Q. Peng, J.-G. Wu, R. D. Soloway, T.-D. Hu, W.-D. Huang, Y.-Z. Xu, L.-B. Wang, X.-F. Li, W.-H. Li, D.-F. Xu, G.-X. Xu
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引用次数: 16
Abstract
This is the first observation that both chaotic and periodic patterns are formed in metal ions-deoxycholate-gel systems. It is an in vitro model for approximating the conditions present during gallstone formation. The experimental results suggest that a nonlinear scientific concept such as the “butterfly effect” should be considered in understanding gallstone formation. This effect suggests that a butterfly flapping its wings in Beijing today may lead to a thunderstorm in New York months later. Applying this concept to biology, minor changes in the local chemical environment within biological systems may lead to large variations in the structure and morphology of gallstone through changes in the behavior of biological mineralization process. © 1997 John Wiley & Sons, Inc. Biospect 3: 195–205, 1997
胆盐系统中与胆结石形成有关的周期性和混沌沉淀现象
这是第一次观察到在金属离子-脱氧胆碱-凝胶体系中同时形成混沌和周期性模式。它是一种体外模型，用于近似胆囊结石形成过程中存在的条件。实验结果表明，在理解胆结石形成时应考虑“蝴蝶效应”等非线性科学概念。这种效应表明，今天一只蝴蝶在北京扇动翅膀，可能会导致几个月后纽约出现一场雷暴。将这一概念应用于生物学，生物系统内局部化学环境的微小变化可能通过生物矿化过程行为的改变导致胆结石结构和形态的巨大变化。©1997 John Wiley &儿子,Inc。中国生物医学工程学报(英文版)，1997
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