Qureshi A A, Lerner L H, Lerner E A
Massachusetts General Hospital, Charlestown, USA.
Arch Dermatol. 1996 Aug;132(8):889-93.
When the discoverer of dynamite (trinitrotoluene [TNT]), Alfred Nobel, was prescribed nitroglycerin for angina in 1895, he was certainly taken aback. Almost a century later, organic nitrates and their gaseous metabolic end product, nitric oxide (NO), were implicated in a vast array of biologically diverse activities. About 10 years ago, a series of discoveries from different avenues of research converged on NO, thrusting it into the limelight as a neurotransmitter, vasodilator, toxin, and modulator of immune function and inflammation. Nitric oxide has thus managed to capture the interest of scientists from a number of fields and holds center stage attention. Interest in NO among dermatologists has been slow to appear, however, and the literature on NO with respect to the skin is sparse when compared with the steep escalation in the number of articles published generally on NO since 1987 (Figure 1).
1895年,炸药(三硝基甲苯[TNT])的发明者阿尔弗雷德·诺贝尔因心绞痛被开了硝酸甘油,他着实吃了一惊。近一个世纪后,有机硝酸盐及其气态代谢终产物一氧化氮(NO)被发现参与了大量生物多样性活动。大约10年前,来自不同研究途径的一系列发现都聚焦于NO,使其作为一种神经递质、血管舒张剂、毒素以及免疫功能和炎症调节剂而备受瞩目。因此,一氧化氮吸引了多个领域科学家的关注,并成为焦点。然而,皮肤科医生对NO的兴趣出现得较晚,与自1987年以来关于NO的文章数量急剧增加相比,关于皮肤方面的NO文献却很少(图1)。