首页> 外文会议>European Conference on Advances in Artificial Life(ECAL 2005); 20050905-09; Canterbury(GB) >Effects of Spatial Growth on Gene Expression Dynamics and on Regulatory Network Reconstruction
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Effects of Spatial Growth on Gene Expression Dynamics and on Regulatory Network Reconstruction

机译:空间生长对基因表达动力学和调控网络重构的影响

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摘要

Morphogenesis and the spatial structure of an organism have repercussions on gene expression. These effects can influence the results of regulatory network reconstruction. An integrated, flexible and extensible computational framework for modelling gene expression dynamics within spatially growing structures is developed and used as a test system for evaluating a reconstruction algorithm. With complex morphological structures, significant effects of spatial organisation on the reconstruction process are observed. The results also reveal that stronger regulatory interactions result in more frequent cases of indirect regulation, posing a challenge for accurate network reconstruction.
机译:生物的形态发生和空间结构会对基因表达产生影响。这些影响会影响监管网络重建的结果。开发了一种集成的,灵活的和可扩展的计算框架,用于对空间增长的结构内的基因表达动力学进行建模,并将其用作评估重建算法的测试系统。对于复杂的形态结构,可以观察到空间组织对重建过程的显着影响。结果还表明,加强监管互动会导致更频繁的间接监管案例,这对准确的网络重建构成了挑战。

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