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Molecular Dynamics Simulation of Complex Phase Transition of Clathrate Hydrates in Living Body

机译:活体内笼形水合物复杂相变的分子动力学模拟

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It is very important to keep the volume of intracellular through organ preservation. We focused the structure of intracellular water.Because this report is a precursor study for new organ preservation technology, we defined the system contains only water and hydrogen molecules. The calculation was done by a code of molecular dynamics method; MXDTRICL. We made a new suggestion of possibility to suppress the change of intracellular volume if the water molecules construct the crystal of clathrate hydrates.For future prospects, we have to find the best guest molecules and their condition for making effective clathrate in the cell.
机译:通过器官保存来保持细胞内的体积非常重要。我们重点研究了细胞内水的结构。由于本报告是新器官保存技术的先驱研究,因此我们定义了该系统仅包含水和氢分子。计算是通过分子动力学方法的代码完成的。 MXDTRICL。我们提出了一个新的建议,即如果水分子构建笼形水合物的晶体,可能会抑制细胞内体积的变化。对于未来的前景,我们必须找到最佳的客体分子及其在细胞中形成有效笼形体的条件。

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