Mannervik Bengt, Board Philip G, Hayes John D, Listowsky Irving, Pearson William R
Department of Biochemistry, Uppsala University Biomedical Center, Sweden.
Methods Enzymol. 2005;401:1-8. doi: 10.1016/S0076-6879(05)01001-3.
The nomenclature for human soluble glutathione transferases (GSTs) is extended to include new members of the GST superfamily that have been discovered, sequenced, and shown to be expressed. The GST nomenclature is based on primary structure similarities and the division of GSTs into classes of more closely related sequences. The classes are designated by the names of the Greek letters: Alpha, Mu, Pi, etc., abbreviated in Roman capitals: A, M, P, and so on. (The Greek characters should not be used.) Class members are distinguished by Arabic numerals and the native dimeric protein structures are named according to their subunit composition (e.g., GST A1-2 is the enzyme composed of subunits 1 and 2 in the Alpha class). Soluble GSTs from other mammalian species can be classified in the same manner as the human enzymes, and this chapter presents the application of the nomenclature to the rat and mouse GSTs.
人类可溶性谷胱甘肽转移酶(GSTs)的命名法已扩展,涵盖了已被发现、测序并证明有表达的GST超家族新成员。GST命名法基于一级结构相似性以及将GSTs分为关系更密切的序列类别。这些类别由希腊字母命名:Alpha、Mu、Pi等,用罗马大写字母缩写:A、M、P等。(不应使用希腊字符。)类别成员通过阿拉伯数字区分,天然二聚体蛋白质结构根据其亚基组成命名(例如,GST A1-2是Alpha类中由亚基1和2组成的酶)。来自其他哺乳动物物种的可溶性GSTs可以与人类酶以相同方式分类,本章介绍了该命名法在大鼠和小鼠GSTs中的应用。