Nitric Oxide

S-Nitrosothiols Are Stored by Platelets and Released during Platelet-Neutrophil Interactions
pp. 95-104(10)
Authors: Hirayama A.; Noronha-Dutra A.A.; Gordge M.P.; Neild G.H.; Hothersall J.S.

NO-Dependent Mechanisms of Adaptation to Hypoxia
pp. 105-113(9)
Authors: Malyshev I.Y.; Zenina T.A.; Golubeva L.Y.; Saltykova V.A.; Manukhina E.B.; Mikoyan V.D.; Kubrina L.N.; Vanin A.F.

Continuous Monitoring ofin VivoNitric Oxide Formation Using EPR Analysis in Biliary Flow
pp. 114-122(9)
Authors: Kotake Y.; Moore D.R.; Sang H.; Reinke L.A.

Stimulation of NO Synthase Activity in the Immune-Competent LepidopteranEstigmene acraeaHemocyte Line
pp. 123-131(9)
Authors: Weiske J.; Wiesner A.

Analysis of 3-Nitrotyrosine in Biological Fluids and Protein Hydrolyzates by High-Performance Liquid Chromatography Using a Postseparation, On-line Reduction Column and Electrochemical Detection: Results with Various Nitrating Agents
pp. 132-141(10)
Authors: Ohshima H.; Celan I.; Chazotte L.; Pignatelli B.; Mower H.F.

Peroxynitrite Reaction with Heme Proteins
pp. 142-152(11)
Authors: Mehl M.; Daiber A.; Herold S.; Shoun H.; Ullrich V.

Increased Nitric Oxide Concentrations in Posterior Hypothalamus and Central Sympathetic Function on Nitrate Tolerance Following Subcutaneous Nitroglycerin
pp. 153-161(9)
Authors: Ma S.-X.; Ignarro L.J.; Byrns R.; Li X.-Y.

Evidence for Nitric Oxide Action onin VitroGranuloma Formation through Pivotal Changes in MIP-1 and IL-10 Release in Human Schistosomiasis
pp. 162-171(10)
Authors: Oliveira D.M.; Silva-Teixeira D.N.; Goes A.M.

Blockade of Nitric Oxide Synthase Potentiates the Suppression of Vasodilators by Norepinephrine in the Hepatic Artery
pp. 172-179(8)
Authors: Han C.; Lautt W.W.

Intercellular Signaling Initiated by Nitric Oxide Produced in Heat-Shocked Human Glioblastoma Cells
pp. 180-189(10)
Authors: Matsumoto H.; Hayashi S.; Hatashita M.; Shioura H.; Ohtsubo T.; Kitai R.; Ohnishi T.; Kano E.