Matches in Nanopublications for { ?s ?p ?o <http://rdf.disgenet.org/resource/nanopub/NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_provenance>. }
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- source_evidence_literature type ECO_0000212 NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_provenance.
- source_evidence_literature label "DisGeNET evidence - LITERATURE" NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_provenance.
- source_evidence_literature comment "Gene-disease associations inferred from text-mining the literature." NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_provenance.
- NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_assertion description "[In cancer stem cells, not only amplification, but also MET physiological expression, inherited from the cell of origin (a stem/progenitor), can contribute to tumorigenesis and therapeutic resistance, by sustaining the inherent self-renewing, self-preserving and invasive growth phenotype.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_provenance.
- NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_assertion evidence source_evidence_literature NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_provenance.
- NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_assertion SIO_000772 25305631 NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_provenance.
- NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_assertion wasDerivedFrom befree-2016 NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_provenance.
- NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_assertion wasGeneratedBy ECO_0000203 NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_provenance.
- befree-2016 importedOn "2016-02-19" NP1228421.RAj45LqD0BYV86-WXug6emTDaEXsQKqbF1uI5zmNBV_Hw130_provenance.