Bul'enkov N A
Biofizika. 2005 Sep-Oct;50(5):934-58.
A model of the process of determined system self-organization based on system-forming modular water structures is proposed. The arrangement and symmetry of these structures, described by the symmetry groups entanglement, matches the basic principles of system self-organization: "system of systems", "recognition", "all-or-none". Crystallography modular generalization engulfs all stable forms of condensed state, including the bound water structures--matrices for the self-organization of biological systems. The bound water structures, besides being matrices, accomplish the metric selection of other structural components of biological systems capable of self-organization into a whole system by creating numerous directed weak bonds among them.
提出了一种基于形成系统的模块化水结构的确定系统自组织过程模型。这些结构的排列和对称性由对称群纠缠描述，符合系统自组织的基本原理：“系统之系统”、“识别”、“全或无”。晶体学模块化概括涵盖了凝聚态的所有稳定形式，包括结合水结构——生物系统自组织的基质。结合水结构除了作为基质外，还通过在它们之间形成大量定向弱键，对能够自组织成一个完整系统的生物系统的其他结构成分进行度量选择。
