A 浇可溶的 poly-[tetrakis-(2,3-dicarboxylate 含苯氧基) 甲基我比] 铝酞毒(AIPPc (COOH ) x ) 在碱性溶液从 tetranuclear phthalonitrile 的环合和 cyano 的连续水解作用被综合了。吸收系列在 9.18 比存在的浇可溶的酞毒混合物缓冲的酸碱值显示出这混合物的低聚集。与三重氢核 X 100 的增加,有从 0.4 ~ 0.83 的量子产率的荧光排放的改进被观察;相反地,它被 CATB 的增加彻底地在西装熄灭。汗衫状态的一长寿时间也在三重氢核 X 100 的存在被检测。结果显示那 AIPPc (COOH ) x 被需要在荧光灯的探查或在荧光成像调查诊断。
A water soluble poly-[tetrakis-(2,3-dicarboxylate phenoxy) methyl methan] aluminum phthalocyanine (AIPPc.(COOH)x) has been synthesized from the cyclization of tetranuclear phthalonitrile and succes- sive hydrolysis of cyano in alkaline solution, The absorption spectra showed low aggregation of this compound in pH 9.18 buffer than that of existing water soluble phthalocyanine compounds. With the addition of Triton X 100, an enhancement of fluorescence emission with quantum yield from 0.4 to 0.83 was observed; contrarily, it was thoroughly quenched by the addition of CATB in suit, A longer life time of singlet state was also detected in presence of Triton X 100. The result indicates that AIPPc.(COOH)x is desired to investigate in fluorescent probe or in fluorescence imaging diagnose.