Matches in Nanopublications for { ?s ?p ?o <http://rdf.disgenet.org/resource/nanopub/NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_provenance>. }
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- source_evidence_predicted type ECO_0000266 NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_provenance.
- source_evidence_predicted label "DisGeNET evidence - PREDICTED" NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_provenance.
- source_evidence_predicted comment "Gene-disease associations inferred from animal model manually asserted gene-disease associations." NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_provenance.
- NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_assertion description "[We found that both the activity and expression at the protein and RNA levels of major DNA glycosylases, endonuclease III and 8-oxoguanine DNA-glycosylase, which initiate the excision and repair of oxidized bases, were significantly altered during the acute (16-18 weeks) and early chronic (24 weeks) phases of hepatitis.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_provenance.
- NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_assertion evidence source_evidence_predicted NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_provenance.
- NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_assertion SIO_000772 14633694 NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_provenance.
- NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_assertion wasDerivedFrom rgd-2016 NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_provenance.
- NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_assertion wasGeneratedBy ECO_0000218 NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_provenance.
- rgd-2016 importedOn "2016-01-25" NP58876.RAF3XGt_sA_gqqrg82X2GJL6F-GPtr6B3wDc21aWPIb28130_provenance.