Analysis of the target protein which interacts with an anti-fouling isocyanide and proteomic analyses when anti-fouling substances acted against to the barnacle cyprid

生物有机研究进行了阐明的机制表达的防污活性对cyprid幼虫的藤壶。对防污活性异氰化合物作用的靶蛋白进行了分析，并对防污活性异氰化合物作用于藤壶的蛋白质组学进行了研究。结果表明，有一个53 KDa的蛋白质与异氰基化合物相互作用。

Bio-organic studies were carried out to elucidate the mechanism for the expression of anti-fouling activity against the cyprid larva of the barnacle. Analysis of the target protein which interacts with anti-fouling active isocyanides and proteomic analyses when anti-fouling substances acted to the barnacle cyprids were examined. As a result, it was suggested that there was a 53 KDa protein which interacts with an isocyano compounds.