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RLIMS-P: Rule-based LIterature Mining System for Protein Phosphorylation Tutorial

The RLIMS-P is a rule-based text-mining program specifically designed to extract protein phosphorylation information on protein kinase, substrate and phosphorylation sites from the abstracts (Hu et al., 2005).

The program was originally developed by Narayanaswamya, Ravikumara, and Vijay-Shankerb (2005), and was tested and benchmarked by PIR using iProLINK annotated datasets (Hu et al., 2004). The RLIMS-P program is now adopted at PIR and being developed into an online text mining tool for extracting protein phosphorylation information from PubMed literature.

The online RLIMS-P (Yuan et al., 2006) currently provides the following functions to: 1) determine whether the MEDLINE abstract contains protein phosphorylation information and to extract protein kinase, protein substrate and phosphorylation site/residue when available; 2) tag extracted phosphorylation objects in the abstract in different colors; 3) map the protein substrate to UniProtKB protein entries based on PMID; 4) map protein names to UniProtKB protein entries based on BioThesaurus.

RLIMS-P Search Form
Enter PubMed IDs (PMIDs) delimited by "," or space, e.g., 2108025, 16436437...
 

When input exceeds 100 PMIDs, the process may take up to 1 to 2 minutes. Sample output

a. Anna University AU-KBC Research Centre, India.
b. University of Delaware Department of Computer and Information Science.

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Last revised 4/5/06



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