Abstract
Until recently nitric oxide NO was best known as a constituent of carexhaust fumes contributing to the photochemical smog of cities In 1987 the demonstration that NO was formed in vascular endothelial cells opened up a vast area of research Today NO is recognised as a major endogenous mediator of multiple physiological processes including inhibition of platelet aggregation and mediation of the cytotoxic action of activated macrophages and had a role in central and peripheral neurotransmission NO s vasodilatory properties and short half life has led to the use of inhaled NO as a selective pulmonary vasodilator Recently exogenously administered NO gas has been utilized to treat infants with persistent pulmonary hypertension PPH of the newborn These preliminary studies suggest that inhaled NO is a promising new therapy for the treatment of infants with PPH of the newborn Controlled clinical trials must now be performed to determine if the use of inhaled NO improves the longterm outcome of patients with PPH of the newborn Longterm exposure must be monitored closely for potential toxicity which includes methemoglobinemia and lung injury secondary to peroxynitrite and nitrogen dioxide production Key words: Nitric Oxide Therapeutic Use
Keywords
Abstract
SummaryUntil recently nitric oxide NO was best known as a constituent of carexhaust fumes contributing to the photochemical smog of cities In 1987 the demonstration that NO was formed in vascular endothelial cells opened up a vast area of research Today NO is recognised as a major endogenous mediator of multiple physiological processes including inhibition of platelet aggregation and mediation of the cytotoxic action of activated macrophages and had a role in central and peripheral neurotransmission NO s vasodilatory properties and short half life has led to the use of inhaled NO as a selective pulmonary vasodilator Recently exogenously administered NO gas has been utilized to treat infants with persistent pulmonary hypertension PPH of the newborn These preliminary studies suggest that inhaled NO is a promising new therapy for the treatment of infants with PPH of the newborn Controlled clinical trials must now be performed to determine if the use of inhaled NO improves the longterm outcome of patients with PPH of the newborn Longterm exposure must be monitored closely for potential toxicity which includes methemoglobinemia and lung injury secondary to peroxynitrite and nitrogen dioxide production Key words: Nitric Oxide Therapeutic Use
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Details
| Primary Language | Turkish |
|---|---|
| Journal Section | When the Turkish word exists |
| Authors | |
| Publication Date | December 1, 1997 |
| Published in Issue | Year 1997 Volume: 32 Issue: 4 |