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Can ayurvedic or herbal treatments Treat Chronic fatigue syndrome?

Because Ayurveda believes that Human Body positively respond to the natural healing which includes natural remedies. It might take some long time(with compare to Allopathic methods) to achieve full relief from Chronic fatigue syndrome with help of Herbal medicines, but when you are fully treated, then results would last throughout your life (It is believed in Ayurveda that treatment with natural remedies has long lasting effects, but this belief is a matter of debate and open discussions). Herbal medicines dosn't make you dependent and the best part is that There is almost NO side effect in most of the herbal products.

What Is Chronic fatigue syndrome?

Chronic fatigue syndrome (CFS) is one of several names given to a poorly understood, variably debilitating disorder of uncertain cause/causes. Based on a 1999 study of adults in the United States, CFS is thought to affect approximately 4 per 1,000 adults. For unknown reasons, CFS occurs more often in women, and adults in their 40s and 50s. The illness is estimated to be less prevalent in children and adolescents, but study results vary as to the degree.

CFS often manifests with widespread myalgia and arthralgia, cognitive difficulties, chronic mental and physical exhaustion, often severe, and other characteristic symptoms in a previously healthy and active person. Despite promising avenues of research, there remains no assay or pathological finding which is widely accepted to be diagnostic of CFS. It remains a diagnosis of exclusion based largely on patient history and symptomatic criteria, although a number of tests can aid diagnosis. Whereas there is agreement on the genuine threat to health, happiness, and productivity posed by CFS, various physicians' groups, researchers, and patient activists champion very different nomenclature, diagnostic criteria, etiologic hypotheses, and treatments, resulting in controversy about nearly all aspects of the disorder. Even the term chronic fatigue syndrome is controversial because a large part of the patient community believes the name trivializes the illness.

Chronic fatigue syndrome is not the same as "chronic fatigue". Fatigue is a common symptom in many illnesses, but CFS is a multi-systemic disease and is relatively rare by comparison. Definitions (other than the 1991 UK Oxford criteria) require a number of features, the most common being severe mental and physical exhaustion which is "unrelieved by rest" (1994 Fukuda definition), and may be worsened by even trivial exertion (a mandatory diagnostic criterion according to some systems). Most diagnostic criteria require that symptoms must be present for at least six months, and all state the symptoms must not be caused by other medical conditions. CFS patients may report many symptoms which are not included in all diagnostic criteria, including muscle weakness, cognitive dysfunction, hypersensitivity, orthostatic intolerance, digestive disturbances, depression, poor immune response, and cardiac and respiratory problems. It is unclear if these symptoms represent co-morbid conditions or are produced by an underlying etiology of CFS. Some cases improve over time, and treatments (though none are universally accepted) bring a degree of improvement to many others, though full resolution may be only 5-10% according to the United States Centers for Disease Control and Prevention (CDC).

The mechanisms and processes (pathogenesis) of Chronic Fatigue Syndrome are gradually being revealed through research, including physiological and epidemiological studies. In a basic overview of CFS for health professionals, the CDC states that "After more than 3,000 research studies, there is now abundant scientific evidence that CFS is a real physiological illness."

Chronic fatigue syndrome (CFS) or (ME) has been described in a 2008 Toxicology journal article as, "a constellation of multi-system dysfunctions primarily involving the neurological (nervous system), endocrine (hormone system), and immune systems." The article states recent research suggests the potential that xenobiotic (chemicals), infectious agents, stress, and other insults in early-life may be a component of later-life CFS.

Chronic fatigue is a typical symptom of neurological diseases, including chronic fatigue syndrome, is also seen in diseases that affect the central, peripheral, and autonomic nervous systems (central fatigue). Enhanced perception of effort and limited endurance of sustained physical and mental activities are the main characteristics of central fatigue. Metabolic and structural lesions can cause muscle fatigability (peripheral fatigue) also disrupt the usual process of activation in pathways interconnecting the basal ganglia (peripheral nerves), thalamus, limbic system, and higher cortical centre are implicated in the pathophysiological process of central fatigue. A state of low cortisol might sensitise the HPA axis to development of persistent central fatigue after stress.

Chronic Fatigue Syndrome (CFS) is a disorder whose etiology and pathogenesis are still unknown. In this syndrome both abnormalities of nervous and immune systems have been reported. Nervous and immune systems mutually cooperate via release of mediators of both neurological and immunological derivation. Hormone (ACTH) is a product of the (HPA) axis which stimulates secretion of corticosteroids from adrenals. In turn, corticosteroids modulate the immune response by virtue of their anti-inflammatory activity. On the other hand, catecholamines, products of the sympathetic nervous system (SNS), regulate immune function by acting on specific beta-adrenergic receptors. Conversely, cytokines released by certain immune cells, upon stimulation, are able to cross the blood-brain-barrier, thus modulating nervous functions (e.g., thermoregulation, sleep, and appetite). However, cytokines are locally produced in the brain, especially in the hypothalamus, thus contributing to the development of appetite, thermoregulation, sleep and behavioural effects. In addition infections/pathogens and/or their products, the so-called stressors are able to activate both HPA and SNS, thus influencing immune responses.

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