Synthesis, Characterization and Antimicrobial Activity of Copper-Metal Organic Framework (Cu-MOF) and Its Modification by Melamine

Copper-Metal organic framework (Cu-MOF) and melamine/Cu-MOF (MCu-MOF) samples were prepared by the hydrothermal process. The produced powder was dried characterized using FTIR, X-ray techniques. thermal-gravimetry (TG) analysis performed to detect thermal stability of product. On other hand, morphology surface area this carried. bioactivity carried measuring inhibition zone diameter around in (mm). results characterization showed that on IR spectra a series absorption peaks at 970, 1500 1640 cm?1 appeared which formation Cu-MOF, while an addition observed 3121, 3324, 3415 3467 attributed incorporation melamine into Cu-MOF. patterns show sharp 7.4 8.5 specified intensity these increases adding indicate improving crystanility. Moreover two 26, 30attributed incorporate Cu-MOF is equal 1350 m2 g?1while increase 1410 g?1 incorporates behavior three sequence stages moisture evaporation, degradation forming Cu–O as end product respectively. For incorporated (MCu-MOF), TG profile split main parts resulting from presence melamine. To study both FESEM HRTEM examined. bioactivities tested against microbial strains. MCu-MOF have insignificant antimicrobial activity gram positive bacteria Fungi. While for negative it considerable effect.