| Mission Software Resources Contact | ||
Institution address
Folkhälsan Inst of Genetics, Folkhälsan Research Center; Haartmaninkatu 8, Biomedicum 1; P.O. Box 63, FI-00014; Univ of Helsinki, Finland
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MelikerionThe integration of numerous sources of biochemical and clinical information sets a challenge to the medical scientists who are striving for a deeper understanding of human disease mechanisms. Classical reductionist approaches often overlook non-linearity and rely on univariate diagnostic criteria as targets of inference, which may prevent the detection of complex multi-dimensional interactions. Unsupervised analysis of the regularities within a dataset is the first step in transforming the measurements into usable knowledge, but estimating the statistical significance of the observed patterns is often difficult.
One of the design goals was to make the method accessible to the scientific community, with minimal software production costs. We therefore made the first version on the Matlab programming environment, and utilized the SOM Toolbox as the computational core, but have now expanded compatibility to the open source equivalent Octave with a revised SOM core. The most convenient way to try MeliKerion is via the online system, which will also produce a full complement of visualizations automatically. We hope that this way also those researchers who are not familiar with the Matlab/Octave environment will be able to benefit from our work.
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LinksOnline versionDocumentation Source code
ReferencesMetabolic phenotypes, vascular complications, and premature deaths in a population of 4,197 patients with type 1 diabetes. Diabetes. 2008 Sep;57(9):2480-7
Version historyCurrent code is compatible with GNU Octave 3.0.1 on Ubuntu Linux.
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| Updated 2010-12-13 by webmaster. | ||