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You are provided herein with an article contain information about Ribose in association with depressed energy levels and/or energy recovery in fibromyalgia. According to the American College of Rheumatology, the clinical diagnosis of fibromyalgia following two criteria: 1) widespread musculoskeletal pain in all four quadrants of the body for at least three months, and 2) tenderness at 11 or more of 18 specific tender points (or trigger points) located on the upper back and chest, insides of the elbows, lower back, upper thighs and front of knees.

In the initial of the article, it discussed The Pathophysiology of Fibromyalgia, description about Energy Status of Fibromyalgic Muscle, The abnormalities of energy metabolism in fibromyalgia, clinical symptom of fatigue in association with reduced oxidative phosphorylation and ATP synthesis, then you will be taken into section discussed Ribose in Maintaining Tissue Energy Stasis, pyrophosphorylation reaction in adenine nucleotide synthesis and salvage pathways, The effect of ribose treatment in AMP deaminase deficiency.

The Role of D-Ribose in the Pathophysiology of Fibromyalgia and Energy Metabolism continued »

The following psychiatry journal focuses on neurobiologic abnormalities found in subjects with several type of schizophrenic disorder which is based on a pathophysiologic model of relationship between schizotipal personality disorder and schizophrenia.

What you will see in this schizophrenia journal are informations such as etiologic components of schizophrenia, subjects selected to meet DSM criteria for schizotypal personality disorders (SPD), People with schizotypal personality disorder, the hypotheses of the pathophysiology of the schizophrenia based on the phenomenologic, genetic, psychophysiologic, cognitive, imaging and neurochemical studies.

Psychiatry Journal: Neurobiologic Abnormalities of the Schizophrenia continued »

Telomeres are repetitive DNA sequences which protects the end of the human chromosome from destruction (wikipedia.org). Here, we provide you with information about telomeres in its ascociation with the theory of aging.

What you will find in this article are sections such DNA replication and telomere shortening as chromosom end replication problem and the consequences, the telomere’s functions, telomerase which stabilize telomere length, how does telomerase work, the telomere theory of aging (mechanistic explanation for the Hayflick limit), in vitro population doubling, the activity of telomerase, and Werner’s cellular phenotype reversed by telomerase.

Telomeres, All You Need to Know in the Theory of Aging continued »

The following H1N1 article is designed for general laboratory and research use only. It will give you informations regarding in vitro quantification of “swine” H1N1 Influenza human pandemic strain through quantification kit for swine flu genomes.

In the depth of the article there are sections such What quantification kit used for, the kit contents, reagens and equipments, principle of the test (testing for influenza, Real-Time PCR, Positive and Negative Control, Internal RNA extraction control, Endogenous ACTB, Carry-over prevention using UNG), the Bench side Protocol, RNA extraction, Reverse Transcription protocol, Real-time PCR detection, and Amplification protocol.

H1N1 Article: How to Quantificate Swine Flu Human Pandemic Strain continued »