Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Cla02g02143 ATGAGCGGCGAAAGCCGACGGCGAGGCCGTGCAGACAAGAGTAGTAGGTCGAAGAAGCAGAGGATAATCCGGTCAGCCGAGGAGGAGATCGAATCAAAGCTTGGATTTGATCTCTTCTCTGAAGGCGATAAGAGGCTTGGATGGCTGCTCACTTTCGCTCCTTCATCTTTGGAGGATCAGGATACTGGAAAGGTCAATAGTTGTATTGATCTTTATTTTGTGACACAGGATGGAAGCAGCTTCAAGTCAAAATATAAGTTTCGTCCTTATTTCTATGCAGCCACAAAGGATAAAATGGAAATTGATGTGGAGGCGTATTTGAGACGACGTTATGAAGGTCGAATAGCTGATATTGAGATTTTAGAAAAAGAAGACCTTGATCTTAAGAATCATCTGTCAGGATTGCGCAAGGCATATTTGAAACTATCATTTGAAACTGTTCAAGAATTGATGAATGTGAAGAGTGAACTATTGCATGTTGTTGAAAGCAACTGGGCAAAGTCTGATGCTGCAGAAGCATATGATTCTATTTTATTTGGTAAAAGGGAACAAAAGCCTCAAGATTTTCTAGAATGCATTGTTGATCTTCGAGAGTATGATGTTCCGTACCATGTTCGCTTTGCTATTGATCATGATTTACGCTGTGGACAATGGTACGATGTTAGTGTATCAAGCACTGGTGTTACACTTGAGAAGAGAAAAGATCTTCTGCAACGTGCTGAAGTTCACATATGTGCATTTGATATTGAAACCACAAAGCTACCATTGAAATTCCCAGATGCTGAATATGACATGATAATGATGATTTCCTATATGGTTGATGGACAAGGGTACTTGATTATCAACAGAGAGTGTGTTGGAGAAGATATTGAGAATTTGGAGTACACACCAAAACCAGAATATGAAGGGTTCTTTAAAGTGACCAATGTGAAAAATGAGCTAGAGCTTCTCAAACTGTGGTTTTCCCATATGCGAGAGGTCAAACCTGGTATCTATGTCACCTACAATGGTGATTTTTTTGACTGGCCATTCATTGAAAGCAGAGCAGCCTATCATGGCATTAAAATGAGTGATGAAGTAGGATTTCAATGCGACAAGAATCAGGGGGAATGCCGTTCAAAATTTGCTTGTCATTTGGATTGCTTTGCCTGGGTGAAGCGTGATAGTTATCTTCCTCAAGGTAGCCATGGTTTGAAGGCTGTCACAAAAGCTAAATTGGGTTATGATCCTCTTGAAGTGAATCCCGAGGATATGGTGCGGTTTGCAAGGGAAAAGCCTCAGATGATGGCTTCCTATTCTGTTTCAGATGCTGTTGCTACATACTACTTGTACATGACCTATGTTCATCCGTTCATTTTTTCTCTAGCAACTATTATTCCAATGTCACCAGATGAGGTGTTGCGCAAGGGAAGTGGGACACTTTGTGAAATGCTTCTAATGGTTCAGGCTTACAAGGCTAATGTTGTGTGTCCTAACAAACATCAATCAGATCCAGAGAAGTTCTACAGCAACCGGCTTCTTGAAAGTGAGACATACATTGGTGGTCACGTAGAATGCCTAGAGAGTGGTGTATTTAGATCCGATCTTCCTACCAGTTTTAGGCTTGATCCATCTGCTTATGATCAATTGATATACAATTTGGATAGAGATCTGCAATATGCCATACAAGTAGAAGGAAAGATGGACTTGGAGTCAGTGTCAAATTATAGCGATGTGAAGAATGCTATCATGGAAAAGCTTATTAGATTGCGGGACGAGCCTGTACGTGAAGAGGGCCCTCTGATATATCACCTTGATGTAGCTGCGATGTATCCTAATATTATTTTAACAAATAGACTTCAGCCATCATCAATAGTTACGGACGAGGTTTGTACTGCTTGTGATTTCAATCGTCCTGGGAAAACTTGCCTACGAAAACTTGAATGGGTTTGGCGAGGAGAGGTATTCATGGCTAAAAAAAGTGACTATTATCATCTGAAGAAGCAAATTGAGTCTGAGTTTGTTGATAGCGGTAATGTTCGGTTGTCAAAATCATTTCTTGAACTTCCAAAGTTGGAGCAGCAAGCAAAGCTCAAAGAGCGCTTAAAGAAATACTGTCAGAAGGCTTATAAACGAGTACTTGATAAGCCAGTCACTGAAGTTCGAGAAGCAGGGATCTGCATGAGAGAAAACTCCTTCTATATTGACACTGTTCGTAGTTTTCGAGATAGAAGATACGAATACAAAGGGCTCAATAAAGTATGGAAGGGAAAATTATCAGAAGCTAAAGCGAGCGGAAATTCAATCAAGATCCAGGAAGCCCAAGACATGGTAGTTCTTTATGATTCTCTACAACTTGCTCATAAATGTATCCTCAACTCCTTTTATGGATATGTGATGCGAAAGGGTGCTCGATGGTATTCAATGGAAATGGCTGGGGTAGTTACATATACAGGAGCAAAAATCATTCAGAATGCTCGTCTGTTAATTGAGAAAATTGGAAAACCGCTGGAGTTAGACACCGATGGTATTTGGTGTGCTCTACCTGGATCGTTCCCAGAGAACTTTACCTTCAAAACAAGAGATTCGAAGAAGTTGACAATTTCATATCCATGCGTTATGCTTAATGTTGATGTGGCAAGGAACAACACGAATGACCAATACCAGACGCTTATAGATCCTGTGAAGAAAACATATAAAACACACAGTGAATGCTCAATTGAATTTGAAGTAGATGGACCATATAAGGCAATGATCCTTCCTGCTTCCAAGGAAGAAGGCATTTTGATCAAAAAGAGATATGCCGTCTTCAATGATGATGGAACACTTGCTGAGCTAAAAGGCTTTGAGATCAAGCGTAGGGGGGAGTTAAAGCTCATCAAAGTTTTCCAGGCAGAACTTTTTGACAAGTTTCTTCATGGTTCCACCTTAGAAGAATGCTATTCAGTTGTTGCATCTGTTGCAAATCGATGGCTAGATCTTCTGGATAATCAAGGAAAAGATATTGCAGATAGCGAGTTGCTTGATTATATATCTGAATCAAGTACCATGAGCAAGTCTTTGGTAGACTATGGGGAGCAAAAGTCTTGTGCTGTTACCACTGCTAGACGTCTTGCAGATTTTCTTGGTGATACAATGGTCAGGGATAAAGGCCTACGTTGCCAATATATAGTTGCGTGTGAACCTAAGGGTACTCCTGTAAGTGAGCGTGCTGTTCCAGTTGCAATCTTTGAGACTGATGCAGAGATTATGAAATTTTATGTACGTAAATGGTGCAAGATTTCATCTGAAGTTGGCATCCGATCCATCATTGACTGGTCCTACTACAAGCAACGCTTAAGCTCAGCCATTCAAAAAATTATAACAATTCCAGCAGCCATGCAAAAGGTTGCAAATCCTGTTCCTAGGGTGGTCCATCCTGATTGGTTACATAAGAAAGTTCGTGAAAAGGATGATAAATTTCGCCAACAGAAAGTAGCTGATATGTTTGCATCCTCAAACAGAGTTAAATATTCAAAGAAGAATAGTGATGTTAGCTGCAGCAAACATGCTATGAATGAAGATAATTCTGAAGATTTAGAAGATTTTCAGAAGAAAACAAGTTCTACATATGGCCCCAAACCAGTTGTCCGATGTTATGATGTCAGAGGCATGAAACATTCACTTATGAGCGATAGTGAAATGAATTCCAAGATGCATGAAAATTTTAATGATGGAGGTGAGCCTTCTTCACCCTTGCATGTTGAAAACATAGACAAAAATGTAGATTACAGTGGATGGCTTGAAATGAAGAAGCGGAAATGGAAGGATACTTTGGACAAGAGGAAGAAGCAAAGGTTAGTGAGTTTAAGGACTCCACTTGCTGCTAATAATGTTACACGGGAGTTAAATGGTGCTATGAATAATAAAGAGTCTCCTAGAACAGGTGTTGGTTCATATTTTAAGAGGCATGAAGGATCTTTAACACGCTGCCATTGGCAGATTTTACAGCTTGTTCATAGTTCACTGAGTGGCCAATATTTTGCTTGGGCTGTTGTTGAAGGAGTTATGCTAAAGATCCCTATTAATGTTCCTAGAGTTTTTTACCTTAATTCTAAAGTACCTATTACAGATGAATTTGTGGGGAGGCGTGTTAATAAAATTCTTCCCCATGGAAGGCACAGTTATAACCTGTATGAGGTTGTGACTGATGAGGGTCAATATAGGACACAGAGGAATAAACTTGCAGCCCTACTTGCAGATCCAGAAGTAGAGGGAATCTATGAAAGCAAGGTACCATTGGAGTTCAAGTCCATCTTTCAAATTGGCTGTGTCTGTAAAGTTGATAAAACTGCTAAAAAGCGAAACATTCAAGACGGATGGAGTCTGGACGAACTGCAAATGAAGACTACAACAGAATGCAGTTATCTGGAAAAGTCAATCTCTTTCTTTTATGTGTATCATAGCATTTCTGAAGGAAGAGCTATCTACATTACCTTTTTTCCCTCCACAAGATCAATATCTGTGGTGGTGGTTAATCCTTACCAAAACAAAGACTTGTCATCAACTTTTCTTGAAAGGCAATATCGTGAAGCTTGTCAAATGCTGTCTGGTGAATCACAACCTCCTAAGAGTGGTATAACTTACAAGGTTGACTATGTTGTTAATGTCAAAGAAGCTGAAGTGATTTTGCAAAGATCGATAACAGAACACAGGAGCATAAACCATGGACCTATTCTAGCTGTAATTCAATGCCCAAACGTACTACGGCTAAAGTCAGATGTGAGAGTATTAGATGATTTTCCATGCGTGACCATTCCTTCTAATGCCCGTGATAACCAATATCAGGTTCTTGGTTGGCAACAAACAGCTGCAAAGATTGGAATGCAACGTTGTGCTGCATCATCCCAATGGTTGAATGAAAGAATCTCTCTTGCAAGATATGCCCATGTACCATTAGGAAATTTTGAACTTGATTGGCTAATTTTTACAGCAGATATATTTTTTTCAAGAGCATTACACGATCAACAGCAGGTACTTTGGATATCGGATGATGGTGTTCCAGATATAGGAGGCATTAACATAGAAGATGTGTGTTTCGCTGATGAGGTCCAACAACCTATTCTGACATATCCTGGAGCATATAGAAAAGTTTCTGTGGAGCTTAAGATCCATCATTTGGCTGTCAATGCTCTGCTGAAGAGCAACCAAGTGAATGAAATGGAAGGAGGTAGTTTGTTTGGCTTTGAACGTGATATGCAATGTGGGGCCCAACTTTCTAATGAAGAAGGTGGCTTCGATGAGGCTGCTTCATGTGCTCCGGCATTTCGTGTCCTGAAACAATTGATACAAAGGTGCCTTGCTGATGCAGTTACATCTGGAAATGTATATGCTGATGGAATTTTGCGGCATCTGTACAGATGGATTTGCAGCCCCCAGTCAAGACTTCACGATCCAGCTCTTCATCGTTTGCTCCACAAGGTTATGCAAAAGGTGTTTGCTCTTTTGTTGGCTGAGCTACGCAAATTAGGCGCCATCATTATATTTGCAAACTTCTCAAGAATTATTATAGACACGGGAAGGTTTGATCTCTCTTCTGCTAAAGCATACTGTGATAGCTTGCTGAAAACAGTGCAAACAAGGGATCTATTCGAGTGGATTGAGCTGGAACCATTACAGTTCTGGCACTCCCTGTTGTTTATGGATCAGTATAACTATGGTGGAATTCCGGCAAAAGATGATGAGAGCTCAGATATTGAATCTCAAGTTGATATAGTGGCCAACTGGAACATTGCTGAGTATCTACCCAAGAAGATTCAGGATCACTTTGTTTTTATCATCTCCCAGTTTTTGTATATTCCATGGAATTATGCAACCAAACAAGCTGCAGCAAGAGCATCCTTGCATCGTGAAGACACATGTACCCCATCCATTACTGTTGTAGCTGCTGAATCGTTTGAATCGCTGGTGACAGAAAATCTGAAAGAACAGCTAAGCTCTTACTTCAGTGACAAAATGTTGGGAATTGTTCGTGATATTGTTCTTCATATGAAAGGGAAGGACAAGAACACCAAGGATATTTTACCAGAACAACCTTCTGGTAATATCCAAAAAGGAGATGCTGCATTGGGATTCATTAAGCTCGTCTGCTCTGTTTTGGCTCTTGATCAAAATGTCCAACATGATGTTCTGGTAATGAGGAAAAATTTACTGAAGTTTGTGCGTGTTAGAGAGTTTGCACCAGAAGCTGAGTTTTCTAATTCCAGCCCGTCCATAATCTTACCCAACGTTATTTGCAGCTATTGTGACGATTGTCGAGATTTGGACTTGTGCCGCGACTCGGCTTTACTAGCACAGGAATGGCGCTGTGCTGTGCCACAATGTGGACAACCCTACGACCAAGAAGTGATGGAAAATGCTCTACTTCAAATCGTGCGGCAGAGGGAGCGCCTCTATCATGTGCAGGATCTGGTATGTGTACGCTGCAACCAAGTCAAAGCAGCTCATTTATCGGAACAGTGTGCTTGTGCTGGTACATATAAATGCAAAGAAGAAGCGACAGAATTCTTCAGCAAGATGCAGATTATTCTTAATGTAGCCACTCGTCAAAAGTTCCAACTATTGCAAGAGTTCACCTCGTGGATCTTAAAAGACTCATGA 6618 40.5 