“…Sequentially introducing the cupric ion and EDTA over four cycles resulted in emission shifts, encompassing both enhanced and quenched transitions. During those four cycles, it was evident that the transition in fluorescence emission had reversed, leading to a change in the color of fluorescence 35 ( Fig. 10B ).…”
A novel phenothiazine-thiophene acetonitrile compound was synthesised through a Knoevenagel condensation reaction. The compound demonstrated selectivity towards Cu2+ and proved to have low cytotoxicity.
“…Sequentially introducing the cupric ion and EDTA over four cycles resulted in emission shifts, encompassing both enhanced and quenched transitions. During those four cycles, it was evident that the transition in fluorescence emission had reversed, leading to a change in the color of fluorescence 35 ( Fig. 10B ).…”
A novel phenothiazine-thiophene acetonitrile compound was synthesised through a Knoevenagel condensation reaction. The compound demonstrated selectivity towards Cu2+ and proved to have low cytotoxicity.
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