Computational Predictions For Functional Proteins Working After Cleaved In Apoptotic Pathway

CISIS: 2009 INTERNATIONAL CONFERENCE ON COMPLEX, INTELLIGENT AND SOFTWARE INTENSIVE SYSTEMS, VOLS 1 AND 2(2009)

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摘要
Protein cleavage by a caspase enzyme is observed in many pathways including apoptosis pathway, which induces protein modifications such as N-myristoylation. By exhaustive search of NCBI GenBank database based on the information in Peptide Cutter website, we have identified a protein very likely to control apoptosis after N-myristoylation which is caused by the cleavage by caspase-8. To find more rules for sequences cleaved by caspase enzymes, we conducted computational experiments using the machine learning system BONSAI, and extracted some characteristic sequences involving serine-threonine kinase motif. This suggests the new possibility that the machine learning technique finds the significant sequence such as the recognition site of the enzyme.
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learning artificial intelligence,sequences,decision trees,databases,computational intelligence,machine learning,amino acids,exhaustive search,indexing,proteins,protein modification,signal processing,proteomics,enzyme,biochemistry,computer experiment,protein engineering,biology,competitive intelligence
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