skp

Conclusion : The Skp induced the chemotactic response of monocytes and PMNs .

结论：Skp是一种细菌源性的趋化因子。

Results : Skp attracted PMNs and monocytes as in the cases of the other chemotactic factors .

结果：Skp对单核细胞和分叶核白细胞具有趋化活性。

Leukocyte chemotaxis induced by bacterial chaperone protein Skp

细菌伴侣蛋白Skp诱导白细胞趋化作用的研究

Based on theoretical analysis on performance improvement , a prefetch algorithm SKP based on a performance modeling is developed . The improvement in access time can be maximized .

在对性能改进的理论分析后，设计了一个基于性能模型的推测预取存取算法（SKP），并对算法作了改进，达到存取时间改进的最大化。

Combination of SKP and SAM can be used to detect the changes of corrosion potential and micro-regions in the interface of coated metals .

结合SKP和SAM两种技术能够更深入认识涂层金属发生腐蚀过程中腐蚀电位及腐蚀区域的发展变化。

The experiments on some real datasets demonstrate that the proposed SKP can solve nonlinear classification efficiently . Moreover , it has the original advantage of simple calculation and fast speed .

实际数据库的测试结果表明，SKP算法能够有效地解决非线性问题，并且继承了感知机运算简单速度快的优点。

Objective : To verify whether bacterial chaperone protein Skp can induce the chemotactic responses on monocytes and polymorphonuclear leukocytes ( PMNs ) or not .

目的：证明大肠杆菌伴侣蛋白Skp诱导单核细胞和分叶核白细胞产生趋化运动。

Results The results indicated that Skp induced the receptor activation by a two-step binding mechanism as an intrinsic mediators , sharing the binding site of the receptor among them at each binding step .

结果Skp对单核细胞和PMN具有趋化活性。其作用于C5a受体，也通过两步结合机制使受体活化。

Based on this fact , we propose a Soft Kernel Perceptron ( SKP ) in terms of L2 norm , in which the regular perceptron is directly employed to solve the linearly separable problem determined by L2 norm soft margin algorithms .

基于这一事实，提出一种基于L2范数的软核感知机（SoftKernelPerceptron，SKP），将感知机算法直接用于求解L2范数软边缘算法决定的线性可分问题。