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This paper presents a novel Ni-Co alloy coated QCM biosensor fabricated by electroplating nickel and cobalt on the surface of 10-MHz AT-cut QCM. The biotin was immobilized on the coated surface by the affinity mechanism of Ni-Co alloy. Then, the immunoreactions can be performed on the QCM biosensors. The results show that the Ni-Co alloy coated QCM biosensor can provide specific binding with His-tagged...
To explore the nanoparticles-dependent signaling pathways is a rapidly growing research field. Here, we globally elucidate the regulation modules of cellular molecules by using graph-based representation of complex networks. We have packed some useful bioinformatics methods (Matlab Simbiology and Pathway Studio) into an integrated system for graph-based representation and complex networks modeling...
In this study, a Ni-Co alloy coated protein chip was fabricated by means of electrodepositing nickel and cobalt on the substrate surface. The protein was immobilized on the coated surface by the affinity mechanism of nickel and cobalt which belong to the intermediate metal group. Then, the immunoreaction can be performed on the chip. The results show that the alloy coating belongs to abnormal codeposition...
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