首页> 外文会议>12th Symposium on Bioluminescence and Chemiluminescence, Apr 5-9, 2002, Robinson College, University of Cambridge, UK >TESTING OF THE COMPUTER MODELS PREDICTIVE POWER FOR THE LINGULODINIUM (GONYAULAX) POLYEDRA BIOLUMINESCENCE CIRCADIAN SYSTEM (PRELIMINARY REPORT)
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TESTING OF THE COMPUTER MODELS PREDICTIVE POWER FOR THE LINGULODINIUM (GONYAULAX) POLYEDRA BIOLUMINESCENCE CIRCADIAN SYSTEM (PRELIMINARY REPORT)

机译:灵DIN(聚己内酰胺)聚爱德华生物发光后代系统的计算机模型预测功率的测试(初步报告)

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摘要

The unicellular marine dinoflagellate Lingulodinium polyedra (Gonyaulax polyedra) is one of the classic circadian model organisms. It exhibits many different circadian rhythms, among others a circadian rhythm in bioluminescence. Recent findings suggest circadian control of the input pathways of the L. polyedra circadian system. A mathematical model was proposed by Roenneberg et al. implementing these new findings into the clockwork mechanism, but without reference to other proposed models. The aim of this study is to modify an existing algorithm for modelling circadian oscillators by adding an autoregulatory feedback loop as part of the input pathway and comparing the outcome of simulations with experimental data of L. polyedra bioluminescence rhythms.
机译:单细胞海洋鞭毛鞭毛多翅目(Gonyaulax polyedra)是经典的昼夜节律模型生物之一。它表现出许多不同的昼夜节律,尤其是生物发光中的昼夜节律。最近的发现表明,昼夜节律控制多角线虫昼夜节律系统的输入途径。 Roenneberg等人提出了一个数学模型。将这些新发现应用于发条机制,但未参考其他提议的模型。这项研究的目的是通过添加自动调节反馈回路作为输入路径的一部分,并将模拟的结果与多角线虫生物发光节律的实验数据进行比较,从而修改用于对生物钟振荡器进行建模的现有算法。

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