Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
HCH2g1255 ATGAGCGGCGAAAGCCGTCGGCGAGGCCGCACTGATTTCCGCAGCTCAAAGAAGCAGAGGCTAATTCGATCCGCTGAGGAAGAGATCGAATCAAAGCTCGGTTTCGATCTCTTTTCCGAAGGCGATAAGAGGCTTGGATGGTTACTTACTTTCGCTCCTTCTTCTCTGGAGGAACAGGATACCAAAAAGGTCTACAGCTGCATTGATCTTTATTTTGTTGCACAGGATGGAAGCGGTTTCAAATCGAAATATAAGTTCCGTCCTTATTTCTACGCAGCCACAAAGGATAAAATGGAAATTGATGTTGAGGCTTATCTGAGACGACGGTATGAAACTCAAATAGCTGATATTGAGATTTTAGAAAAAGAAGACCTCGATCTTAAGAATCATTTATCTGGCTTGCACAAGGCTTATTTAAAGCTATCTTTTGACACTGTCCAAGAATTGATGAATGTAAAGAGTGAGCTTTTGCGTGTTGTTGAAAGCAATTGGGCAAAATCTGATGCTGCAGAAGCATATGATTCTATTTTATTTGGGAAAAGAGAACAGAAACCTCAAGATTTTTTAGAGTGTATTGTTGATCTTCGAGAATATGATGTTCCTTACCACGTTCGCTTTGCTATTGATCATGATTTGCGCTGTGGACAGTGGTACGATGTTAGTGTATCAAGCACTGATGTTGTGCTTGAGAAGAGAAAAGATCTTCTGCAGCGTGCTGAAGTTCACATTTGCGCTTTTGATATTGAGACCACAAAGCTTCCGTTGAAATTTCCAGATGCTGAATATGACTTGGTAATGATGATTTCCTATATGGTTGATGGACAAGGGTACCTGATTATCAACAGGGAGTGTGTTGGAGAAGATATTGAGAATTTGGAGTACACCCCTAAACCAGAATTTGAAGGGTTCTTCAAAGTGACTAATGTGAAAAATGAGGTGGAGCTTCTCAAACTGTGGTTTGCCCATATGCGAGAGGTAAAACCTGGTATTTATGTCACCTACAATGGTGACTATTTTGACTGGCCATTCCTTGAGAGCAGAGCGACCTATCATGGGCTTAAAATGAGTGATGAAGTAGGATTTCAATGTGACAAAAACCAGGGGGAATGTCGTTCAAGATTTGCTTGTCATTTGGATTGCTTTGCCTGGGTAAAGCGTGACAGTTATCTACCTCAGGGTAGCCAGGGTTTGAAGGCTGTCACAAAAGCAAAATTGGGTTACGATCCTCTTGAAGTGAATCCTGAGGATATGGTACGCTTTGCGAAGGAAAAGCCTCAGATGATGGCTTCCTACTCTGTTTCAGATGCTGTTTCTACATACTACTTGTACATGACCTATGTTCATCCTTTCATTTTTTCTCTAGCAACTATCATTCCAATGTCACCCGATGAGGTATTGCGCAAGGGAAGTGGGACACTTTGTGAAATGCTTCTAATGGTTGAGTCTTACAAGGCTAATGTTGTGTGCCCTAACAAACATCAATCAGATTCGGAGAAGTTCTATAATAACCGGCTTCTTGAAAGTGAGACATACATAGGTGGCCATGTGGAGTGCCTAGAAAGCGGTGTATTTAGATCTGACCTTCCTACCAGTTTTAGGCTTGATCCATCAGCTTATGATCAACTGATAAACAACCTGGATAGAGATCTGCAGTATGCCATACAAGTAGAAGGAAAGTTGGATTTGGAATCGGTGTCAAACTATAATGATGTGAAGAATGCTATCATGGAAAAGCTTTTGAGATTACGGGATGATCCTGTACGTGAAGAGTGCCCCCTGATATATCACCTTGATGTAGCTGCAATGTATCCCAACATTATTTTGACAAATAGGCTTCAGCCACCATCAGTAGTTACAGATGAGGATTGTACCGCATGTGATTTCAACCGTCCTGGAAAAACTTGTTTACGAAAACTCGAATGGGTTTGGCGTGGAGAGGTATTCATGGCAAAAAAGAGTGACTATTATCATTTGAAGAAGCAAATTGAGTCCGAGTTTGTTGATAGCGGTAATGTTCGGTTCTCAAAATCATTTCTTGAACTTCCAAAGTTGGAGCAACAGGCAAAGCTCAAAGAGCGTTTAAAGAAATACTGTCAGAAGGCGTATAAACGGGTACTAGATAAGCCAGTCACTGAAGTTCGAGAAGCAGGGATCTGCATGAGAGAGAACTCTTTTTATATTGACACTGTTCGCAGTTTTCGAGATAGAAGGTATGAGTACAAAGGACTCAATAAAGTTTGGAAGGGGAAATTATCAGAAGCTAAAGCTAGTGGAAATTCAATCAAGATCCAGGAAGCACAAGACATGGTGGTTCTGTATGATTCATTACAACTTGCTCATAAATGCATCCTTAACTCCTTCTATGGATATGTGATGCGAAAGGGCGCTCGATGGTATTCAATGGAAATGGCTGGGGTAGTTACATATACTGGAGCAAAAATCATTCAGAATGCTCGTGTTCTAATTGACAAAATTGGAAAACCACTAGAGTTAGACACTGATGGTATCTGGTGTACACTACCTGGATCATTCCCAGAGAACTTTACCTTCAAAACCAAGGATTCAAAGAAGCTGACAATCTCATATCCATGTGTTATGCTTAATGTTGATGTGGCAAGGAACAATACAAATGACCAATACCAGACACTCACAGATCCTATAAAGAAGATATATAAAACGCATAGTGAATGCTCAATTGAGTTTGAGGTTGATGGGCCATACAAGGCAATGATCCTTCCAGCTTCTAAGGAAGAGGGCATTTTGATCAAGAAGAGATATGCTGTCTTCAACGATGATGGAACCCTTGCAGAACTCAAAGGTTTTGAGATCAAGCGAAGGGGGGAGTTAAAGCTCATCAAAGTTTTCCAGGCTGAACTTTTTGACAAGTTTCTTCATGGTTCCACCCTAGAGGAATGCTATTCAGTTGTTGCATCTGTTGCAAATCGCTGGCTTGATCTTCTAGATAATCAAGGAAAAGATGTTGCAGATAGTGAGTTGCTTGATTATATATCAGAATCTAGTACCATGAGCAAGTCTTTGGCAGACTATGGAGAGCAAAAGTCTTGTGCTGTTACCACTGCAAGACGTCTTGCTGATTTTCTTGGTGATACAATGGTCAGAGATAAAGGCCTGCGTTGTCAATATATAGTTGCATGTGAACCCAAGGGAACACCTGTAAGTGAGCGTGCAGTCCCTGTTGCTATATTTGAGACTGATGCAGAGATAATGAAGTTTTATGTACGCAAATGGTGCAAGATATCATCAGAAGTTGGGATTCGATCCATCATTGATTGGTCCTACTACAAGCAACGCCTAAGTTCAGCCATTCAAAAAATTATAACTATTCCTGCTGCAATGCAAAAGGTTGCAAATCCTGTCCCTAGGGTGCTACATCCTGATTGGTTACATAAGAAAGTTCGTGAGAAGGATGACAAATTTCGCCAGCAGAAAGTCCTCGATATGTTTGCCTCCTCAAGCAGAAGTAAATATTCAAAAAAGGATGATGGTGTTAGCTGCACCAAACATGTGATGAACGAAGAGAATCATGAAGATATAGAAGATTTTCAAAAGAAAATGGGTTCTGCAAATGGCTCCAAACCAGTTGTCCGATGTTATGATGTCAAAGGCAAAAAACATTCAGTGACAAAAGACAGCCATATAGATTCCTCGATACAGAAGAATTCTAATGGTGGAGAAGGATCTTCTCTTTCTTCACCATTGCAATTTGAAGATATTGACAGAAATGTCGATTATCAAGGATGGCTTGAAATAAAGAAGCGAAAGTGGAAGGATACTCTGGATAAGAGGAAGAAGCAAAGATTGGTAAATTTGAAGACTCCACTTCCTGCTAATGGTGTAACACAGGAATTCAATGATGCTATAAATAATCAAGAGGCTCCAGGAAGAACAGGAGTTGGTTCATATTTTAAGAGACAAGAAATATCTGTAACACGCTGCCATTGGCAGATTTTACAGCTTGTTCGCAGTTCAGAGAGTGGCCAATTTTTTGCTTGGGCAGTTGTTGAAGGAGCTATGCTAAAAATTCCTATAAATGTTCCTAGAGTTTTTTACCTTAATTCTAGAGTCCCCATAACTGAAGAATTTGTAGGTAGGCGTGTTAACAAAACTCTTCCCCATGGAAGGCACAGCTATAATCTGTACGAGGTGGTAACAGATGAAGGTCAATTTAGGACACAGAGCAATAAACTTGCAGCCCTCCTTGCAGATCCAGAAGTTGAGGGAATCTATGAAAGGAAGGTGCCGTTAGAGTTCAAATCTGTTTTCCAGATTGGTTGTGTTTGTAAAGTTGATAAAACAGCTAAAAAACGAAGCATCCAGGATGGATGGAGTCTTGATGAACTTCACATGAAGACAACTACTGAATGCTGTTATTTGGAAAAATCTATCTCTTTCTTCTATGTGTATCATAGCATCTCTGAAGGAAGAGCTATCTACATTACCTATTTTCCTGCCACAAGATCGATGGTTGTGGTGGTGGTCAGTCCTTATCAAAACAAGGACTTGTCATCAACTTTTCTTGAAAAGCAGTTTCGTGAAGCTTGCCAAATGCTGTCTGGGCAATCACAACCTCCAAAGAGTGGAATAAATTACAAGGTTGAATATGTTGTCAATGCCAAAGAAGCTGAAGTGATTTTGCAGAGAGCAATTGCACAGCACAGGAGCACAAACCATGGGCCTATTGTAGCTGTTATCGAATGCCCAAATGTGCAGCTGCTGAAGTCAGGTGTGAGAATCTTGGATGATTTTCCATGTGTGAGCATCCCTTCTAATGCTCGTGATAATCAGTATCAGGTTCTTGGTTGGCAACAAACAGCTGCAAAAATTGGAATGCAACGCTGTGCTGCATCATCGCAATGGTTGAATGAGAGAATTTCTCTTGCAAGATATGCCCATGTGCCGTTAGGAAATCTTGAACTTGATTGGCTAATATTTACAGGAGATATTTTCTTTTCAAGGGCATTACATGATCAGCAGCAGGTACTTTGGATATCAGATGATGGGGTTCCAGATATAGGAGGCCTCAATGTAGAAGATGCGTGTTTTGCTGATGAGGTTCAACAACCTGTTCTTACATATCCTGGAGCATATAGGAAAATTTCTGTGGAGTTGAAGATTCATCATTTGGCAGTCAATGCTCTTCTGAAGAGCAACCAAGTGAATGAAATGGAAGGAGGTGCTTTGTTTGGATTTGAACGTGAAATGCATGGTGGGGCACAACCTTCTAGTGAAGAAGGTGGCTTTGATGAGGATGCATCATATGCTCCAGCATTTCGTGTCCTGAAACAATTGATACAAAGGTGTCTTGCAGATGCAGTTGCATCTGGAAATGTATATGCTGATGCAATATTGCAGCATCTGTACCGATGGATTTGCAGTCCCCAATCAAAACTTCATGATCCTGCTCTCCATCGCTTGCTTCACAAGGTTATGCTAAAGGTTTTTGCTCTTTTGTTGGCTGAATTACGCAAATTGGGTGCTACAATTATTTTTGCGAACTTCTCAAAGGTTATTATAGATACGGGAAGGTTTGATCTCTCTGCTGCTAAGGCATATTGTGATAGCTTGCTGAAAGCACTGCAAACAAGGGATCTTTTTGAATGGATTGAGCTGGAACCATTACGATTCTGGCACTCATTGCTGTTTATGGATCAGTACAATTACGGTGGAATCCCAGCAAGAGATGATGAAGGCTCACATGTTGAATCTCAAGTTGATATTGTATCCAACTGGAACATTGCTGAATATCTACCAAAGAAGATCCAGGATCACTTTGTTTTTATCATCTCTCAATTTCTATATATTCCTTGGAACTATGCAACCAAGCAAGCTGCAACAAGAGCATCTTTGCAGCACGGGGACACATGTACCCCATCCGTTACCGTTGGAGCTGCAGAATCGTTTGAATCACTCATGACGGAGCATCTTAAAGGGCAGCTAAGCTCTTACTTCAGCGACAAACTGTTGGGGATTGTTCGTGATATTGTTCTTCACATGAAAGGGATGGACAAGCCAGAGAATAACCGGGATAGTTTATCAGAGGTTCAACAACCCTCTGGTAGTATCCACAAAGGAGATGCTGCATTGGAGTTCATTAAGCATATCTGTGCCGTTTTGGCTCTTGATCAGAATGTTCAGCATGATGTTCTGGTAATGAGGAAGAATTTACTCAAGTTTGTGCGTGTAAGAGAGTTTGCACCAGAAGCTGAGTTTTCTGATCCCTGCCCGTCATTCATCTTACCTAATGTTATTTGCAGCTATTGTAATGACTGTCGAGATTTGGACTTGTGCCGCGACCCTGCTTTACTGGCACAGGAATGGCGCTGTGCTGTGCCACAATGTGGCCAGCCATACGACCAAGAAGTGATGGAAAACTCTCTTCTTCAAATCGTGCGGCAGAGAGAGCGCCTCTATCATGTGCAGGATTTGGTATGCATTCGTTGCAAGCAGGTAAAAGCGGCGCATTTAACAGAGCAGTGTGCTTGTGCTGGCACATATAAATGCAAGGAAGATGTTGCAGAATTTTTCAGCAAGATGCGAATTTTTCTCAATATAGCAACTCGTCAAAAATTCCAACTACTTGAAGAGTTCACGTCGTGGATCTTAGAAGTTCGATGGTAA 6639 41.2 