首页> 外国专利> Selective cellular markers, BTD - pH and BTD - py, derived from the core 4 - bromine - 2.1.3 - benzotiadiazola via homogeneous catalysis by palladium complex and its production process for use in cellular imaging

Selective cellular markers, BTD - pH and BTD - py, derived from the core 4 - bromine - 2.1.3 - benzotiadiazola via homogeneous catalysis by palladium complex and its production process for use in cellular imaging

机译:钯络合物通过均相催化衍生自核心4-溴-2.1.3-苯并二氮杂的选择性细胞标记物BTD-pH和BTD-py及其用于细胞成像的生产方法

摘要

Selective cellular markers, BTD - pH and BTD - py, derived from the core 4 - bromine - 2.1.3 - benzotiadiazola via homogeneous catalysis by palladium complex and its production process for use in cellular imaging.The present invention relates to the production of cellular markers selective, BTD - pH and BTD - py, derived from the core 4 - bromine - 2.1.3 - benzotiadiazola via homogeneous catalysis by palladium complex and its production process for use in cellular imaging.The synthesis in the intracellular medium, proposed in the present invention, is characterized by the stability of its compounds, low toxicity to the middle cell,High photoluminescent property and specificity in relation to the target sites of application and low photodegradation.No need of incubation in cell phone provides greater energy efficiency, less use of reagents and better results compared with traditional systems.
机译:通过钯络合物的均相催化衍生自核心4-溴-2.1.3-苯并二氮杂的选择性细胞标记物BTD-pH和BTD-py及其用于细胞成像的生产方法。本发明涉及细胞的生产。通过钯配合物的均相催化衍生于4-溴-2.1.3-苯并噻唑核心的选择性标记BTD-pH和BTD-py及其在细胞成像中的生产方法。本发明的特征在于其化合物的稳定性,对中层细胞的低毒性,相对于目标应用部位具有高的光致发光特性和特异性以及低的光降解性。无需在手机中进行保温就能提供更高的能源效率,更少的使用与传统系统相比,试剂的质量更好。

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