Immune system chronic fatigue syndrome

A further approach to diagnosing TSE is based on the detection of cellular nucleic acids in serum (CNAPS). Production of such nucleic acids is apparently very specific, for example, as a result of malignant diseases, autoimmune diseases, and infectious diseases and opens up the possibility of diagnosing such diseases through the detection of these nucleic acids. Possibly, this reaction to diseases is part of an older immune system. Investigations with diverse serum material from cattle provided optimistic results. The CNAPS are present in the liquid fraction of blood samples from both healthy and diseased cattle. The CNAPS were found in the blood fraction that contains primarily microvesicles. CNAPS profiles have been shown to differ in humans with multiple myeloma and mysterious neurologic syndromes such as Culf War syndrome and chronic fatigue syndrome. 

Frequently, MCS involves imbalances in one s nervous, immune, and endocrine systems, and impaired detoxification abilities. Conditions such as CFIDS (Chronic Fatigue Immune Dysfunction Syndrome), fibromyalgia, and Candida Syndrome are frequently found in people with MCS. It is not yet known whether these are separate diseases or whether they represent different manifestations of a common underlying problem. 

CFS, also known as Chronic Fatigue and Immune Dysfunction Syndrome (CFIDS), is a multisystem disorder with unknown etiology or pathophysiology. It is currently thought that CFS is a multifactorial condition in which an infective agent causes an aberrant immune response. It is characterized by extreme fatigue, immune system dysfunction, neurological and endocrine disorders, chronic pain, and numerous other symptoms. Many of those with CFS are extremely sensitive to chemical exposure. F9-34]... 

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