MSGESRRRGRTDFRSSKKQRLIRSAEEEIESKLGFDLFSEGDKRLGWLLTFAPSSLEEQDTKKVYSCIDLYFVAQDGSGFKSKYKFRPYFYAATKDKMEIDVEAYLRRRYETQIADIEILEKEDLDLKNHLSGLHKAYLKLSFDTVQELMNVKSELLRVVESNWAKSDAAEAYDSILFGKREQKPQDFLECIVDLREYDVPYHVRFAIDHDLRCGQWYDVSVSSTDVVLEKRKDLLQRAEVHICAFDIETTKLPLKFPDAEYDLVMMISYMVDGQGYLIINRECVGEDIENLEYTPKPEFEGFFKVTNVKNEVELLKLWFAHMREVKPGIYVTYNGDYFDWPFLESRATYHGLKMSDEVGFQCDKNQGECRSRFACHLDCFAWVKRDSYLPQGSQGLKAVTKAKLGYDPLEVNPEDMVRFAKEKPQMMASYSVSDAVSTYYLYMTYVHPFIFSLATIIPMSPDEVLRKGSGTLCEMLLMVESYKANVVCPNKHQSDSEKFYNNRLLESETYIGGHVECLESGVFRSDLPTSFRLDPSAYDQLINNLDRDLQYAIQVEGKLDLESVSNYNDVKNAIMEKLLRLRDDPVREECPLIYHLDVAAMYPNIILTNRLQPPSVVTDEDCTACDFNRPGKTCLRKLEWVWRGEVFMAKKSDYYHLKKQIESEFVDSGNVRFSKSFLELPKLEQQAKLKERLKKYCQKAYKRVLDKPVTEVREAGICMRENSFYIDTVRSFRDRRYEYKGLNKVWKGKLSEAKASGNSIKIQEAQDMVVLYDSLQLAHKCILNSFYGYVMRKGARWYSMEMAGVVTYTGAKIIQNARVLIDKIGKPLELDTDGIWCTLPGSFPENFTFKTKDSKKLTISYPCVMLNVDVARNNTNDQYQTLTDPIKKIYKTHSECSIEFEVDGPYKAMILPASKEEGILIKKRYAVFNDDGTLAELKGFEIKRRGELKLIKVFQAELFDKFLHGSTLEECYSVVASVANRWLDLLDNQGKDVADSELLDYISESSTMSKSLADYGEQKSCAVTTARRLADFLGDTMVRDKGLRCQYIVACEPKGTPVSERAVPVAIFETDAEIMKFYVRKWCKISSEVGIRSIIDWSYYKQRLSSAIQKIITIPAAMQKVANPVPRVLHPDWLHKKVREKDDKFRQQKVLDMFASSSRSKYSKKDDGVSCTKHVMNEENHEDIEDFQKKMGSANGSKPVVRCYDVKGKKHSVTKDSHIDSSIQKNSNGGEGSSLSSPLQFEDIDRNVDYQGWLEIKKRKWKDTLDKRKKQRLVNLKTPLPANGVTQEFNDAINNQEAPGRTGVGSYFKRQEISVTRCHWQILQLVRSSESGQFFAWAVVEGAMLKIPINVPRVFYLNSRVPITEEFVGRRVNKTLPHGRHSYNLYEVVTDEGQFRTQSNKLAALLADPEVEGIYERKVPLEFKSVFQIGCVCKVDKTAKKRSIQDGWSLDELHMKTTTECCYLEKSISFFYVYHSISEGRAIYITYFPATRSMVVVVVSPYQNKDLSSTFLEKQFREACQMLSGQSQPPKSGINYKVEYVVNAKEAEVILQRAIAQHRSTNHGPIVAVIECPNVQLLKSGVRILDDFPCVSIPSNARDNQYQVLGWQQTAAKIGMQRCAASSQWLNERISLARYAHVPLGNLELDWLIFTGDIFFSRALHDQQQVLWISDDGVPDIGGLNVEDACFADEVQQPVLTYPGAYRKISVELKIHHLAVNALLKSNQVNEMEGGALFGFEREMHGGAQPSSEEGGFDEDASYAPAFRVLKQLIQRCLADAVASGNVYADAILQHLYRWICSPQSKLHDPALHRLLHKVMLKVFALLLAELRKLGATIIFANFSKVIIDTGRFDLSAAKAYCDSLLKALQTRDLFEWIELEPLRFWHSLLFMDQYNYGGIPARDDEGSHVESQVDIVSNWNIAEYLPKKIQDHFVFIISQFLYIPWNYATKQAATRASLQHGDTCTPSVTVGAAESFESLMTEHLKGQLSSYFSDKLLGIVRDIVLHMKGMDKPENNRDSLSEVQQPSGSIHKGDAALEFIKHICAVLALDQNVQHDVLVMRKNLLKFVRVREFAPEAEFSDPCPSFILPNVICSYCNDCRDLDLCRDPALLAQEWRCAVPQCGQPYDQEVMENSLLQIVRQRERLYHVQDLVCIRCKQVKAAHLTEQCACAGTYKCKEDVAEFFSKMRIFLNIATRQKFQLLEEFTSWILEVRW 2212
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