MSGESRRRGRADKSSRSKKQRIIRSAEEEIESKLGFDLFSEGDKRLGWLLTFAPSSLEDQDTGKVNSCIDLYFVTQDGSSFKSKYKFRPYFYAATKDKMEIDVEAYLRRRYEGRIADIEILEKEDLDLKNHLSGLRKAYLKLSFETVQELMNVKSELLHVVESNWAKSDAAEAYDSILFGKREQKPQDFLECIVDLREYDVPYHVRFAIDHDLRCGQWYDVSVSSTGVTLEKRKDLLQRAEVHICAFDIETTKLPLKFPDAEYDMIMMISYMVDGQGYLIINRECVGEDIENLEYTPKPEYEGFFKVTNVKNELELLKLWFSHMREVKPGIYVTYNGDFFDWPFIESRAAYHGIKMSDEVGFQCDKNQGECRSKFACHLDCFAWVKRDSYLPQGSHGLKAVTKAKLGYDPLEVNPEDMVRFAREKPQMMASYSVSDAVATYYLYMTYVHPFIFSLATIIPMSPDEVLRKGSGTLCEMLLMVQAYKANVVCPNKHQSDPEKFYSNRLLESETYIGGHVECLESGVFRSDLPTSFRLDPSAYDQLIYNLDRDLQYAIQVEGKMDLESVSNYSDVKNAIMEKLIRLRDEPVREEGPLIYHLDVAAMYPNIILTNRLQPSSIVTDEVCTACDFNRPGKTCLRKLEWVWRGEVFMAKKSDYYHLKKQIESEFVDSGNVRLSKSFLELPKLEQQAKLKERLKKYCQKAYKRVLDKPVTEVREAGICMRENSFYIDTVRSFRDRRYEYKGLNKVWKGKLSEAKASGNSIKIQEAQDMVVLYDSLQLAHKCILNSFYGYVMRKGARWYSMEMAGVVTYTGAKIIQNARLLIEKIGKPLELDTDGIWCALPGSFPENFTFKTRDSKKLTISYPCVMLNVDVARNNTNDQYQTLIDPVKKTYKTHSECSIEFEVDGPYKAMILPASKEEGILIKKRYAVFNDDGTLAELKGFEIKRRGELKLIKVFQAELFDKFLHGSTLEECYSVVASVANRWLDLLDNQGKDIADSELLDYISESSTMSKSLVDYGEQKSCAVTTARRLADFLGDTMVRDKGLRCQYIVACEPKGTPVSERAVPVAIFETDAEIMKFYVRKWCKISSEVGIRSIIDWSYYKQRLSSAIQKIITIPAAMQKVANPVPRVVHPDWLHKKVREKDDKFRQQKVADMFASSNRVKYSKKNSDVSCSKHAMNEDNSEDLEDFQKKTSSTYGPKPVVRCYDVRGMKHSLMSDSEMNSKMHENFNDGGEPSSPLHVENIDKNVDYSGWLEMKKRKWKDTLDKRKKQRLVSLRTPLAANNVTRELNGAMNNKESPRTGVGSYFKRHEGSLTRCHWQILQLVHSSLSGQYFAWAVVEGVMLKIPINVPRVFYLNSKVPITDEFVGRRVNKILPHGRHSYNLYEVVTDEGQYRTQRNKLAALLADPEVEGIYESKVPLEFKSIFQIGCVCKVDKTAKKRNIQDGWSLDELQMKTTTECSYLEKSISFFYVYHSISEGRAIYITFFPSTRSISVVVVNPYQNKDLSSTFLERQYREACQMLSGESQPPKSGITYKVDYVVNVKEAEVILQRSITEHRSINHGPILAVIQCPNVLRLKSDVRVLDDFPCVTIPSNARDNQYQVLGWQQTAAKIGMQRCAASSQWLNERISLARYAHVPLGNFELDWLIFTADIFFSRALHDQQQVLWISDDGVPDIGGINIEDVCFADEVQQPILTYPGAYRKVSVELKIHHLAVNALLKSNQVNEMEGGSLFGFERDMQCGAQLSNEEGGFDEAASCAPAFRVLKQLIQRCLADAVTSGNVYADGILRHLYRWICSPQSRLHDPALHRLLHKVMQKVFALLLAELRKLGAIIIFANFSRIIIDTGRFDLSSAKAYCDSLLKTVQTRDLFEWIELEPLQFWHSLLFMDQYNYGGIPAKDDESSDIESQVDIVANWNIAEYLPKKIQDHFVFIISQFLYIPWNYATKQAAARASLHREDTCTPSITVVAAESFESLVTENLKEQLSSYFSDKMLGIVRDIVLHMKGKDKNTKDILPEQPSGNIQKGDAALGFIKLVCSVLALDQNVQHDVLVMRKNLLKFVRVREFAPEAEFSNSSPSIILPNVICSYCDDCRDLDLCRDSALLAQEWRCAVPQCGQPYDQEVMENALLQIVRQRERLYHVQDLVCVRCNQVKAAHLSEQCACAGTYKCKEEATEFFSKMQIILNVATRQKFQLLQEFTSWILKDS 2205
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
2 36482824 36512761 + ClCG02G022050.2 Cla02g02143 268269

Annotation

Select Seq ID Length Analysis Description Start End IPR GO
Cla02g02143 2205 Gene3D Palm domain of DNA polymerase 753 937 IPR023211 -
Cla02g02143 2205 Pfam DNA polymerase family B 756 1070 IPR006134 GO:0000166|GO:0003677
