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NOISE AND OSCILLATIONS IN BIOLOGICAL SYSTEMS: MULTIDISCIPLINARY APPROACH BETWEEN EXPERIMENTAL BIOLOGY, THEORETICAL MODELLING AND SYNTHETIC BIOLOGY

机译：生物系统中的噪声和振荡：实验生物学，理论建模与合成生物学之间的多学科方法

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Rapid progress of experimental biology has provided a huge flow of quantitative data, which can be analyzed and understood only through the application of advanced techniques recently developed in theoretical sciences. On the other hand, synthetic biology enabled us to engineer biological models with reduced complexity. In this review we discuss that a multidisciplinary approach between this sciences can lead to deeper understanding of the underlying mechanisms behind complex processes in biology. Following the mini symposia "Noise and oscillations in biological systems" on Physcon 2011 we have collected different research examples from theoretical modeling, experimental and synthetic biology.

机译：实验生物学的快速进展提供了巨大的定量数据流量，只能通过在理论科学中最近开发的先进技术的应用来分析和理解。另一方面，合成生物学使我们能够降低复杂性的工程生物模型。在这篇综述中，我们讨论了本科学之间的多学科方法可能导致对生物学中复杂过程背后的潜在机制深入了解。在Physcon 2011上的迷你讨论会“生物系统中的噪声和振荡”之后，我们从理论建模，实验和合成生物学中收集了不同的研究实例。

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《Internationa Conference on Physics and Control》|2012年||共12页
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作者
E. ULLNER; S. ARES; L. G. MORELLI; A. C. OATES; F. JULICHER; E. NICOLA; R. HEUSSEN; D. WHITMORE; K. BLYUSS; M. FRYETT; A. ZAKHAROVA; A. KOSESKA; N. R. NENE; A. ZAIKIN;
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中图分类自动控制理论;
关键词
Systems biology; synthetic biology; nonlinear dynamics;

机译：系统生物学;合成生物学;非线性动力学;

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1. Noise and oscillations in biological systems: Multidisciplinary approach between experimental biology, theoretical modelling and synthetic biology (Conference Paper) [J] . Ullner E., Ares S., Morelli L.G., International Journal of Modern Physics, B. Condensed Matter Physics, Statistical Physics, Applied Physics . 2012,第25期

机译：生物系统中的噪声和振荡：实验生物学，理论建模和合成生物学之间的多学科方法（会议论文）
2. How to integrate biological research into society and exclude errors in biomedical publications? Progress in theoretical and systems biology releases pressure on experimental research [J] . Vadim Volkov Communicative & Integrative Biology . 2014,第1期

机译：如何将生物学研究融入社会并排除生物医学出版物中的错误？理论和系统生物学的进步为实验研究带来了压力
3. On the limitations of standard statistical modeling in biological systems: A full Bayesian approach for biology [J] . Gomez-Ramirez Jaime, Sanz Ricardo Progress in Biophysics and Molecular Biology: An International Review Journal . 2013,第1期

机译：关于标准统计学模型在生物系统中的局限性：生物学的完整贝叶斯方法
4. NOISE AND OSCILLATIONS IN BIOLOGICAL SYSTEMS: MULTIDISCIPLINARY APPROACH BETWEEN EXPERIMENTAL BIOLOGY, THEORETICAL MODELLING AND SYNTHETIC BIOLOGY [C] . E. ULLNER, S. ARES, L. G. MORELLI, Internationa Conference on Physics and Control . 2012

机译：生物系统中的噪声和振荡：实验生物学，理论建模与合成生物学之间的多学科方法
5. The cytoskeleton, secreted peptides, and disease models: A multidisciplinary approach to yeast cell biology. [D] . Cummings, Craig Anthony. 2000

机译：细胞骨架，分泌的肽和疾病模型：酵母细胞生物学的多学科方法。
6. How to integrate biological research into society and exclude errors in biomedical publications? Progress in theoretical and systems biology releases pressure on experimental research [O] . Vadim Volkov 2014

机译：如何将生物学研究融入社会并排除生物医学出版物中的错误？理论和系统生物学的进步为实验研究带来了压力
7. Noise and oscillations in biological systems: multidisciplinary approach between experimental biology, theoretical modelling and synthetic biology [O] . Ullner, E., Nicola, Ernesto M., Zaikin, A. A. 2012

机译：生物系统中的噪声和振荡：实验生物学，理论建模和合成生物学之间的多学科方法

NOISE AND OSCILLATIONS IN BIOLOGICAL SYSTEMS: MULTIDISCIPLINARY APPROACH BETWEEN EXPERIMENTAL BIOLOGY, THEORETICAL MODELLING AND SYNTHETIC BIOLOGY

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