“…Anion recognition chemistry has gained immense signicance in the past few decades due to increased pollution rates caused by various anionic species and their harmful effects on human health. [1][2][3][4] Among various anions, oxyanions of arsenic stand out due to their extreme toxicity and non-involvement in the human biological system. 5 The primary sources of these arsenic anions and compounds are arsenic-containing pesticides, the mining of ores, various industrial operations, and semiconductor devices.…”
Chemosensor N7R1 with two acidic binding sites was synthesized, and the ability of the sensor to differentiate arsenite and arsenate in the organo-aqueous medium was evaluated using colorimetric sensing methods.
“…Anion recognition chemistry has gained immense signicance in the past few decades due to increased pollution rates caused by various anionic species and their harmful effects on human health. [1][2][3][4] Among various anions, oxyanions of arsenic stand out due to their extreme toxicity and non-involvement in the human biological system. 5 The primary sources of these arsenic anions and compounds are arsenic-containing pesticides, the mining of ores, various industrial operations, and semiconductor devices.…”
Chemosensor N7R1 with two acidic binding sites was synthesized, and the ability of the sensor to differentiate arsenite and arsenate in the organo-aqueous medium was evaluated using colorimetric sensing methods.
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