MENU
MENUVolume : 4, Issue : 4, April - 2015
High level of circulating platelet derived microvesicles in bone tumors
Judit Donath, Patricia Palfi, Bence Gyorgy, Gyula Poor, Miklos Szendroi, Agnes Kittel, Edit I Buzas, Andras Falus, Gyorgy Nagy
Abstract :
<p> CoII, NiII, CuII and MnII complexes of Mannich base, as ligand, was prepared by condensation of aqueous semicarbazide, </p> <div>morpholine and pyridine–3–carboxaldehyde. The structure of the newly synthesized Mannich base was investigated by </div> <div>UV–Vis, IR, 1</div> <div>H–NMR, 13C–NMR, molar conductance and magnetic susceptibility studies. The antimicrobial activities of the </div> <div>ligand and metals complexes have been screened in vitro against the organisms E.faecalis, Proteus mirabilis, Bacillus cereus, E.aerogens, ESBL </div> <div>E.coli, ESBL K.pneumoniae, by disc diffusion and well diffusion techniques. It is observed that the coordination of metal ions has pronounced </div> <div>effect on the microbial activities of the ligand. The metal complexes have higher antimicrobial effect than the free ligand.</div>
Keywords :
Cite This Article:
Judit Donath, Patricia Palfi, Bence Gyorgy, Gyula Poor, Miklos Szendroi, Agnes Kittel, Edit I Buzas, Andras Falus, Gyorgy Nagy High level of circulating platelet derived microvesicles in bone tumors Global Journal For Research Analysis, Vol: 4, Issue:
