Abstract
Frameworks containing organic copper metal are an excellent category of hybrid porous substances gaining significant interest in the past decade. The outstanding features of copper-metal organic frameworks (MOFs) are distinct pore dimensions, different proportions, compatibility, variable configuration, tunable measurements, high loading capacity and upgraded bio-compatibility. These features contribute to making Cu-MOFs potential candidates for drug delivery. Cu-MOFs are a new way to distribute drugs and show how they can effectively distribute various medical substances. Furthermore, several ways that can be employed to improve encapsulation efficiency have been explored. Cu-MOFs have been frequently used as vehicles for delivering medicines to tumour cells with high efficiency. Ultimately, the problems and the prospective for the upcoming progress of copper-containing metal–organic frameworks as effective medication release mechanisms were thoroughly reviewed. As a result, the drug delivery approach based on Cu-MOFs has tremendous scientific significance. This review covers the most recent implementations in 3D Cu-MOF arrangements, from composition to their bio-related interests in fields like drug administration, imaging, sensing, and hydrogen storage. Also, various features and functionalities of modified and unmodified Cu-MOFs for use in regulated medication release applications are presented.
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