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diff --git a/biblio/25209798.mdwn b/biblio/25209798.mdwn
index f95f9b7af5b297aca9e73d011c10050c1e4ff344..0c95e81050a1407e6438a8ca7eb14736f79393c2 100644 (file)
--- a/biblio/25209798.mdwn
+++ b/biblio/25209798.mdwn
@@ -20,4 +20,4 @@ Nature. 2014 Sep 11;513(7517):195-201. doi:10.1038/nature13679
 
 Gibbon genome and the fast karyotype evolution of small apes.
 
-[[!pmid 25209798 desc=""“We identified 96 gibbon–human synteny breakpoints in Nleu1.0.”  “Segmental duplication enrichment was the best predictor of gibbon–human synteny breakpoints,[...] however, breakpoints were also enriched for Alu elements.”  “ The majority of gibbon chromosomal breakpoints bore signatures of non-homology based mechanisms.” “We observed an enrichment of gibbon–human breakpoints in CTCF-binding events.”]]
+[[!pmid 25209798 desc="“We identified 96 gibbon–human synteny breakpoints in Nleu1.0.”  “Segmental duplication enrichment was the best predictor of gibbon–human synteny breakpoints,[...] however, breakpoints were also enriched for Alu elements.”  “ The majority of gibbon chromosomal breakpoints bore signatures of non-homology based mechanisms.” “We observed an enrichment of gibbon–human breakpoints in CTCF-binding events.”"]]