作者:Joseph Raker、Timothy E Glass
DOI:10.1016/s0040-4020(01)01075-4
日期:2001.12
sequence for the preparation of the sensor framework was found to be intolerant of most functionality. Therefore, an unfunctionalized framework is constructed and recognition elements are selectively installed via electrophilic substitution on an electronically differentiated key intermediate. A divergent synthesis of a general class of chemical sensors emerges. This synthetic method is highlighted by
描述了用作协同荧光化学传感器的双三苯甲基二炔的合成。人们发现,最方便的传感器框架准备过程不能忍受大多数功能。因此,构建了一个未功能化的框架,并通过亲电取代将识别元素选择性地安装在电子区分的关键中间体上。出现了一般化学传感器类别的分歧综合。这种合成方法的突出特点是其简单性和模块化性,允许引入各种识别元件和荧光团。