Document Title

Preparation of New Complexes of Bivalent Manganese,
Iron, Cobalt, and Nickel with Mixed Ligands of Ciprooxacin (Cip) and Metronidazole (Met) or-4 Aminoantipyrine (AAP) with Study of Their Chemical,Physical Properties and Antibacterial Activity

Cited by

0

Source

Year

2022

Authors

Raoof, S.A.
Hasan, W.M.G.
Aziz, A.-A.
Saied, S.M.
Saleh, M.Y.

Synthesis of mixed metal complexes were done through reaction of two drugs such as antipyrine, or ciprooxacin with Metronidazole to have eight complexes. Physical, chemical and antibacterial activity of new complexes were studied. These mixed ligands were further coordinating with bivalent transition
metals in a metal: ligands mixture ratio :. These complexes were characterized by using elemental analysis and physical properties, in addition molar conductance in DMF which showed non-electrolytic behavior. FT-IR spectra revealed absorption bands for new ligands and metal complexes that agreed with the propose structures and the electronic spectra veried that these complexes display six-coordinate octahedral geometry. Antibacterial activity showed good results.

Document Title

Preparation of New Complexes of Bivalent Manganese,
Iron, Cobalt, and Nickel with Mixed Ligands of Ciprooxacin (Cip) and Metronidazole (Met) or-4 Aminoantipyrine (AAP) with Study of Their Chemical,Physical Properties and Antibacterial Activity

Cited by

0

Source

Year

2022

Authors

Raoof, S.A.
Hasan, W.M.G.
Aziz, A.-A.
Saied, S.M.
Saleh, M.Y.

Synthesis of mixed metal complexes were done through reaction of two drugs such as antipyrine, or ciprooxacin with Metronidazole to have eight complexes. Physical, chemical and antibacterial activity of new complexes were studied. These mixed ligands were further coordinating with bivalent transition
metals in a metal: ligands mixture ratio :. These complexes were characterized by using elemental analysis and physical properties, in addition molar conductance in DMF which showed non-electrolytic behavior. FT-IR spectra revealed absorption bands for new ligands and metal complexes that agreed with the propose structures and the electronic spectra veried that these complexes display six-coordinate octahedral geometry. Antibacterial activity showed good results.