2 54841846 54865531 + evm.model.ptg000010l.249 HCH2g1255 540480

Annotation

Select Seq ID Length Analysis Description Start End IPR GO
HCH2g1255 2212 Gene3D DNA Polymerase, chain B, domain 1 56 233 - -
HCH2g1255 2212 Pfam DNA polymerase epsilon catalytic subunit A, thumb domain 945 1120 - -
HCH2g1255 2212 Gene3D - 940 1124 IPR042087 -
HCH2g1255 2212 SMART polmehr3 239 842 IPR006172 GO:0000166(InterPro)|GO:0003676(InterPro)|GO:0003887(InterPro)
HCH2g1255 2212 MobiDBLite consensus disorder prediction 1 23 - -
HCH2g1255 2212 FunFam DNA polymerase epsilon catalytic subunit 240 468 - -
HCH2g1255 2212 Pfam DNA polymerase family B, exonuclease domain 194 400 IPR006133 -
HCH2g1255 2212 MobiDBLite consensus disorder prediction 1215 1239 - -
HCH2g1255 2212 Gene3D - 238 468 IPR036397 GO:0003676(InterPro)
HCH2g1255 2212 PANTHER DNA POLYMERASE EPSILON CATALYTIC SUBUNIT A 3 2180 IPR029703 GO:0000278(PANTHER)|GO:0003677(PANTHER)|GO:0003677(InterPro)|GO:0003887(PANTHER)|GO:0003887(InterPro)|GO:0006260(InterPro)|GO:0006272(PANTHER)|GO:0006281(InterPro)|GO:0006287(PANTHER)|GO:0006297(PANTHER)|GO:0008310(PANTHER)|GO:0008622(InterPro)|GO:0008622(PANTHER)|GO:0045004(PANTHER)
HCH2g1255 2212 FunFam DNA polymerase epsilon catalytic subunit 756 936 - -
HCH2g1255 2212 Pfam Domain of unknown function (DUF1744) 1525 1897 IPR013697 GO:0003887(InterPro)|GO:0005634(InterPro)|GO:0006260(InterPro)|GO:0008270(InterPro)
HCH2g1255 2212 MobiDBLite consensus disorder prediction 1220 1239 - -
HCH2g1255 2212 CDD DNA_polB_epsilon_exo 240 444 - -
HCH2g1255 2212 SUPERFAMILY DNA/RNA polymerases 486 1114 IPR043502 -
HCH2g1255 2212 SMART DUF1744_2 1512 1897 IPR013697 GO:0003887(InterPro)|GO:0005634(InterPro)|GO:0006260(InterPro)|GO:0008270(InterPro)
HCH2g1255 2212 FunFam DNA polymerase epsilon catalytic subunit 56 227 - -
HCH2g1255 2212 CDD POLBc_epsilon 503 1121 - -
HCH2g1255 2212 Pfam Zinc finger domain of DNA polymerase-epsilon 2146 2208 IPR054475 -
HCH2g1255 2212 SUPERFAMILY Ribonuclease H-like 64 490 IPR012337 -
HCH2g1255 2212 Gene3D Palm domain of DNA polymerase 752 936 IPR023211 -
HCH2g1255 2212 FunFam DNA polymerase epsilon catalytic subunit 940 1124 - -
       

Pathway

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
HCH2g1255 K02324 - - csv:101208568 3999.13
       

