Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Hepe01g1968 ATGGCTTTATTTCGAAAGTTCTTTTATCGAAAGCCACCGGACGGGCTTTTGGAGATATCCGAAAGGGTTTATGTTTTCGACTGCTGCTTTACGACGGAGGTTTTGGAAGAAGAAGAATACAAAGTCTATATTGCAGGCATTGTGGGACAACTTCGTGAGAGTCTCACCGACGCTTCATTCATGGTGTTCAATTTCCGAGAGGGGGAGAGTCAAAGCCTCGTTACTAATATATTATCTGAATATGATATGACTGTCATTGACTATCCTCGGCATTATGAAGGCTGCCCTTTACTCACTATGGAGATGATCCACCACTTCTTAAGATCCAGTGAAAGCTGGCTCTCACTTGGGCAACAAAATGTACTTTTGATGCACTGTGAACGAGGGGGGTGGCCAGTCTTGGCTTTCATGTTGGCCGGTCTTTTGATTTACAGGAAGCAGTATGCTGGGGAGCAGAAAATTTTGGACATGATTTACAAGCAAGCACCTCAGGAGCTTTTGCAGTTGATGTCACCTCTTAATCCATTGCCTTCACAATTGAGGTATCTCCAATATGTGTCAAGAAGAAATGTGGCATCAGAATGGCCTCCGCTTGACAGGGCGCTTACTCTAGACTGCGTAATTATTAGATGTATTCCTAATATGGATGGGGAGGGTGGTTGCCGCCCAATATTTAGGATATATGGACAGGATCCCTTTATGGCTACTGACCGAACTTCTAAAGTATTGTTCTCAACCCCCAAAAAGAGTAAACTTGTTCGTCAGTATAAGCAGGTAGATTGTGAACTAGTTAAAATTGATATCCATTGCCATATCCAAGGTGATGTTGTTCTTGAATGTATAAGTTTGGACAATGATCTGGAAAGGGAGGAGATGATGTTTCGAGTTATGTTTAATACAGCATTTATAAGGTCAAATATTTTAATGCTTAACCCTGATGACATTGATATCTTATGGCATGCAAAGGATCAATTTCCAAAGGATTTCAGAGCAGAGGTTCTTTTCTCAGAGATGGAGGCTACCACATCGCTCATTTCAGTTGAACTACCAAATATTGAGGAGAAAGATGGTCTTCCAATTGAAGCATTTGCTAGAGTCCAAGAGATCTTTAGCAATGTGGACTGGCTAAGCCCAAAGGGAGATGCGGCTCTTAATGTGCTTCAGAAAATAACAGCTTCGAATTTACTTCAAGAGAAGCTTGTTAGTTCCGGCTCTTTAGAGAGAAACCAGTTGCTTGACTTGTCTTTTGAAAAACTAATCTCGGAATCAGAGACATCTGAAGACAATATTAGAAGTCTCCGATGGAAGTTACAAACAAATCAGCCTCTGCCTTCTTCTGAACCACCTCAGTCTAAAATCATCACCCAACTAATACCTCAGCCTTCCTTGTCTACACCAGTCTCCTTCCGTAGTTCTGTGCAGGGGTCACCTCCCCCATTATTAAGATATCACAGTGCACCTTCAGCTCTTGGCATCACAGCTTTATTACATGATCATTCCGAATTTAGTAGTAAAGAAGTCATACATCCAGCGACAATATCTTCACCATCATCTGCACTATTGACTACGAGTGTTCTAGATTCACGTAAAGATATTCAACCTGGTAAACTTCCTATTTTGCCTCTCCTGCTACCATTAGAGCCAAGTGCTACATTAGAAAATTCTCCTACCACTACGTCAACTTCAACCATTCCTGATCCGCTGTTCCTTCACCAACTTTCTTTGAAACCTATTAAATCTTCAATTTCTCAACCATCTCAAACCACATCAAGGGGGAGAAGTCAATTATCACCATCTTCATTACAACCAACATGTACCTCTTTTCCTGTGGAGCCATCACCCTCTTTCAATGAGAGCTTACCTTCAATATCCTCTTCTTCTCCTTTATTAAGACCATCTCCATCTTTTAGTAGTAAGGAATCATTTTTCGTTCCCACTTCTCCCCCTCTTCGAGCTCGCTTCTCGCGTCTTGAATCACCTTCGTTTTCTAGATGGACAAATGGTTCCATTTCCCCATCTACACCACAACCTTCTTCTACAACACTATTATTATCCTCTACAAAGACATCTGGTTCTATTTCCCCGTCTCCACCACAACCTTCTTCTACGACACTATTATTATCCTCTACAAAGACATCAACTCAATCATTTTCTTCTGATGATCGTCTAGTTTCTTCTAAGTCACCTAAAAAGAACTTGACAGTTGTCCCTCCTCAATCATTTTCTTCGGATGATCGTCTAGTTTCTTCTAAGTCATCTAAAAAGCATAAGTCATCTAAAAAGAACTTGACAATTGTCCCTCCTCAATCATTTTCTTCTGATGATCGTCTAGTTTCTTCTAAGTCACCTAAAAAGAACTTGACAATTGTCCCTCCTCAATCATTTTCTTCTGATGATCGTCTAGTTTATTCTAAGTCATCTAAAAAGAACTTGACAATTGTCCCTCCTCAATCATTTTCTTCTGATGATCGTCTAGTTTCTTCTAAGTCACCTAAAAAGAACTTGACAATTGTCCCTCCTCAATCCTTTTCTTCTGAGGATCGTCTAGTTTCTTCTAAGTCATATAAAAAGAACTTGACAATTGTCCCTCCTCAATCCTTTTCTCAATCATTTTCTTCTGATGATCGTCTAGTTTCTTCTAAGTCATCTAAAAAGAACTTGACAATTGTCCCTCCTCAATCCTTTTCTTCTGATGATCGTCTAGTTTCTTCCAAGTCACCTAAAAAGAACTTGTCAATTGTCCCTCCTCAATCCTTTTCTTCTGATGACCGTCTAGTTTCTTCTAAGTCACCTAAAAAGAACTTGACAATTGTCCCTCCTCCTCCTCCATGTTCTAGCCCTAACTTGGGCGCTAGTGTTGTCTCGCCAACATTGGCGTCCCCGCCCCCGCCTCCACCTCCTTCTTGGAAGGACTCTACAATCACAACCATGCATGATCCCCCACCTCCACCTCCAGCCCCACCCTTGCCCCCATCTAATTTGAGTTCACCATCTACTAGTGGTTCTAGTGTCACGTCTTTAGGGCCGCCACCGCCACCGCCACCGCCGCCGTCACCACCTCCACTTGGTCTTGCACCACATGATTCTGCAACGATAGTTAGGAACTTGACGGTTGTACCCGGCCCTCCGCCTCCCCCACCTCCACCATCTCTTAGTTCTTCCCTAGGTCCTAGTATTGTATCTTTAGTGCCCCCACCCCCACCACCCCCTCCTAGTCTTGCAGCAAATGTTTCTGCAACAACAATGCATGTCTCTGGCCCCCCTCCTCCTCCTCCTCCACCTTTTGCAAATTCTGGATCCACCTTATGTCGGGGTGATGTAACGTCAGCTCCACCCGCACCACCTCCTCCAGGTTTTTCAATGAATGGTTCTGCAACACATGCCCCTCCTGCACCCCCTCCTCCAGGTCTCAGTGGTAATAAGCTTTCAAATGTCAATGGTACTAACTCACAGTCTCACGTTGGAATTAATAACAGCAACATACCTTCTATTCCTGGACCCCCTTCAAGTGCTCTATTCGCAAAGGGACGAGGCCTTGGACGTTTGAATCCCAAAAGCATGTCTCAACCTAAAAGGTCCAATTTGAAGCCTTATCACTGGTTAAAATTAACGAGGGCCATGCAAGGAAGCTTATGGGCAGAGACACAAAAGACTGATGAAGCTTCCAAAGCTCCGGAGTTTGACATGTCCGAACTTGAAAGTCTTTTCTCTGCAGCTACACCAAATTCAGACTCCGGAGGTTCTGGAAATTCACGCCGAGCCTCAGGGCCAAAATCAGATAAAGTTCAATTGATTGAACTTCGACGGGCCTATAATTGCGAAATTATGCTCTCTAAAGTTAAGATTCCTTTGCCTGATATGATGTGTTCAGTTCTTGCATTGGATGATTCGGCATTAGATGTGGATCAGGTTGAGAACCTAATCAAGTTCTGTCCAACAAAAGAAGAAATAGAATTACTCAAGGGGTACAGTGGGGACAAGGACAACTTGGGAAAATGCGAACAATTCTTCTTAGAATTGTTGAAAGTCCCACGAGTAGAGTCCAAGCTAAGGGTTTTTTCGTTCAAGATACAATTCCGTTCGCAGGCCTCGGACCTTAGAAATAGTCTGAATACTATCAATTCGGCATCTGACGAGATCAGAAATTCGACAAAGTTGAAAAGGGTAATGCAAACTATCCTTTCGTTGGGTAATGCTTTGAACCACGGAACGGCTAGAGGTTCTGCTATTGGATTTCGCCTTGATAGTCTCCTCAAACTCACTGATACACGAGCCAGAAACAACAAGATGACTCTCATGCATTATCTATGTAAGGTGCTTGGTGAAAAGCTGCCAGAACTTTTAGATTTTCCGAAGGACCTTTTGAGTTTGGAAGGTTCTACAAAGATACAACTGAAATATTTGGCAGAGGAAATGCAAGCCATAAGCAAAGGCCTTGAGAAGGTTGTTCAGGAATTGGCTAATTCAGAAAACGATGGGCCTGTTTCAGAATGTTTTTGTCGGACTTTAAAAGACTTTCTTTCTCATGCTGAGGCCGAAGTGAGGTCTCTTGCCTCTCTTTATTCCAATGTGGGTAGAAATGCTGATGCACTGGCTCTTTATTTCGGTGAGGATCCAGCACGTTGCCCTTTTGAGCAAGTTGTTTCTACACTGTTCAATTTTGTGCGGATGTTTGTTCGAGCGCATGAAGAAAACTGTAAGCAGCTTGAATACGAAAGGAAGAAAGCACTGAAGGAAGCAGCAGAAAAAGAAAAAGAAAAACAGAAGGAGAGGTTGAAGTTTTCCAAATCAGAATTTTATATTCTCGATTTACCTTCAATCTCTTCAACTGTGATAGATTTCACGGATGCCAAACTTCATCTTCGACCTCTTCGATTTCGCTGA 4884 42.67 MALFRKFFYRKPPDGLLEISERVYVFDCCFTTEVLEEEEYKVYIAGIVGQLRESLTDASFMVFNFREGESQSLVTNILSEYDMTVIDYPRHYEGCPLLTMEMIHHFLRSSESWLSLGQQNVLLMHCERGGWPVLAFMLAGLLIYRKQYAGEQKILDMIYKQAPQELLQLMSPLNPLPSQLRYLQYVSRRNVASEWPPLDRALTLDCVIIRCIPNMDGEGGCRPIFRIYGQDPFMATDRTSKVLFSTPKKSKLVRQYKQVDCELVKIDIHCHIQGDVVLECISLDNDLEREEMMFRVMFNTAFIRSNILMLNPDDIDILWHAKDQFPKDFRAEVLFSEMEATTSLISVELPNIEEKDGLPIEAFARVQEIFSNVDWLSPKGDAALNVLQKITASNLLQEKLVSSGSLERNQLLDLSFEKLISESETSEDNIRSLRWKLQTNQPLPSSEPPQSKIITQLIPQPSLSTPVSFRSSVQGSPPPLLRYHSAPSALGITALLHDHSEFSSKEVIHPATISSPSSALLTTSVLDSRKDIQPGKLPILPLLLPLEPSATLENSPTTTSTSTIPDPLFLHQLSLKPIKSSISQPSQTTSRGRSQLSPSSLQPTCTSFPVEPSPSFNESLPSISSSSPLLRPSPSFSSKESFFVPTSPPLRARFSRLESPSFSRWTNGSISPSTPQPSSTTLLLSSTKTSGSISPSPPQPSSTTLLLSSTKTSTQSFSSDDRLVSSKSPKKNLTVVPPQSFSSDDRLVSSKSSKKHKSSKKNLTIVPPQSFSSDDRLVSSKSPKKNLTIVPPQSFSSDDRLVYSKSSKKNLTIVPPQSFSSDDRLVSSKSPKKNLTIVPPQSFSSEDRLVSSKSYKKNLTIVPPQSFSQSFSSDDRLVSSKSSKKNLTIVPPQSFSSDDRLVSSKSPKKNLSIVPPQSFSSDDRLVSSKSPKKNLTIVPPPPPCSSPNLGASVVSPTLASPPPPPPPSWKDSTITTMHDPPPPPPAPPLPPSNLSSPSTSGSSVTSLGPPPPPPPPPSPPPLGLAPHDSATIVRNLTVVPGPPPPPPPPSLSSSLGPSIVSLVPPPPPPPPSLAANVSATTMHVSGPPPPPPPPFANSGSTLCRGDVTSAPPAPPPPGFSMNGSATHAPPAPPPPGLSGNKLSNVNGTNSQSHVGINNSNIPSIPGPPSSALFAKGRGLGRLNPKSMSQPKRSNLKPYHWLKLTRAMQGSLWAETQKTDEASKAPEFDMSELESLFSAATPNSDSGGSGNSRRASGPKSDKVQLIELRRAYNCEIMLSKVKIPLPDMMCSVLALDDSALDVDQVENLIKFCPTKEEIELLKGYSGDKDNLGKCEQFFLELLKVPRVESKLRVFSFKIQFRSQASDLRNSLNTINSASDEIRNSTKLKRVMQTILSLGNALNHGTARGSAIGFRLDSLLKLTDTRARNNKMTLMHYLCKVLGEKLPELLDFPKDLLSLEGSTKIQLKYLAEEMQAISKGLEKVVQELANSENDGPVSECFCRTLKDFLSHAEAEVRSLASLYSNVGRNADALALYFGEDPARCPFEQVVSTLFNFVRMFVRAHEENCKQLEYERKKALKEAAEKEKEKQKERLKFSKSEFYILDLPSISSTVIDFTDAKLHLRPLRFR 1627
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
1 84453021 84464402 + Hsped.01g19680.1 Hepe01g1968 561078
