A methodology was proposed to develop an original computer-aided multiagent model of chemicophysiological processes in the human gastrointestinal tract (GIT) as a complex living biochemical system (LBCS), which simulates chemicophysiological processes of interaction of biologically active parts and organs of GIT in models of intelligent organoid agents. The model vividly represents chemicophysiological processes of the complex LBCS as a whole and also predicts its viability and homeostasis in cases of various physiological and biochemical external actions, internal abnormalities, and malfunctioning of GIT organs.

中文翻译：

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作为活生化系统的人体胃肠道化学生理过程的计算机辅助多代理模型

提出了一种方法来开发人类胃肠道 (GIT) 化学生理过程的原始计算机辅助多代理模型作为复杂的活生化系统 (LBCS)，它模拟模型中 GIT 的生物活性部位和器官相互作用的化学生理过程智能类器官代理。该模型形象地将复杂 LBCS 的化学生理过程作为一个整体，并预测了其在各种生理生化外部作用、内部异常和 GIT 器官功能障碍的情况下的生存能力和稳态。