Cla02g02143 2205 SUPERFAMILY DNA/RNA polymerases 487 1115 IPR043502 -
Cla02g02143 2205 Gene3D DNA Polymerase, chain B, domain 1 57 234 - -
Cla02g02143 2205 MobiDBLite consensus disorder prediction 1 23 - -
Cla02g02143 2205 SMART polmehr3 240 843 IPR006172 GO:0000166|GO:0003676|GO:0003887
Cla02g02143 2205 SUPERFAMILY Ribonuclease H-like 60 468 IPR012337 -
Cla02g02143 2205 Pfam DNA polymerase family B, exonuclease domain 75 401 IPR006133 -
Cla02g02143 2205 Gene3D - 239 469 IPR036397 GO:0003676
Cla02g02143 2205 PANTHER DNA POLYMERASE EPSILON CATALYTIC SUBUNIT A 31 2202 IPR029703 GO:0003677|GO:0003887|GO:0006260|GO:0006281|GO:0008622
Cla02g02143 2205 CDD DNA_polB_epsilon_exo 241 445 - -
Cla02g02143 2205 CDD POLBc_epsilon 504 1122 - -
Cla02g02143 2205 SMART DUF1744_2 1510 1895 IPR013697 GO:0003887|GO:0005634|GO:0006260|GO:0008270
Cla02g02143 2205 Pfam Domain of unknown function (DUF1744) 1522 1895 IPR013697 GO:0003887|GO:0005634|GO:0006260|GO:0008270
Cla02g02143 2205 Gene3D - 941 1125 IPR042087 -
       

Pathway

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Cla02g02143 K02324 POLE; DNA polymerase epsilon subunit 1 [EC:2.7.7.7] - csv:101208568 4226.78
       

Dupl-types

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Cla02g02143 Cla-Chr2:36482824 Cla09g02001 Cla-Chr9:37576109 0 dispersed
       

Deco-Alignment

Select Vvi1 Blo1 Blo2 Bda1 Bda2 Bpe1 Bpe2 Bma1 Bma2 Cmo1 Cmo2 Cma1 Cma2 Car1 Car2 Sed1 Cpe1 Cpe2 Bhi1 Tan1 Cmetu1 Lac1 Hepe1 Mch1 Lcy1 Cla1 Cam1 Cec1 Cco1 Clacu1 Cmu1 Cre1 Cone1 Cone2 Cone3 Cone4 Lsi1 Csa1 Chy1 Cme1 Blo3 Blo4 Bda3 Bda4 Bpe3 Bpe4 Bma3 Bma4 Sed2 Cmo3 Cmo4 Cma3 Cma4 Car3 Car4 Cpe3 Cpe4 Bhi2 Tan2 Cmetu2 Lac2 Hepe2 Mch2 Lcy2 Cla2 Cam2 Cec2 Cco2 Clacu2 Cmu2 Cre2 Lsi2 Csa2 Chy2 Cme2
Vvi6g1182 . . Bda02g00714 . Bpe01g00239 . . . . . . . . . . Cpe05g00419 . . . . . . . . Cla02g02143 Cam02g2276 Cec02g2314 Cco02g2358 Clacu02g2254 Cmu02g2187 Cre02g2512 . . . . . Csa06g01291 Chy11g00894 . . Blo14g00223 . . . . . Bma11g00219 Sed05g1215 Cmo02g01374 . Cma02g01335 . Car02g01122 . . . Bhi10g00063 Tan05g0138 Cmetu11g2291 . . . . . . . . . . . . . . .
       

Syn-Families

Select Gene Event_type S_start S_end Function Ath_gene Identity(%) E-value Score
Cla08g00013 . 1 94 Core DNA Replication Machinery Family AT4G14700 75.5 1.5e-37 155.2
