Synthesis, characterization and biological evaluation of the Cr (III)‎, Mn (II)‎, Fe(II)‎, Fe (III)‎, Co (II)‎, Ni (II)‎, Cu (II)‎, Zn (II)‎, Cd (II)‎ and Hg (II)‎ Ion complexes with mixed ligands (quinolone antibiotics and α-aminonitrile derivatives)‎

الملخص EN

Quinolones L1 (ciprofloxacin) are manufactured wide range anti-infection agents with great oral ingestion and magnificent bioavailability.

Because of the concoction capacities found on their core (a carboxylic corrosive capacity at the 3-position) and much of the time an essential piperazinyl ring (or anothertN-heterocycle) at the 7-positionh and a carbonylvoxygenc atomi atothel 4-positioni) quinolones bind metal particlesiframing buildings which can go about as bidentate.

Bidentateiligands L2=2-phenyl-2-(P-methoxy anilinee) acetonitrilel was set up by the response of Primiryiaminejwithjbenzaldehyde, in nearness of potassiumbcyanidej and acidicimedia .

Theimetalledifices were portrayed by the miniaturized scale component examination (C.H.Ni), chloridekcontentei, 1H-iNMR , 13C-NMRb, FT-iIR and UV-Viis spectra, molariconductivityiand in addition attractive vulnerability estimation.

The coordination science and holding practices ofitheemetal particlesaandaligands has been contem plated by spectrayofjthebbuildingsion UV-visiand IR districts.

As per the got information the possibleecoordinationngeometriesnofithese buildings werejproposed as octahedral.

Somenbuildingsiwere observedhto beinoni- electrolytenothersiwereeobserved toebeiweaknelectrolyte.

I The accompanying metal particle buildings were set up alongeside theirerecommended formulaenbased onithe accompanying : the metal particle edifices of the ligands (L1 and L2) by buildiup an answer blend of [Cr(III),iMn(II),iFe(II), Fe(III), Co(II), Ni(II), Cu(II),iZn(II),eCd(II) andl Hge(II)] particles separately,inabsoluteethanolewithimixingegaveethevformulaei : e [ML1L2Cl(H2O)].

2H2OeWhereeM: {iMn2 +,.

Fe2 +,Co2 +,Ni2 + ,Cu2 +,Zn2+,Cd2 + and Hg2 +i}and [ML1L2Cl(H2O)]Cl.

X H2O.

Where M : {Cr3+,Fe3+},x : {2or3}