrome.

The Lyme disease pathogen naturally activates the immune system. However, the immune system is virtually incapable of destroying the pathogen because of its special properties. In its efforts, it also releases large amounts of oxidative, nitrosative radicals, inflammatory cytokines, which are toxic to the body in higher amounts, and this triggers an inflammatory state, neuroinflammation, inflammation of the nervous system, which can lead to depression, anxiety, stressful everyday life. Source: Healways

Effect of GALLMET Immune (AntiBac) on the immune system in Lyme disease

Any bile-deficiency condition is usually also an immunodeficiency condition, which means increased susceptibility to various fungal, bacterial and viral infections.

The bile acid content of GALLMET-Immune (AntiBac) capsules supports the immune system by breaking down the lipid-coated macro fatty skeleton of viruses, bacteria and pathogens, making pathogens more accessible to immune cells, thus relieving the immune system. They also break down endotoxins (internal toxins produced by the breakdown of bacteria and other toxins) in the gut, preventing them from being absorbed and entering the bloodstream.

Professor Dr. Lóránd Bertók, the discoverer, wrote the following: "In the physico-chemical defence based on the detergent action of bile acids, we have recognized a general defence mechanism of the organism, which extends to all pathogens that are covered with lipid, lipoid, lipoprotein, phospholipid, peplone, etc., i.e. their covering also contains fat ..." The role of bile acids in the physico-chemical protection of the body (Hungarian Science, 2008/07 p. 844.)

Recommendation of GALLMET-Heart Plus capsules and the importance of homocysteine levels in Lyme disease

Homocysteine is an amino acid that plays a role in protein metabolism in the body. High homocysteine levels can be associated with some health problems, such as heart disease, stroke and dementia.

Some studies suggest that Lyme disease infection may affect the metabolism of homocysteine, resulting in higher homocysteine levels.

Cardiovascular risk: High levels of homocysteine can increase the risk of cardiovascular disease, which may be particularly important in Lyme disease as the disease can also affect the cardiovascular system.
Cognitive functions: Homocysteine levels have been linked to cognitive function, so high homocysteine levels can make cognitive symptoms caused by Lyme disease more severe.