Syn-Families

Select Gene Event_type S_start S_end Function Ath_gene Identity(%) E-value Score
HCH8g0450 . 2 864 Core DNA Replication Machinery Family AT4G14700 60.8 3.0e-287 984.6
HCH8g0450 . 1 864 Core DNA Replication Machinery Family AT4G12620 61.8 6.9e-292 1000.0
HCH4g0661 . 2 361 Core DNA Replication Machinery Family AT2G37560 68.3 3.9e-143 504.6
HCH13g1125 . 1 511 Core DNA Replication Machinery Family AT4G29910 57.9 6.1e-170 594.3
HCH4g0881 . 1 274 Core DNA Replication Machinery Family AT1G26840 66.4 3.5e-97 351.7
HCH7g0032 . 1 807 Core DNA Replication Machinery Family AT1G79150 57.5 2.6e-246 848.6
HCH5g1143 . 4 929 Core DNA Replication Machinery Family AT1G44900 76.0 0.0e+00 1352.8
HCH14g1057 . 1 578 Core DNA Replication Machinery Family AT5G46280 80.1 2.2e-268 921.4
HCH7g0533 . 1 843 Core DNA Replication Machinery Family AT2G16440 72.7 0.0e+00 1184.5
HCH10g0354 . 1 737 Core DNA Replication Machinery Family AT2G07690 76.9 0.0e+00 1097.8
HCH14g1202 . 6 829 Core DNA Replication Machinery Family AT5G44635 72.0 0.0e+00 1169.8
HCH4g1075 . 11 722 Core DNA Replication Machinery Family AT4G02060 84.3 0.0e+00 1204.9
HCH2g1033 . 39 523 Core DNA Replication Machinery Family AT2G29680 58.8 1.3e-158 556.6
HCH2g1033 . 27 484 Core DNA Replication Machinery Family AT1G07270 59.0 2.0e-142 502.7
HCH5g1013 . 1 594 Core DNA Replication Machinery Family AT3G25100 77.6 6.7e-260 893.3
HCH11g0249 . 27 821 Core DNA Replication Machinery Family AT3G09660 71.1 0.0e+00 1083.2
HCH4g1702 . 6 474 Core DNA Replication Machinery Family AT2G14050 77.9 5.1e-213 737.6
HCH2g0555 . 6 408 Core DNA Replication Machinery Family AT2G20980 55.8 1.4e-117 419.9
HCH12g0839 . 2 971 Core DNA Replication Machinery Family AT1G77320 50.8 1.8e-265 912.5
HCH4g1324 . 1 199 Core DNA Replication Machinery Family AT1G80190 69.3 2.0e-78 288.9
HCH11g0967 . 1 145 Core DNA Replication Machinery Family AT3G12530 70.3 9.8e-59 223.0
HCH13g0552 . 1 184 Core DNA Replication Machinery Family AT1G19080 65.8 1.1e-64 243.0
HCH13g0552 . 1 184 Core DNA Replication Machinery Family AT3G55490 65.8 1.1e-64 243.0
HCH7g1637 . 15 162 Core DNA Replication Machinery Family AT5G49010 63.3 4.0e-49 191.4
HCH2g0050 . 11 1542 Core DNA Replication Machinery Family AT5G67100 61.6 0.0e+00 1795.8
