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Mn(BTC) ( 1 ) MOF is successfully incorporated sodium salt PAA and CTAB composites by solvothermal synthesis to form Mn(BTC)@PAA ( 2 ), and Mn(BTC)@PAA@CTAB ( 3 ). FT-IR show all typical peaks of  1  in  2,  and  3 , confirm the presence of  1  in  2  and  3  composites. A similar PXRD pattern of  1–3  suggests the morphology of  1  is unchanged by integrating with biopolymer. SEM EDX analysis show rough surface area, with cylindrical rod and closely bonded morphology and presence of Mn in all composites. TG-DTA analysis show almost equal weight lost at 350–475 °C due to BDC decomposition. UV-Vis diffused reflectance spectra (DRS) exhibited an intense absorption peak around 250 nm assigned to charge transfer transition between ligand and Mn 2+  ion. All MOFs tested for antimicrobial activity,  2  effectively inhibits microorganisms’ growth even after three months, due to the slow release of metal ions. Antioxidant studies and DNA cleavage activity carried show positive results.

Biopolymer-PAA and surfactant-CTAB assistant solvothermal synthesis of Mn-based MOFs: design, characterization for enhanced biological activities