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Owing to critical role of ions (cations and anions) in myriad of process of biological, chemical and environmental significance, considerable attention has been paid towards the development of single molecule based detection methods [1,2]. In this direction, a library of cation and anion sensing molecules “receptors” have been proposed [3,4], and continues to be a key theme in modern chemistry and biochemistry [5-7]. This can be attributed to the fact that molecular receptors are highly valuable tools to perform in situ monitoring in real time, amid high selectivity and sensitivity. Most importantly, synthetic receptors are usually reusable, easy to operate and realize high sample through output [8]. A number of interactions, such as hydrogen bonding, electrostatic force, metal-ligand coordination, hydrophobic and vander Waals forces have been employed to develop novel and effective receptors [9-11].

biochemistry and modern applications

Current State of Art of Diaminomalenonitrile Based Synthetic Receptors for Ion Sensing With Bio Applications: Mechanistic, Sensing and Photophysical Aspects