MOF-based composites as photoluminescence sensing platforms for pesticides: Applications and mechanisms

A two-dimensional cadmium-based metal–organic framework as an excellent probe: highly selective luminescent “turn on” detection of tetrahydrofuran and quantitative analysis of water

“…38 This behavior leads to the further augmentation of the networks’ rigidity, leading to the enhancement effects of Cd-MOF luminescence. 39…”

“…38 This behavior leads to the further augmentation of the networks' rigidity, leading to the enhancement effects of Cd-MOF luminescence. 39 Characterization and optimization of Cd-MOF-based MMM MOFs materials are often crystals or powders, which require sufficient dispersion in sensing and face disadvantages, such as poor processing formability and complex recycling. Polymers have good processability.…”

Two MOFs as sensitive and selective sensors for Cr2O72− and glyphosate

“…At present, this material has been widely used in many fields such as gas adsorption and separation, sensing, catalysis, and electrochemistry. In addition, MOFs show the characteristics of easy to induce luminescence in the field of fluorescence sensing, and the diversity of its detection mechanism also brings many advantages 27–33 …”

“…In addition, MOFs show the characteristics of easy to induce luminescence in the field of fluorescence sensing, and the diversity of its detection mechanism also brings many advantages. [27][28][29][30][31][32][33] Transition metal ions are usually regarded as ideal targets for coordination due to their d 0 or d 10 orbitals. 34 These ions have strong coordination ability, clear coordination mode, and a wide variety of transition metal salts, which can provide more choice.…”

Driven metal organic frameworks based hydrogels as wound dressing for anti‐inflammatory and antibacterial

“…It also possesses favorable properties such as easy functionalization and good physical and chemical characteristics, making it highly promising for various applications 3,4 . At present, they are versatile as sonosensitizer, 5 photoluminescence sensing platform, 6–8 electrochemical sensing platform, 9,10 degradation of water contaminants, 11,12 gas uptake, 13 cargo (gene and drug) delivery systems, 1,5 catalysis, 14 and energy storage and conversion 15 . Notably, MOFs and their derivatives, owing to their excellent biocompatibility, porosity, and small size, have found utility in biomedical fields like wound dressings for anti‐inflammatory and antibacterial purposes 5 .…”