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 661 792 - -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 1238 1257 - -
Hepe01g1968 1627 ProSiteProfiles C2 tensin-type domain profile. 199 338 IPR014020 -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 1060 1074 - -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 1038 1053 - -
Hepe01g1968 1627 Coils Coil 1559 1598 - -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 869 1195 - -
Hepe01g1968 1627 Pfam C2 domain of PTEN tumour-suppressor protein 199 337 IPR014020 -
Hepe01g1968 1627 Gene3D Formin, FH2 domain 1204 1597 IPR042201 -
Hepe01g1968 1627 SMART PTEN_C2_2 197 337 IPR014020 -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 869 934 - -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 580 631 - -
Hepe01g1968 1627 SUPERFAMILY C2 domain (Calcium/lipid-binding domain, CaLB) 201 338 IPR035892 -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 1006 1024 - -
Hepe01g1968 1627 SMART it6_source 527 1627 IPR015425 -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 762 792 - -
Hepe01g1968 1627 ProSiteProfiles Formin homology-2 (FH2) domain profile. 1185 1584 IPR015425 -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 977 994 - -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 1238 1259 - -
Hepe01g1968 1627 Gene3D - 196 341 - -
Hepe01g1968 1627 SUPERFAMILY Formin homology 2 domain (FH2 domain) 1112 1576 - -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 661 747 - -
Hepe01g1968 1627 Pfam Formin Homology 2 Domain 1189 1558 IPR015425 -
Hepe01g1968 1627 PANTHER FORMIN-J 739 1585 IPR051144 -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 1139 1166 - -
Hepe01g1968 1627 SUPERFAMILY (Phosphotyrosine protein) phosphatases II 12 187 IPR029021 -
Hepe01g1968 1627 Gene3D Protein tyrosine phosphatase superfamily 14 191 IPR029021 -
Hepe01g1968 1627 MobiDBLite consensus disorder prediction 813 840 - -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Hepe01g1968 Hepe-Chr1:84453021 Hepe09g0582 Hepe-Chr9:5428963 0.0 dispersed
Hepe01g1968 Hepe-Chr1:84453021 Hepe09g0095 Hepe-Chr9:754604 7.13e-258 transposed
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Hepe01g1968 K28090 - csv:101214019 1040.41