Systems Biology
Machine learning in systems biology at different scales : from molecular biology to ecology
... of systems biology the dominant contemporary question is about the structure of organization of a biological system that can involve the temporal ...
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Advancing Systems Biology for Medical Applications
... A core component of medical systems biology is the ability to create dynamic models of biological processes. Several fundamental biological processes play a central role in more than one of the diseases ...
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Systems Biology: a Grand Challenge for Europe
... on Systems Biology in 2004-2005, involving an international high-level expert group, whose members agreed upon specific recommendations dedicated to the recent needs and requirements of European ...
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Nutritional systems biology of type 2 diabetes
... nutritional systems biology studies in T2D testifies to the power of omics technologies in discovering novel biomarkers that can be used to diagnose, predict, and monitor the progress of diabetes as well as ...
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Bridging the gap between systems biology and medicine
... in systems biology and potential extension to the clinical arena through the construction of “diseasomes” ...biologic systems and guiding clinical practice? Are current approaches adequately repre- ...
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Modelling Systems Biology: Intertwinement and the ‘Real'
... of systems biology to transform itself in systems biomedicine, several of the scientists’ presentations showcase the com- putational modelling methods they are ...
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Systems Biology and Pangenome of Salmonella O Antigens
... Pan-STM.v1.2 accurately predicts the serogroup of Salmonella strains. To vali- date our reconstruction, we used a data set of 663 genomic sequences covering a range of 28 serogroups (Table S2). Of these, 410 are complete ...
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Systems biology from virus to humans
... Natural infection and then recovery are considered to be the most effective means for hosts to build protective immunity. Thus, mimicking natural infection of pathogens, many live attenuated vaccines such as influenza ...
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Design Explanation in Systems Biology and Design Principles
... Green and Jones made a comment on Ma’s finding that both the negative feedback loop and the incoherent feedforward loop are possible structures that can achieve then same function – robust perfect adaptation. Although ...
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Engineering Methodologies and Design Concepts for Systems Biology
... This research also presents a component concentration and kinetic parameter esti- mation algorithm based on an optimal control solution to a least-squares estimation prob- lem. The proposed estimation algorithm builds ...
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Systems biology for identifying liver toxicity pathways
... work. Briefly, toxicity-relevant genes were identified using genetic algorithm coupled partial least squares analysis (GA/PLS) and toxicity pathways were subsequently recon- structed based upon the expression of the ...
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Identification of longevity genes with systems biology approaches
... Abstract: Identification of genes involved in the aging process is critical for understanding the mechanisms of age-dependent diseases such as cancer and diabetes. Measuring the mutant gene lifespan, each missing one ...
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The ethos of Systems Biology as big science. Big Science - a characteristic feature of systems biology? How and why does it matter?
... The ethos of Systems Biology as big science Big Science - a characteristic feature of systems?. biology.[r] ...
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Systems-biology dissection of eukaryotic cell growth
... This is a rich dataset. The analyses to date have largely focused on a highlevel analysis of groups of genes with common GO annotations. This revealed that limiting each of the four nutrients tended to induce responses ...
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Understanding Quantitative Genetics in the Systems Biology Era
... to systems quantitative genetics but being mainly solved from the view of molecular quantitative genetics have been done ...of systems quantitative ...of systems biology and quantitative ...
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Light microscopy applications in systems biology: opportunities and challenges
... in systems biology are the analysis of complex high-level structures such as whole organisms and the rise of experiments with ever increasing ...biological systems such as embryos and brains requires ...
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Dupuytren's: a systems biology disease
... unknown. Systems biology combines mechanistic modelling with quantitative experimentation in studies of networks and better understanding of the interaction of multiple components in disease ...Adopting ...
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Modeling formalisms in Systems Biology
... complex systems that emerge from the fundamental building blocks of life. Systems Biology (SB) is a field of science that studies these complex phe- nomena currently, mainly at the cellular level ...
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Interactomes, manufacturomes and relational biology: analogies between systems biology and manufacturing systems
... anticipatory systems, or long-range feed-forward chemical reaction chains, and compare them to open-loop manufacturing ...metabolism-repair systems and describe the rationality of the self-referential ...
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Enactments of Systems Biology
... that systems biology is, it is still fluid enough for participation to make a ...of systems biology are indeterminate, and could develop in different ...
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