Cla08g00013 . 1 94 Core DNA Replication Machinery Family AT4G12620 78.7 2.4e-38 157.9
Cla08g01551 . 2 390 Core DNA Replication Machinery Family AT2G37560 60.7 1.9e-138 489.2
Cla07g00440 . 9 451 Core DNA Replication Machinery Family AT2G01120 55.2 2.0e-129 459.5
Cla06g00340 . 89 622 Core DNA Replication Machinery Family AT4G29910 58.2 9.2e-175 610.5
Cla11g00892 . 1 283 Core DNA Replication Machinery Family AT1G26840 66.1 4.0e-94 341.7
Cla09g02206 . 68 839 Core DNA Replication Machinery Family AT1G79150 57.7 1.4e-235 813.1
Cla10g01241 . 8 946 Core DNA Replication Machinery Family AT1G44900 75.0 0.0e+00 1346.6
Cla01g02393 . 83 595 Core DNA Replication Machinery Family AT5G46280 84.1 1.5e-249 859.0
Cla02g00495 . 1 845 Core DNA Replication Machinery Family AT2G16440 76.2 0.0e+00 1153.7
Cla11g00330 . 963 1697 Core DNA Replication Machinery Family AT2G07690 78.4 0.0e+00 1112.4
Cla01g02533 . 7 869 Core DNA Replication Machinery Family AT5G44635 65.0 0.0e+00 1080.1
Cla09g00472 . 45 763 Core DNA Replication Machinery Family AT4G02060 85.3 0.0e+00 1219.9
Cla02g01918 . 55 521 Core DNA Replication Machinery Family AT2G29680 61.9 5.6e-163 571.2
Cla02g01918 . 37 482 Core DNA Replication Machinery Family AT1G07270 58.8 2.7e-143 505.8
Cla09g00820 . 323 915 Core DNA Replication Machinery Family AT3G25100 76.2 1.2e-257 885.9
Cla10g01954 . 12 826 Core DNA Replication Machinery Family AT3G09660 69.0 2.4e-309 1058.1
Cla09g01540 . 9 635 Core DNA Replication Machinery Family AT2G14050 79.5 4.4e-290 993.8
Cla09g01539 . 19 120 Core DNA Replication Machinery Family AT2G14050 74.5 2.6e-40 164.1
Cla02g01165 . 1909 2314 Core DNA Replication Machinery Family AT2G20980 51.4 6.2e-101 364.8
Cla09g00243 CCT,ECH 1 192 Core DNA Replication Machinery Family AT1G80190 67.5 1.1e-72 270.0
Cla11g00591 . 1 184 Core DNA Replication Machinery Family AT1G19080 68.5 2.0e-70 262.3
Cla11g00591 . 1 184 Core DNA Replication Machinery Family AT3G55490 68.5 2.0e-70 262.3
Cla05g00156 . 15 164 Core DNA Replication Machinery Family AT5G49010 65.3 1.6e-49 193.0
Cla02g01214 . 1 1546 Core DNA Replication Machinery Family AT5G67100 60.7 0.0e+00 1769.2
Cla04g01144 . 99 694 Core DNA Replication Machinery Family AT1G67630 54.7 5.5e-189 657.9
Cla06g00192 . 363 763 Core DNA Replication Machinery Family AT1G67320 65.3 3.5e-170 595.1
