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One Pot Microwave Induced Synthesis, Characterization and Antibacterial Activity of Tetrazamacrocyclic Complexes of Transition Metal Ions of Bio-Inorganic Relevance

机译:一种罐微波诱导的生物无机相关性转型金属离子四唑酰基复合物的合成,表征和抗菌活性

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摘要

Two new series of metal complexes, [MC18H16N4O4)H2O] (CH3COO~-)2 and [M(C22H24N4)-2H2O] (CH3COO~-)2, where M= Co2+/Ni2+/ Cu2+ have been prepared under microwave irradiation condition using microwave synthesizer. All the synthesized compounds were characterized by melting point determination of recrystallized samples, running single spot on TLC, elemental analyses, IR, UV-visible spectral studies. Synthesized macrocyclic complexes have been tested for their antibacterial activity against two bacteria Klebsiella pneumoniae and Escherichia coli by adopting disk diffusion method. The antibacterial activity was compared with amikacin antibiotic and it has been found that the complexes exhibited potential antibacterial activity. From the antibacterial studies, it has been found that the copper complexes were more effective on the microorganism in comparison to Ni(II) and Co(TI) complexes.
机译:两种新的金属络合物系列,[MC17N4O4)H 2 O](CH 3 COO〜 - )2和[M(C22H244)-2H2O](CH 3 COO〜 - )2,其中M = CO2 + / Ni2 + / Cu2 +已经在微波辐射条件下使用 微波合成器。 所有合成化合物的特征在于重结晶样品的熔点测定,在TLC,元素分析,IR,UV可见光谱研究中运行单点。 通过采用盘扩散方法,已经通过采用盘扩散方法对其对两种细菌Klebsiella肺炎和大肠杆菌进行抗菌活性来测试合成的宏环复合物。 将抗菌活性与Amikacin抗生素进行比较,并且已发现复合物表现出潜在的抗菌活性。 从抗菌研究中发现,与Ni(II)和CO(Ti)配合物相比,铜配合物对微生物更有效。

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