Fluorescent Probes Based on Metal and Aggregation-induced Luminescent Organic Molecule Complexes for Bioimaging and Sensing Applications

Metal-Organic Coordination polymer (MOCPs) is an emerging class of inorganic-organic porous hybrid materials with infinite coordination polymers (CPs) or metal-organic backbones (MOFs) formed by the interaction between metal ions and organic ligands ligand functional groups. The molecular structure composing MOCPs rich in variation, while inorganic generally have good photoelectromagnetic properties. Therefore, diverse structural variations, adjustable pore size, high stability controllable synthesis, received wide attention gas storage, multiphase catalysis, chemical sensing biological applications. Fluorescence properties are one most widely used techniques for bioimaging detection. However, conventional luminescent groups usually affected aggregation-induced quenching (ACQ) effects. Aggregation-induced luminescence molecules (AIEs) based on combine advantages AIEs transition centers to improve photophysical therapeutic