Cla08g00153 . 7 430 Core DNA Replication Machinery Family AT5G41880 65.5 1.6e-169 592.8
Cla01g01486 . 1 1033 Core DNA Replication Machinery Family AT5G63960 78.5 0.0e+00 1643.6
Cla10g01668 . 29 575 Core DNA Replication Machinery Family AT2G42120 60.5 4.1e-186 647.9
Cla06g00192 . 363 763 Core DNA Replication Machinery Family AT1G67320 65.3 3.5e-170 595.1
Cla01g00535 . 1 127 Core DNA Replication Machinery Family AT1G09815 60.8 3.4e-37 151.4
Cla02g02143 . 1 2095 Core DNA Replication Machinery Family AT1G08260 71.5 0.0e+00 2981.8
Cla09g02001 . 1 1737 Core DNA Replication Machinery Family AT1G08260 66.5 0.0e+00 2332.4
Cla02g02143 . 25 2202 Core DNA Replication Machinery Family AT2G27120 68.1 0.0e+00 2948.3
Cla09g02001 . 1 1844 Core DNA Replication Machinery Family AT2G27120 64.0 0.0e+00 2351.2
Cla04g01237 . 530 980 Core DNA Replication Machinery Family AT5G22110 69.8 1.1e-182 636.7
Cla02g02185 . 228 973 Core DNA Replication Machinery Family AT5G22010 72.2 1.6e-301 1032.3
Cla10g00332 . 1 203 Core DNA Replication Machinery Family AT1G63160 91.6 2.0e-105 379.4
Cla04g00481 . 73 444 Core DNA Replication Machinery Family AT5G27740 76.3 1.1e-162 569.7
Cla11g01553 . 1 334 Core DNA Replication Machinery Family AT1G21690 82.1 4.5e-153 537.7
Cla08g00608 . 1 412 Core DNA Replication Machinery Family AT1G77470 66.4 5.3e-147 517.7
Cla11g00142 . 26 587 Core DNA Replication Machinery Family AT2G06510 67.7 8.4e-238 820.1
Cla10g00108 . 32 703 Core DNA Replication Machinery Family AT2G06510 50.4 1.0e-195 680.2
Cla06g01537 . 1 643 Core DNA Replication Machinery Family AT5G08020 66.1 4.1e-245 844.3
Cla10g00108 . 10 811 Core DNA Replication Machinery Family AT5G45400 50.3 1.8e-227 786.2
Cla06g01537 . 1 638 Core DNA Replication Machinery Family AT5G61000 64.0 3.2e-237 818.1
Cla10g00108 . 5 797 Core DNA Replication Machinery Family AT4G19130 53.7 3.0e-224 775.4
Cla03g01715 . 1 386 Core DNA Replication Machinery Family AT5G26680 78.5 4.7e-176 614.4
Cla07g01491 . 1 328 Core DNA Replication Machinery Family AT2G25100 60.7 1.0e-110 396.7
Cla02g02101 . 44 890 Core DNA Replication Machinery Family AT1G08130 62.1 7.1e-282 966.8
Cla02g02101 . 204 890 Core DNA Replication Machinery Family AT1G49250 60.3 9.2e-227 783.5
       

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