Rinaldi A, Fadda M B, Dernini S, Cossu P, De Marco C
Ital J Biochem. 1975 May-Aug;24(3-4):219-30.
In alkaline medium and in the presence of cupric ions selenocystamine undergoes autoxidation and is entirely transformed into selenohypotaurine. Among the different metal ions tested, Fe, Co, Ni, Cu, Ag, Mg, Mn, only cupric ions are effective in catalyzing the reaction. The reaction shows an optimum around pH 13. In most respects the autoxidation of selenocystamine is similar to the alkaline autoxidation of cystamine. Some data on the paper and ion exchange chromatographic behaviour of selenohypotaurine and selenotaurine are reported, as also details for the synthesis of selenotaurine.
在碱性介质中且有铜离子存在时,硒代胱胺会发生自氧化反应,并完全转化为硒代次牛磺酸。在所测试的不同金属离子(铁、钴、镍、铜、银、镁、锰)中,只有铜离子能有效催化该反应。该反应在pH约为13时表现出最佳效果。在大多数方面,硒代胱胺的自氧化与胱胺的碱性自氧化相似。报告了关于硒代次牛磺酸和硒代牛磺酸的纸色谱和离子交换色谱行为的一些数据,以及硒代牛磺酸合成的详细信息。