Erratum: A guide to computational methods for g-quadruplex prediction (Nucleic Acids Research (2019) (gkz1097) DOI: 10.1093/nar/gkz1097)

Abstract

During the preparation of the revised version of this survey, another relevant article appeared in Bioinformatics. For completeness, a citation has been added to the end of the Concluding Remarks: . . . Currently, two algorithms are designed to predict higher-order, or multimeric, quadruplex structures: G4-iM Grinder, also intended as a tool for i-motif identification (98); and QPARSE, a tool specifically developed for the prediction of both multimeric quadruplex structures and G4s with long, hairpin loops (113). This addition does not affect the results and conclusion of the study.