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. 2015 Sep 22;43(20):10081. doi: 10.1093/nar/gkv974

QmRLFS-finder: a model, web server and stand-alone tool for prediction and analysis of R-loop forming sequences

Piroon Jenjaroenpun, Thidathip Wongsurawat, Surya Pavan Yenamandra, Vladimir A Kuznetsov
PMCID: PMC4787779  PMID: 26400173

Nucl. Acids Res. 43 (W1): W527–W534. doi:10.1093/nar/gkv344

The authors wish to make the following corrections to their article:

In Table 1, the column heading ‘Cell line’ should be replaced by ‘Cell line/Cell type’. In the first line of the table, the ‘human epithelial carcinoma’ cell type is incorrect and should be ‘primary mammalian B lymphocytes’. A new Table 1 is presented below.

Table 1. Comparison of QmRLFS-finder prediction with experimental R-loop detection.

Gene Cell line/Cell type Reference R-loop identification method R-loop forming signal RLFS predicted by QmRLFS-finder
Immunoglobulin* Primary mammalian B lymphocytes (12) R-loop foot-printing + +
MYC In vitro (7,8) electron microscopy and mutagenic action of AID + +
BCL6 In vitro (13) electron microscopy + +
RHOH In vitro (13) electron microscopy + +
ACTB** Hela (14) DRIP-qPCR + +
FMR1 Fibroblast/Fragile X Syndrome patient GM03200 (9,10) DRIP-qPCR and R-loop foot-printing + +
SNRPN Ntera2 (11) DRIP-seq and R-loop foot printing combined to RNase H digestion + +
HK2 Ntera2 (11) DRIP-seq + +
CHTF8 Ntera2 (11) DRIP-seq + +
CIRH1A Ntera2 (11) DRIP-seq + +
APOE Ntera2 (11) DRIP-seq and R-loop foot-printing combined to RNase H digestion + +
FHIT*** B-cell (15) Overexpressed or knocked down RNase H + +
FLC Arabidopsis (18) DRIP-qPCR and R-loop foot-printing +
Pkd2l1** Mouse testes (17) DRIP-PCR + +
Foxo4** Mouse testes (17) DRIP-PCR + +
Airn Mouse embryonic stem cell (11) R-loop foot-printing + +
C9orf72 In vitro (16) RNase H digestion + +
JTB SKOV3 in-house study DRIP-qPCR
PPMD1 SKOV3 in-house study DRIP-qPCR
TP53 SKOV3 in-house study DRIP-qPCR
PBX1 SKOV3 in-house study DRIP-qPCR +
PTEN SKOV3 in-house study DRIP-qPCR + +

+: positive signal; −: negative signal; *switch region; **3′ end; ***fragile site FRA3B on chromosome 3.

The results and conclusion of the article are not affected and remain valid. The authors apologise to the readers for the inconvenience caused.


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