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Reports Summarize Robotics - Nanotechnology - Biomimetics Research from A. Kantacha and Co-Authors

机译:报告总结了机器人技术-纳米技术-A. Kantacha和合著者的仿生研究

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2011 FEB 14 - (VerticalNews.com) -- Current study results from the report,rn'Phosphate ester cleavage promoted by a tetrameric iron(III) complex,' have been published.rnAccording to recent research from Songkhla, Thailand, "The purple acid phosphatases (PAPs)rnare the only binuclear metallohydrolases where the necessity for a heterovalent active site [Fern(III)-M(II) (M is Fe, Zn or Mn)] for catalysis has been established. The paradigm for thernconstruction of PAP biomimetics, both structural and functional, is that the ligands possessrncharacteristics which mimic those of the donor sites of the metalloenzyme and permitrndiscrimination between trivalent and divalent metal ions."
机译:2011年2月14日-(VerticalNews.com)-该报告的最新研究结果为“四聚铁(III)络合物促进磷酸酯裂解”已经发表。根据泰国宋卡府的最新研究,“紫色酸性磷酸酶(PAPs)是仅有的双核金属水解酶,其中需要催化杂合活性位点[Fern(III)-M(II)(M为Fe,Zn或Mn)],用于构建PAP的范例仿生生物在结构和功能上都具有这样的特征,即配体具有模仿金属酶供体位点的特征,并允许在三价和二价金属离子之间进行区分。”

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