Review on the biomedical importance of taurine

Good reference, but the statement needs to be modified, perhaps to something like the following: Appl Physiol Nutr Metab. The Effects of Taurine on the Heart Rate Taurine, an organic acid found in energy drinks, plays an important role in your body. Influence of dietary taurine on vitamin D absorption.

In this model, there is severe photoreceptor degeneration 2—4 weeks after birth, and this spreads to the inner retinal neurons after 4 weeks [ 85 ].

Signs & Symptoms of Taurine Deficiency

It was first identified and isolated from the bile of the ox Bostaurusfrom which it derives its name [ 1718 ]. Heart Failure Research with Taurine Group.

Talk:Taurine

The effects of red bull energy drink on human performance and mood. The following biochemical analyses were carried out in the supernatant and in the serum.

Review: Taurine: A “very essential” amino acid

Three later studies failed to support that finding. It was first identified and isolated from the bile of the ox Bos taurusfrom which it derives its name [ 1718 ]. People who are deficient in either magnesium or taurine are at greater risk for depression and poor motivation.

Review: Taurine: A “very essential” amino acid

Other cytoprotectants Before considering further some of the biochemical and physiological features of taurine, as well as the broad range of conditions in which taurine has been shown to be beneficial, we must acknowledge that the retina may be exposed to several other survival-promoting agents under normal conditions.

Metab Dis ;32 3: Taurine is the amino acid of anxiety control and stress management because it will lower cortisol and helps people sleep better.

A taurine and caffeine-containing drink stimulates cognitive performance and well-being. Although levels of some of these factors are upregulated in response to injury [ 1113 ], these agents, even when applied exogenously, primarily tend to slow the cell death process.

Micronutrient deficiencies an unmet need in heart failure. Altern Med Rev ; Taurine in the eye It has long been known that all ocular tissues, both neural and nonneural, contain taurine [ 6162 ], prompting a host of studies to identify its cellular distribution [ 63 - 66 ].

Please help stop this old wives' tale! Taurine 2-amino ethane sulphonic acid is a sulfur-containing semi-essential amino acid that is, endogenously synthesized and is provided by the diet, especially by fish and meat.

Long-term effect of taurine in congestive heart failure: The effect of acute taurine ingestion on endurance performance and metabolism in well-trained cyclists. All ocular tissues contain taurine, and quantitative analysis of ocular tissue extracts of the rat eye revealed that taurine was the most abundant amino acid in the retina, vitreous, lens, cornea, iris, and ciliary body.Conclusion: This review is an attempt to reveal the biomedical importance of taurine including its effect on heart, lung, kidney, bone, fetal tissue, retinal photoceptors, oxidative stress and cancer.

Total Thiols: Biomedical Importance And Their Alteration In Various Disorders Authors Mungli Prakash, Mahesh S Shetty, Prasiddha Tilak, Naureen Anwar, Review Submitted: May 6, ; Accepted: Aug 20, Published: Sep 8, graded into sulfate and taurine.

For most cells, this mechanism provides a continuous source of cysteine.

Total Thiols: Biomedical Importance And Their Alteration In Various Disorders Authors Mungli Prakash, Mahesh S Shetty, Prasiddha Tilak, Naureen Anwar, Review Submitted: May 6, ; Accepted: Aug 20, Published: Sep 8, tion of taurine or inorganic sulfate One of the major.

Nov 12,  · The efficacy of taurine has been demonstrated in both naturally occurring and drug-induced epilepsy in cats, mice, rats, and dogs, and evidence that taurine blocks dentato-hippocampal synapses, a locus of importance in epileptogenesis, indicates a specific action in epilepsy.

The Role of Taurine in Infant Nutrition. Authors; Authors and affiliations; Russell W. Chesney; this review will focus upon studies performed in humans. While animal studies are always critical in terms of a deeper understanding of the role of taurine, the final value of any biomedical research should be understood in terms of improvements.

Taurine participates in a number of different physiologic and biologic processes in the kidney, often reflected by urinary excretion patterns.

The kidney is key to aspects of taurine body pool size and homeostasis. This review will examine the renal-taurine interactions relative to ion reabsorption.

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Review on the biomedical importance of taurine
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