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Predictive Modeling and Integrative Physiology: The Physiome Projects

机译:预测建模和综合生理学:生理学项目

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The fundamental paradigm in physiological research is integration. Biological researchers are now ready to define for a species a mathematical construct, the Physiome, the all-encompassing quantitative model of an organism. The goal of the human Physiome project is improved health care, through deep understanding of the organism, all the way down to the genes, reconciling contradictions and clarifying cause and effect. The strategies for accomplishing this long term aim include the systematic gathering of old and new knowledge into shared databases, and integrating the information into self consistent, reproducible, mathematical models. Multiscale models, for practicality, cover only a few levels at a time. Beginning at the middle level, the cell, where the knowledge base is largest and most secure, and the elements well defined as functional biophysical/biochemical modules, the plan is to work up to the organism level and down to the gene level, in the end providing clear linkages between phenotype and the genome.
机译:生理学研究的基本范式是整合。现在,生物学研究人员已经准备好为一个物种定义一个数学构建体,即Physiome,即一种有机体的全部定量模型。人类生理组项目的目标是通过深入了解生物体,一直深入到基因,调和矛盾并弄清因果关系,改善医疗保健。实现此长期目标的策略包括将新旧知识系统地收集到共享数据库中,并将信息集成到自洽,可重现的数学模型中。出于实用性考虑,多尺度模型一次仅覆盖几个级别。从中间层开始,即知识库最大,最安全的单元,以及被明确定义为功能性生物物理/生化模块的单元,该计划是要在整个过程中达到生物体水平,再到基因水平。末端在表型和基因组之间提供清晰的联系。

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