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Review Why Are Computational Neuroscience and Systems Biology So Separate? Erik De Schutter1,2* 1 Computational Neuroscience Unit, Okinawa Institute of Science and Technology, Japan, 2 Theoretical Neurobiology, Universi
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Document Date: 2014-02-10 10:38:33


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Cambrdige / Boca Raton / San Mateo / Bota Racon / Washington / Seattle / New York / Berlin / /

Company

Mayo AE / Kitano H (2002) Systems / Cambridge University Press / MIT Press / Proc Natl Acad Sci U S A / CRC Press / Cerebellar LTD / Oxford University Press / Zvelebil M (2006) Resources / Oppenheim AB / Creative Commons / Stanford University Press / Kriete AE / Technology Promotion Company / /

Country

Japan / United Kingdom / Belgium / Jordan / /

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Facility

University of Illinois Press / University of Antwerp / Okinawa Institute of Science / University College London / /

IndustryTerm

information processing / large-scale neuronal networks / biological reaction-diffusion systems / software infrastructure / genetic and molecular networks / biochemical reaction systems / neural networks / rate law / analyzed using information theoretic tools / software packages / software development / dynamical systems / diffusion systems / connected networks / neural network / neuroscience modeling software / respective software landscapes / neural information processing / coupled chemical reactions / biological and chemical properties / Web-based collaboration tools / simulator software development / high dimensional information processing problems / nervous systems / neural simulator software packages / biological systems / large networks / distributed computing / neural systems / software expertise / computational neuroscience software / large neural networks / metadata infrastructure / online information / neural information processing systems / sensory communications / neuronal modeling software / software programs / heterogeneous networks / mature software development tools / e-cell / genetic and biochemical networks / chemical organization / learning algorithm / gene networks / /

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Linux / /

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Society for Exp Biol / Cambridge University / Okinawa Institute of Science / Okinawa Institute of Science and Technology / University of Illinois Press / University of Antwerp / Antwerp / UCSD / Institute for Neural Computation / Oxford University / University College London / MIT / Institute for Systems Biology / Computational Neuroscience Unit / Stanford University / Stanford / /

Person

Werner Reichardt / John Eccles / Van Helden / Erik De Schutter / Louis Lapicque / Alan L. Hodgkin / Van Hemmen / Frank Rosenblatt / Wilfrid Rall / Karl J. Friston / John Wiley / Ruyter van Steveninck / Andrew F. What Are Computational Neuroscience / Norbert Wiener / Lee Hood / Donald Hebb / Morgan Kaufmann / Hiroaki Kitano / George Braziller / Ludwig von Bertalanffy / Ann N Y Acad Sci / /

Position

original author / general systems theory / General / mathematical model / representative / Editor / /

Product

canard / /

ProgrammingLanguage

RC / K / /

PublishedMedium

PLoS Computational Biology / Lecture Notes in Computer Science / /

Technology

Neuroscience / proteomics / 3-D / Linux / Human Genome / neural network / genomics / Bioinformatics / cell receptors / SImulation System / machine learning / http / simulation / /

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http /

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