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. 2018 Feb 8;9:125. doi: 10.3389/fpls.2018.00125

Table 2.

List of rice, maize, and Arabidopsis DExD/H-RHs with homology to human and yeast DExD/H-box RHs which function as RBFs.

Human Yeast Rice Maize Arabidopsis
DDX3X Dbp1p OS03G0805200 C H Zm00001d007757 AT3G58510 (AtRH11)
DDX3Y Ded1p OS11G0599500 D Zm00001d007755 AT2G42520 (AtRH37) C
OS07G0202100 Zm00001d048924 C D H AT3G58570 (AtRH52) C
DDX5 Dbp2p OS01G0197200 D Zm00001d039452 AT1G55150 (AtRH20)
DDX17 OS01G0911100 C D Zm00001d042416 AT5G63120 (AtRH30) C
DDX10 Dbp4p OS07G0517000 Zm00001d006497 D AT5G54910 (AtRH32) C H
DDX18 Has1p OS03G0802700 H Zm00001d013056 C AT3G18600 (AtRH51) C H
OS06G0535100 Zm00001d023501 AT5G65900 (AtRH27) H
DDX21 N/A OS09G0520700 C D H Zm00001d006160 C D AT5G62190 (AtRH7) C
DDX50 Zm00001d021196
DDX24 Mak5p OS04G0510400 D H Zm00001d003031 C AT3G16840 (AtRH13) C H
DDX27 Drs1p OS12G0481100 H Zm00001d006113 D AT4G16630 (AtRH28)
Zm00001d021127
DDX31 Dbp7p OS05G0110500 D Zm00001d010225 AT2G40700 (AtRH17) C H
DDX41 N/A OS02G0150100 Zm00001d047502 AT5G51280 (AtRH35)
OS06G0697200 D AT4G33370 (AtRH43) C
DDX47 Rrp3p OS03G0669000 (TOGR1) D H Zm00001d014787 C AT5G60990 (AtRH10) H
OS07G0660000
DDX48 Fal1p OS01G0639100 Zm00001d018542 AT3G19760 (AtRH2)
OS03G0566800 Zm00001d051840 AT1G51380 (AtRH34) C H
DDX49 Dbp8p OS07G0633500 Zm00001d022246 AT1G16280 (AtRH36) C
DDX51 Dbp6p OS02G0795900 H Zm00001d018375 AT4G15850 (AtRH1)
DDX52 Rok1p OS07G0647900 H Zm00001d022356 AT3G09720 (AtRH57) H
Zm00001d022360 C D
DDX54 Dbp10p OS08G0416100 C H Zm00001d050315 AT1G77030 (AtRH29) C
DDX55 Sbp4p OS01G0164500 D H Zm00001d039746 AT5G05450 (AtRH18)
AT1G71370 (AtRH49) S
DDX56 Dbp9p OS03G0728800 H Zm00001d013358 AT4G34910 (AtRH16) C H
DHX15 Prp43p OS03G0314100 D Zm00001d028923 AT3G62310 (DEAH2)
Zm00001d047601 AT2G47250 (DEAH3)
DHX37 Dhr1p OS02G0736600 Zm00001d017967 D AT1G33390 (DEAH13) C
SkiV2L2 Mtr4p OS12G0279000 D H Zm00001d045590 D AT1G59760 (AtMTR4)

The amino acid sequences of human and yeast DExD/H-box RHs were BLAST-searched against the protein databases of Arabidopsis, rice, and maize available at Ensembl Plants (http://plants.ensembl.org). The protein sequences showing the highest similarity were considered as homologs. Data for abiotic stress-responsiveness were obtained from eFP Brower (http://bar.utoronto.ca/efp_arabidopsis/) for Arabidopsis and GENEVESTIGATOR (https://genevestigator.com) for rice and maize. The genes showing a fold change >2 are indicated as C, cold inducible; D, drought inducible; S, salt inducible; and H, heat inducible following the annotation numbers. Asterisk “” indicates the Arabidopsis nucleolar DEAD-box RHs reported as human and yeast RBFs orthologs (Palm et al., 2016).