HCH6g1471 . 2 621 Core DNA Replication Machinery Family AT1G67630 62.0 1.3e-221 766.1
HCH10g0085 . 1 446 Core DNA Replication Machinery Family AT1G67320 65.3 9.0e-186 646.7
HCH6g1260 . 1 453 Core DNA Replication Machinery Family AT5G41880 64.0 1.3e-175 612.8
HCH14g0101 . 17 1087 Core DNA Replication Machinery Family AT5G63960 80.7 0.0e+00 1769.6
HCH11g0564 . 1 441 Core DNA Replication Machinery Family AT2G42120 77.6 9.2e-206 713.0
HCH10g0085 . 1 446 Core DNA Replication Machinery Family AT1G67320 65.3 9.0e-186 646.7
HCH2g1255 . 1 2101 Core DNA Replication Machinery Family AT1G08260 70.9 0.0e+00 2978.3
HCH2g1255 . 24 2208 Core DNA Replication Machinery Family AT2G27120 67.9 0.0e+00 2946.8
HCH2g1306 . 1 938 Core DNA Replication Machinery Family AT5G22010 64.1 1.4e-309 1058.9
HCH6g0944 . 1 332 Core DNA Replication Machinery Family AT1G63160 91.0 7.0e-174 606.7
HCH9g0927 . 1 354 Core DNA Replication Machinery Family AT5G27740 85.9 1.5e-179 625.5
HCH12g0832 . 1 334 Core DNA Replication Machinery Family AT1G21690 80.9 4.0e-153 537.7
HCH13g0142 . 1 354 Core DNA Replication Machinery Family AT1G77470 76.4 4.4e-153 537.7
HCH10g0561 . 26 618 Core DNA Replication Machinery Family AT2G06510 68.8 3.9e-255 877.5
HCH6g1164 . 33 698 Core DNA Replication Machinery Family AT2G06510 53.0 2.0e-203 705.7
HCH8g1241 . 1 623 Core DNA Replication Machinery Family AT5G08020 71.6 3.1e-257 884.4
HCH6g1164 . 7 731 Core DNA Replication Machinery Family AT5G45400 55.0 4.8e-227 784.6
HCH8g1241 . 1 623 Core DNA Replication Machinery Family AT5G61000 69.3 2.1e-251 865.1
HCH6g1164 . 7 731 Core DNA Replication Machinery Family AT4G19130 58.6 1.1e-233 806.6
HCH8g0012 . 1 359 Core DNA Replication Machinery Family AT5G26680 87.7 1.3e-180 629.4
HCH7g1488 . 1 1110 Core DNA Replication Machinery Family AT1G08840 54.2 2.0e-312 1068.5
HCH2g1211 . 145 781 Core DNA Replication Machinery Family AT1G08130 77.1 1.0e-292 1002.7
HCH2g1211 . 181 781 Core DNA Replication Machinery Family AT1G49250 68.3 1.9e-239 825.5
       

Syn-Orthogroups

Select Orthogroup Bda Bhi Blo Bma Bpe Cam Car Cco Cec Chy Cla Clacu Cma Cme Cmetu Cmo Cmu Cone Cpe Cre Csa HCH Hepe Lac Lcy Lsi Mch Sed Tan Vvi Total
OG0003287 1 3 1 1 1 2 1 2 2 1 2 2 1 2 1 1 3 1 1 2 1 1 2 2 2 2 2 4 2 1 50