Novel 3,4-didehydropyroglutamate derivatives, the key intermediates in this synthesis, were obtained from a protected pyroglutamate by the well-known selenenylation-oxidative deselenenylation method and were catalytically deuterated using a slow-addition technique. The obtained deuterated pyroglutamates were converted to [3,4-2H2]glutamic acid, [3,4,5-2H3]proline, and [3,4,5,5,5-2H5]leucine via an appropriate functional group interconversions followed by the standard deprotection procedure. Copyright © 2006 John Wiley & Sons, Ltd.
通过著名的
硒化-氧化脱
硒化方法,从一种受保护的焦谷
氨酸中获得了本合成中的关键中间体--新型 3,4-二idehydropyroglutamate(3,4-二idehydyroglutamate)衍
生物,并利用慢加成技术对其进行了催化氚化。得到的氚化焦谷
氨酸通过适当的官能团相互转化,然后通过标准的脱保护程序转换成[3,4-2H2]谷
氨酸、[3,4,5-2H3]脯
氨酸和[3,4,5,5,5-2H5]亮
氨酸。Copyright © 2006 John Wiley & Sons, Ltd. 版权所有。