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Parallel molecular dynamics simulation of lysozyme hydration on IBM blade center cluster

机译:IBM刀片中心集群上溶菌酶水合的并行分子动力学模拟

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A new Beowulf Clusters with IBM blade HS22 and DELL PC 755 has been built to perform parallel atomistic MD simulations. Lysozyme hydration was used as a model system to evaluate the system performance with different numbers of CPUs and nodes with AMBER suite. The efficiency reaches around 70% of the theoretical value. From our simulation, about 771 water molecules are found to be bound on lysozyme surface at 300K within the first hydration shell within first hydration shell.
机译:已经构建了带有IBM刀片HS22和DELL PC 755的新Beowulf集群,以执行并行原子MD模拟。溶菌酶水合用作模型系统,以评估带有AMBER套件的不同数量CPU和节点的系统性能。效率达到理论值的70%左右。通过我们的模拟,发现在第一个水合壳内的第一个水合壳内,在300K内,约771个水分子与溶菌酶表面结合。

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