Heath E, Watson J T
Addict Dis. 1975;2(1-2):123-39.
Recent investigations of physiological systems have demonstrated that even minor chemical constituents can play a major role in mediating physiological responses. Recognizing this, the investigator seeks to isolate or selectively quantify the concentration of a specific drug or hormone that is available to target tissue. Today, as drugs are developed which are more and more potent, greater demands are made on analytical methodology for ever more sensitive yet specific techniques of quanification. The techniques of vapor phase analysis such as gas chromatography, especially in combination with mass spectrometry, offer great promise to investigative pharmacology/toxicology. Some of the potentials and limitations of vapor phase analysis will be described. More detailed descriptions of basic gas chromatography (McNair and Bonelli, 1969; Ettre and McFadden, 1969) and combined gas chromatography-mass spectrometry (McFadden, 1973) can be found elsewhere.
近期对生理系统的研究表明,即使是微量化学成分在介导生理反应中也可能起主要作用。认识到这一点后,研究人员试图分离或选择性地定量可作用于靶组织的特定药物或激素的浓度。如今,随着开发出效力越来越强的药物,对分析方法的要求也越来越高,需要更灵敏且特异的定量技术。气相分析技术,如气相色谱法,尤其是与质谱联用,为药物研究/毒理学研究带来了巨大希望。本文将描述气相分析的一些潜力和局限性。关于基本气相色谱法(麦克奈尔和博内利,1969年;埃特雷和麦克法登,1969年)以及气相色谱-质谱联用(麦克法登,1973年)的更详细描述可在其他地方找到。