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Nasim Al-Sebai

Nasim Al-Sebai

Emirates college of Technology, UAE

Title: Nutritional Pharmacology of Taurine in Pediatric Nursing and Healthcare

Biography

Biography: Nasim Al-Sebai

Abstract

There is no dietary requirement for taurine, since the body can make it out of vitamin B6 and the amino acids methionine and cysteine. Taurine found in high concentration levels in various tissues of humans, Including in the nervous system and muscles, taurine is one of the most abundant amino acid derivatives in the body. It is thought to help regulate heartbeat, maintain cell membranes, and affect the release of neurotransmitters (chemicals that carry signals between nerve cells) in the brain. Deficiencies occasionally occur in vegetarians, whose diets may not provide the building blocks for making taurine, one of the building blocks of proteins. Taurine conjugates with bile acids to form bile salts that are needed for fatty acid absorption. Although glycine can also conjugate with bile acids, taurine conjugates predominate in human milk fed preterm infants during early infancy. Taurine insufficiency is associated with impaired bile acid secretion, reduced absorption or fat and fat-soluble vitamins (particularly vitamin D), abnormal hepatic function, and hepatic cholestasis associated with prolonged administration of parenteral nutrition in preterm infants. Evidence exists that taurine has important roles in intestinal fat absorption, hepatic function, and auditory and visual development in preterm or low birth weight infants. Observational data suggest that relative taurine deficiency during the neonatal period is associated with adverse long-term neurodevelopmental outcomes in preterm infants. Taurine is also reported to improve maturation of ABER in pre-term infants and has a role in osmoregulation of CNS and may act as neuroinhibitor. Taurine is the most abundant free amino acid in breast milk in the human. Indeed, It is reported that the cows' milk samples were relatively low in taurine compared to the breast milk samples of human. Also it suggested that taurine plays an important role in learning, Therefore, we suggest that taurine supplementation for preterm or low birth weight infants on growth and development should be taken in considerations