Monitaring of enzymatic and genetic changes of plants that have ecıonomical important affected by industrial waste water in Çanakkale

ABSTRACTIn this work some monoamines and sodium salts of bisphenols were interactedwith hexachlorocyclotriphosphazene (Trimer, N3P3Cl6) in acetonitrile. Mono, di andfullysubstituted phosphazene compounds were obtained as a result of one-step reaction.Poly(dichloro)phosphazene was synthesised from the thermal polymerization reactionof hexachlorocyclotriphosphazene. Polybis(amino) phosphazenes were obtained fromthe substitution reaction of the poly(dichloro)phosphazene with some monoamines, inTHF.The structure of the synthesised phosphazene compounds and polymers wereenlightened using data obtained from IR, 1H-, 13 31C-, P-NMR, MS, TGA, DTA andHPLC spectrums. The antimicrobial properties of the new phosphazenes andpolybis(amino)phosphazenes were investigated.Keywords: Polyphosphazene, Aminophosphazene, Spectroscopic Data,Antimicrobial Activity.II