Computational and Systems Biology
Computational systems biology of oxLDL induced macrophage foam cell formation A multilayer regulatory network analysis of atherogenic process
... Systems biology provides a framework for assembling models of biological systems from systematic ...in computational analyses of these data to map and model cell function ...in systems ...
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Workflow for data analysis in experimental and computational systems biology : using Python as glue
... One compelling aspect of this workflow is the ability to pass information from one Python software to another to create a versatile computational pipeline. For example, microtitre plate readers typically produce ...
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Optimization in computational systems biology via high performance computing techniques
... in computational systems ...in systems biology, the main application area considered ...these systems biology problems, which are typically very ill-conditioned and highly ...
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Workflow for Data Analysis in Experimental and Computational Systems Biology: Using Python as 'Glue'
... Bottom-up systems biology entails the construction of kinetic models of cellular pathways by collecting kinetic information on the pathway components ...many computational systems ...
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PeTTSy : a computational tool for perturbation analysis of complex systems biology models
... dynamical systems perturbation theory [1, ...dynamical systems locally in parameter space. In gen- eral the systems of interest are nonlinear and, unfortu- nately, a general global nonlinear theory ...
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Enactments of Systems Biology
... with systems biology was through a course I was invited to teach on interdisciplinary research ...of computational and systems biology offered opportunities to study the epistemology of ...
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Aromatase inhibitors and antiepileptic drugs: a computational systems biology analysis
... Conclusions: This study demonstrates that a pharmacophore search using a model based on aromatase inhibition and the enzyme ’ s structural features can be used to screen for new candidat[r] ...
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Stem cell biology meets systems biology
... and systems biological approaches for achieving a better understanding of stem cell behaviour and ...of computational and modelling methods in the field of stem cell biology was illustrated by the ...
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Chaste: An Open Source C++ Library for Computational Physiology and Biology
... Integrative Biology (GR/ S72023/01); EPSRC, Software for High Performance Computing project (EP/F011628/1); European Commission, Prediction of Drug Impact in Cardiac Toxicity (preDiCT), Framework 7 grant (DG-INFSO ...
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Modeling formalisms in Systems Biology
... There are some interesting reviews already published in the literature. However they usually focus only on parti- cular biological processes. An excellent review regarding the modeling of signaling pathways was ...
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Mechanical and Systems Biology of Cancer.
... techniques, computational algorithms, and higher performance computing will enable the development of multiscale, multiphysics models that can provide an integrated picture of the various scales and features of ...
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A primer on learning in Bayesian networks for computational biology
... in computational biology have taken advantage of BNs or, more generally, probabilistic graphical ...modelling, systems biology; gene expression analysis, biological data integration; protein– ...
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A Systems and Synthetic Biology Framework for Regulatory Systems
... Biological systems consist of large numbers of interacting components and involve processes operating across a variety of spatial, temporal and biological ...scales. Systems biology aims at ...
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Developing computational biology at meridian 23° E, and a little eastwards
... (essentially systems-biology type of cell simulations), one can envisage that we can start identifying the building blocks of biochemistry across evolutionary ...synthetic biology designs, where ...
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Multivariate Models and Algorithms for Systems Biology
... non-trivial computational bur- dens associated with Bayesian network ...design computational approaches for the structural inference of signaling pathways by incorporating signal transduction ...
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Journal of Systems Biology and Proteome Research
... biflavonoids, computational approach was adopted herein to build plausible binding models of amentoflavone with human α-glucosidase, 15-lipoxygenase and tyrosinase to provide insights into their precise ...
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Computational Programming for Product Designing in Synthetic Biology
... in systems biology ...of biology becomes ever more quantitative, it is important to take advantage of the plasticity of cell-free systems to test model predictions under simplified and minimal ...
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Computational and molecular biology approaches to viral replication and pathogenesis
... novel computational tools which allow one to search through databases, sift through hundreds to thousands of similar sequences, sort the sequences by any number of parameters, compare a subset of those sequences, ...
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Systems Biology of Platelet Activation
... (C) The neural network trained on the PAS experiments of ten donors was able to fit the measured average trinary experiment calcium traces of those ten donors with a correlation coeffi[r] ...
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Dupuytren's: a systems biology disease
... molecular biology, perhaps in the sense of a live model repository ...torrents. Systems biology modelling would serve as a way to organize the data rationally and effi ...the Systems ...
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