Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Bach4g01680 ATGGAGGCTGTTTCTGCCATTGTTGGAGTTGTTGTAGACCTTACAGTGGCACCACTAGGGCGGCAATTGGGTTATGTGTTTGGCTATAAAGGCAATGTTGAGAAGCTAAAGAGCAAGATTGAGAAGCTAGAGGATGAAAGAGACAGTGTGCAGCATTTAGTTGATGATTCCAGGAGGAATGGGGAAGAAATTGAAAATGGTGTGAAGAAATGGCTAGAGAGAGTGAATTTAATCAGTGGAGAGGTGAAGAGATTTCAAGATGATGAATGTCACTCAAGAGCTGTGTGTACCAATTTGTCATGCCCCAATTTATGGTCTCGTCGTCGATTAAGCATGAAGGCGAAGAAGATGGTGAGGGCTATTGCTGAAATCCAGGCAGAAGGGAACTTCCAGAGGGTTTCTTATTGTGTATCTGCACCATGGATAGACGGTATCTCTAATGCTAGTCATATGGCCTTTGAATCAAGAACGTTAGTTTTGAATGAGGTAGTGGAGGCACTGAGTGATCCTACTGTAAATATGGTTGGAGTATATGGTTTGGCTGGCGTAGGTAAAACCACTTTGGTCAAGGAAGTTGCTAAGAAAGCTCAAGAAGACAAGATCTTTGATCCCGTGGTTATGGTTGCCATAACACAAAATGTGGAGACAAAAACGATTCAGAAAGAAATTGCTGATATGCTGGGATTGAAATTTGATGAGGACAGTGAACTCATAAGGGCAGGTCGTCTGATGAACAGGTTTAAGCAGGAGAAAAATGTTCTTGTAATTCTTGATGATCTCTGGGCGTGGCTTGATCTGGGAAAAATAGGAATCCCATGTGGTAATGATCACAAGGGGTGCAAGTTATTGCTGACTTCGAGAAACGAAGAGGTATTGTCTGGCCAAATGGGTACTCAAAAGAGCTTTTTGCTGGGAGTCTTGCTCAAAGAAGAAGCTCGGAAGTTATTTAAGGAGATGGCTGGACTTGATGACTCTGATAGCAATACTGATATTTTATCTGCAGCAGCTGAGGTTGTGGAAGAGTGTGCAGAATTGCCAGTCGCTATTGTTACTGTTGCAAGGGCTTTAAAGAACAAGAGTTTATCCGTATGGAGAGATGCAGTGCGGCAACTTAAGAATCCTACTTCTAGGAACATTACTGGAATGAAGGATGTTGATTCCTCTATAAAGTTGAGTTATGATTATTTGGAAAGTGATGAGCTGAAGTCTACTTTCTTGCTTTGTGCCTTTATGGTTCATGGTGCCCTCACCATGGACTTGTTGAAGTACTGTGTTGGACTGGGATTATTCAAAGGCATCTATGCAATAGCTGAAGCAAGAGACAGAATGCACGCATTGGTCTCTAAGCTAAAAGCCTCATGTCTATTGCTAGATAGTAATTATGATGACTGCTTCAATATGCATGATGTTGTTCGTGATGTTGCCTTATCAATAGCATCTCAGAACCAAAATGCCTTTACAGTGAGGTATGACAGACCACATGAATGGCCAGATATGAAGCAACTTGAGAATTGCACCACTATGACTTTACGTTACATCGATATCTCTAAGCTTCCAGAAGTGTTAGATTGTCCAAGACTGCAATTTTTGGAGATTTCCAGTAAGGATCCTTCTTTGCAAATAGAAGATGATTTCTTCAATAGATTGGATGAGCTCAAAGTGTTAGATCTGACGGCAATACATTTTTCATCCTTTCCTTCTTCAATCGCTGCTTTGAGAAATTTGTCAACATTGTGTCTAGACCAGTGTTTACTGGAAGACGTAGCTACAATAGGAGAGCTAAAGAACTTGAAAATTCTTAGCTTTTTATGGTCTGACATCAAACAATTGCCGTTTGAAATCAAGAACCTGACTAAACTTAAGTTGTTGGACTTGAGCAATTGTTCAAAACTTGAGGTTATTCCACCTAATATCATTTCAAGCTTGATAAACTTGGAAGAGCTGTATATGAAGAACAGCTTTGTTCAATGGCAAGATGAGAAATGCAACAGAGAAAGTACTAATGCTAGTCTAGCAGAGCTGAACAATTTGCCCCATTTAAATATTTTAGAAGTATGTGTCAGAGATGATTCAATTTTTCCGCAATACTCATTCTCTGGGAAGCTAGAAAAATATAGAATTTTGGTTGGGGATATGTGGAGTTGGTCTTGTAAGTACAAGAACTCGAGAACACTAAAGCTCAAGCTTAGCAGGAGTATCCATTTAGAGCGAGGGGTCAAAATGCTGTTAAAAGGTGTTGAAGATTTGTACTTGGATGAATTAGCTGGTGTTACAGAAGTTCTTTACCAATTAAATGAGGAAGGATTTCCTAACCTGAAGCATCTTCACATCCAAAATAGTACTGAACTTCGATACATTATCAACTCATTGGAGCGCTTTGATCTCACTCTTGTCTTCATCAGCTTGAAGTCATTGGTTCTGCAAAATCTTACTCGGTTGGAAAATATATGCCGTGGGAAAATTTCACCTGCAGCTTTTTCAGAATTAGAAGTAATCAAAGTCAAAAGCTGTGATAATTTGAAGAATCTCTTATCACTTTCTTTGGCTGGGTGCCTCTCGAAGCTTGTTGAATTAGAAGTCTCTGAATGTAATTCAATGAGGGAGATCATTTTCCTACAAAGTGAAGAAACTAACATGGATTGTATCGATATTGAGTTTAGGAATTTACATTCGTTGACACTCCAGAATTTGCCAGTCCTTGATCATTTTCTGTTTGACAAGAAGGCATCTTCTGTCACTCAAGGGGGAGACATAGAATTGACAAGCGATGTATCCAGTGAACCTGGCATTGGCAAGATCCTTTTCTGTGAGAAGATTGCTTTTCCCAACTTGGAGATGTTGAAGCTTTCTTCAATCAATTTCAAGAAGATTTGGCATGACCAGCCTTCAGCAAGTTCTTGCATTCCGAGTTTGACAACCATGATCATAGAGGGCTGTGGAAACCTTAAACATCTATTTACCTATTCCATGGCTAGAAATCTTGTAAATCTCAAACACCTTGAGATTAGCAAATGCCGAATGATGGAGGAAATATTACTTCCAGAAGAAATAACGAGGAGCTCCCTTATGATCCTTTTCCCTAATTTGGAGTCATTGATAATTTCTCACATGGATAACTTGAAGACACTATGGAGTGAACAACTTGGGCCAGATTCCTTTTGCAAATTGAAAACAGTAGATATTAAACAATCTGAGAAACTAATGACAATTGGTGAATCTTACATGTTGGTCAAACTAAAGAATTTGGAGACATTGTCGGTTGCCGATTGTAGTTCATTGAGCAAGATATTTGAACTCGATGCTGAGGAGCTGCATGGCAATATTGATATGCGATTGAAACAAGTGACTTTACTACGATTGTCACAGTTGAAGCATATCTGGGGTGGCAACCCGCAAGGAATTGTCAGCTTTCAGAGCCTGCAACTAATACATGTTGGTAACTGCCAGAAGTTGAAAAGCATCTTTCCTGCCTCTTTAGCCAAAGGTCTGGTGCAACTCCAAACAATCTATATAAGAGCATGTGGCATAGACGAAATTGTTGCAAACGAGGGAAATGGAGAAGCAGTTGCTAGTTTTACGTTCCCTCGTTTAAGCTCAGTGAATCTTTTCCATTTACCTGAGCTGAAGAGCTTTTATAGAGGGAGACACGTGCTAGAATGCCCACTGTTGCGGGAACTAGAAGTGATTTGTTGTGACAAATTAGAGCCTCTTGGAACTGAATCGACAAATTTTAGAGAATCACATCAGTTTGGCCAACCACATGTTTTAGTCCCACAACCACTATTCTCCATTGGAAAGGTGATCCCTAACTTGGAAAGAATGTCACTTAATGGCAAGGAAGTCATGAGGATATGGAATGGCCAGTTTCCTTCAAATCTTTTCAGCAATTTGAAATTTCTCCGCCTATATCATTTTTATGATGAGTGTTTTAGTTTTCCATATTGGTTACTTCAGAAAATCCCCACTCTTGAAGAGCTATTTGTTGAACAAAGTTCTTTCAAAGAGATACTCCTCTCTAATATGCCTACTACAGTGGAAAAATTATGGTTATGGGGATTGCGCAAGTTAGAGAACATTTCCAAAGAAGGGTCCCAAGTAGATATTGTTCTTGAGAAACTAACACATCTATGTATAGCGGAATGTTCAACTTTGCAGAAATTAGCACCTTCCAAAGTTTCTTTTAATCATTTGACTTACTTGGAAGTAAAGAAATGTGAGAGCATGGTAAAACTTATAACATTCTCAACAGCTAGGAGCTTGGCACAGTTGAAGACATTGAAAATAAAGGACTGCAAAAAGATAGAAGAAATTATAGCAAGTGACACCCTTGAAAATCAGGAAATTGATTTCCGCCAGTTGCAAATTATGGAACTTGATTGTTTACCAAACCTCATGCATTTCTGCTCAAATAATTGTATGTTGAAATTTCCATACTTGGAAGGACTTCGTGTCAAAGAATGCCTTAGGATGAAGATATTTTCTACGGGAACAGTAAGGACACCAAAGCTACAGAAAGTACAAGTAGAAGGAACAGAAGATGAATGGTATTGGGAGGGGAATCTGAATGCCACCATAAAAAAATTTTTTATGGACAAGGTTGCACTCCATAGCCTAGAGCATCTGGAATTATGTGAATTCCCGGAGCTGTATGAAATTTGGCATAGAAGATTTCCAGATAGGTGTTTTCGCAAGCTGAAATTACTGGTGGTGGAAAACTGTCACTCTTTATCAAATGTCATCTCGTTGAAGTTGCTAGGACTCCTAAAACAGTTGGAAGAGCTAAAAGTTGAAAATTGTGATGGAATAGAAACCATCTTCAACTTGGAAGGGATAAATGAGGAAGAGGAGAGTAAAATGGAAGGTACAAGCTTACAAAGTCTAAGTTTGAATAATCTGCCAAGACTGAAACATGTGTGGGAAAGAGATCCTCAAGATTTCATCAGCTTTCAAAACCTGCAGGTTGTACTAGTTCTGAATTGTAAGAGTCTGAATTATCTATTTCCTTTGTCTGTAGCAAAAGCTCTTACTAAACTTGAAGTGATCAAAGTAGATAAATGTGAGATGTTGGAAACTGTTGCCAAGGACGAAGGAGTTGCAACAACTATTAGCTTTATATTCCCCAGAGTAACTAAAGTATGTCTTGGCAGTTTACCTAAATTCAAAAATTTTTATCCTGGACCACATACCATAGAATGGCCAATGTTGAAAGACATAGAGGTGCTTGATTGTGTCCAAATGTCACTATTCATGGAAGATTCTGTAAATTCTGGAGAACCACAGTCAGAGAGTCAACGTGTAGGCCTTGAACAAGCCATTTTCTCATCTGAAAAGGTAATTCCCAATTTGGAGCACTTGTCGTTAGATAGCAAGAATGTAATGAGGATACAGCAGGGACATATCCCTGTAGAACTTTTCCATAGCCTAAAACAACTGCGGCTCCATTGCTTTGATGATGAATATGCTACATTTCCACATTGGTTGCTTGAAGCAATACCCACTTTGGAAAGACTTGATTTCCCATTATTGGAGAGTGTCATTGTAAAAGAATGCCCCTGGATGAAAGTATTCTTCTGTGGAGTTTCAGGCACACCAAGGCTACAAAAAATTCATATAGATGAGAATACAAATAAAGCTTACTGGGAGGGTAACCTGAATGCTACGATGGAGAAGTTGTTCCAGGACAGGATTACTAGGCAAGAGAACGGGGAAGATCCTTGTGATATCTGTGGCCACTATTACAATTATGGAGAAGTATGTCCGATTTGTGGCCACCGGAGGATACTGGCCTCATTGGAGCAAACTACATTTCAAGTTGACTTCTTCCCATCTTTGATTTTACCAGAGTTTCTCTACTTGGGCAATTTCCATATTGCCTCCCATTTCGAGCTTCTGAAGGCTGTGGGAATCTCTTTTATCCTCAATACAGTACCTTCTCGTCAAATTCTCTACCCAAGCTCATTTACCTATCACAGCCTGCCAATCTCACATGACAAAACTTGGCCATTTGATGAGGCAGTTCAGTTTCTAGAGAAATGTGAGAAGGATAAGGTAAAGGTTCTGGTTCATTGCATGTCAGGGAATAATAGGTCTCCAGCTATTGTTACCGCATACTTGATGAAGTCCAAAGGTTGGAGATTTGCAAAGAGTTACCAATGGGTGAAAGAGCGAAGACCTTCAGTTATATTGACCGAAGCGGTCTACCGGCAACTGCAGGAGTATGAGCGTGGCATATATGGATCAGTTGACGATGGTAGCAGCTCATATAATGCCAATCCACCCAATCCAAATCACGCCGAGTGA 6300 0.3968 MEAVSAIVGVVVDLTVAPLGRQLGYVFGYKGNVEKLKSKIEKLEDERDSVQHLVDDSRRNGEEIENGVKKWLERVNLISGEVKRFQDDECHSRAVCTNLSCPNLWSRRRLSMKAKKMVRAIAEIQAEGNFQRVSYCVSAPWIDGISNASHMAFESRTLVLNEVVEALSDPTVNMVGVYGLAGVGKTTLVKEVAKKAQEDKIFDPVVMVAITQNVETKTIQKEIADMLGLKFDEDSELIRAGRLMNRFKQEKNVLVILDDLWAWLDLGKIGIPCGNDHKGCKLLLTSRNEEVLSGQMGTQKSFLLGVLLKEEARKLFKEMAGLDDSDSNTDILSAAAEVVEECAELPVAIVTVARALKNKSLSVWRDAVRQLKNPTSRNITGMKDVDSSIKLSYDYLESDELKSTFLLCAFMVHGALTMDLLKYCVGLGLFKGIYAIAEARDRMHALVSKLKASCLLLDSNYDDCFNMHDVVRDVALSIASQNQNAFTVRYDRPHEWPDMKQLENCTTMTLRYIDISKLPEVLDCPRLQFLEISSKDPSLQIEDDFFNRLDELKVLDLTAIHFSSFPSSIAALRNLSTLCLDQCLLEDVATIGELKNLKILSFLWSDIKQLPFEIKNLTKLKLLDLSNCSKLEVIPPNIISSLINLEELYMKNSFVQWQDEKCNRESTNASLAELNNLPHLNILEVCVRDDSIFPQYSFSGKLEKYRILVGDMWSWSCKYKNSRTLKLKLSRSIHLERGVKMLLKGVEDLYLDELAGVTEVLYQLNEEGFPNLKHLHIQNSTELRYIINSLERFDLTLVFISLKSLVLQNLTRLENICRGKISPAAFSELEVIKVKSCDNLKNLLSLSLAGCLSKLVELEVSECNSMREIIFLQSEETNMDCIDIEFRNLHSLTLQNLPVLDHFLFDKKASSVTQGGDIELTSDVSSEPGIGKILFCEKIAFPNLEMLKLSSINFKKIWHDQPSASSCIPSLTTMIIEGCGNLKHLFTYSMARNLVNLKHLEISKCRMMEEILLPEEITRSSLMILFPNLESLIISHMDNLKTLWSEQLGPDSFCKLKTVDIKQSEKLMTIGESYMLVKLKNLETLSVADCSSLSKIFELDAEELHGNIDMRLKQVTLLRLSQLKHIWGGNPQGIVSFQSLQLIHVGNCQKLKSIFPASLAKGLVQLQTIYIRACGIDEIVANEGNGEAVASFTFPRLSSVNLFHLPELKSFYRGRHVLECPLLRELEVICCDKLEPLGTESTNFRESHQFGQPHVLVPQPLFSIGKVIPNLERMSLNGKEVMRIWNGQFPSNLFSNLKFLRLYHFYDECFSFPYWLLQKIPTLEELFVEQSSFKEILLSNMPTTVEKLWLWGLRKLENISKEGSQVDIVLEKLTHLCIAECSTLQKLAPSKVSFNHLTYLEVKKCESMVKLITFSTARSLAQLKTLKIKDCKKIEEIIASDTLENQEIDFRQLQIMELDCLPNLMHFCSNNCMLKFPYLEGLRVKECLRMKIFSTGTVRTPKLQKVQVEGTEDEWYWEGNLNATIKKFFMDKVALHSLEHLELCEFPELYEIWHRRFPDRCFRKLKLLVVENCHSLSNVISLKLLGLLKQLEELKVENCDGIETIFNLEGINEEEESKMEGTSLQSLSLNNLPRLKHVWERDPQDFISFQNLQVVLVLNCKSLNYLFPLSVAKALTKLEVIKVDKCEMLETVAKDEGVATTISFIFPRVTKVCLGSLPKFKNFYPGPHTIEWPMLKDIEVLDCVQMSLFMEDSVNSGEPQSESQRVGLEQAIFSSEKVIPNLEHLSLDSKNVMRIQQGHIPVELFHSLKQLRLHCFDDEYATFPHWLLEAIPTLERLDFPLLESVIVKECPWMKVFFCGVSGTPRLQKIHIDENTNKAYWEGNLNATMEKLFQDRITRQENGEDPCDICGHYYNYGEVCPICGHRRILASLEQTTFQVDFFPSLILPEFLYLGNFHIASHFELLKAVGISFILNTVPSRQILYPSSFTYHSLPISHDKTWPFDEAVQFLEKCEKDKVKVLVHCMSGNNRSPAIVTAYLMKSKGWRFAKSYQWVKERRPSVILTEAVYRQLQEYERGIYGSVDDGSSSYNANPPNPNHAE 2099
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Bach4g01680 2099 SMART AAA_5 171 307 IPR003593 GO:0016887
Bach4g01680 2099 SUPERFAMILY (Phosphotyrosine protein) phosphatases II 1920 2076 IPR029021 -
Bach4g01680 2099 SUPERFAMILY L domain-like 940 1247 - -
Bach4g01680 2099 SUPERFAMILY RNI-like 1535 1875 - -
Bach4g01680 2099 Gene3D Ribonuclease Inhibitor 740 1014 IPR032675 -
Bach4g01680 2099 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 147 408 IPR027417 -
Bach4g01680 2099 Pfam NB-ARC domain 160 394 IPR002182 GO:0043531
Bach4g01680 2099 CDD rubredoxin_like 1906 1924 - -
Bach4g01680 2099 SUPERFAMILY L domain-like 467 898 - -
Bach4g01680 2099 PANTHER NB-ARC DOMAIN-CONTAINING PROTEIN-RELATED 1590 1867 - -
Bach4g01680 2099 Coils Coil 26 60 - -
Bach4g01680 2099 Gene3D Ribonuclease Inhibitor 1418 1877 IPR032675 -
Bach4g01680 2099 Gene3D Protein tyrosine phosphatase superfamily 1926 2079 IPR029021 -
Bach4g01680 2099 ProSitePatterns Tyrosine specific protein phosphatases active site. 2021 2031 IPR016130 GO:0016311|GO:0016791
Bach4g01680 2099 Gene3D Ribonuclease Inhibitor 1258 1417 IPR032675 -
Bach4g01680 2099 Gene3D Ribonuclease Inhibitor 1051 1252 IPR032675 -
Bach4g01680 2099 SMART dsp_5 1941 2076 IPR020422 GO:0006470|GO:0008138
Bach4g01680 2099 Gene3D Ribonuclease Inhibitor 477 731 IPR032675 -
Bach4g01680 2099 Gene3D - 307 396 IPR042197 -
Bach4g01680 2099 SUPERFAMILY L domain-like 1270 1494 - -
Bach4g01680 2099 Coils Coil 107 127 - -
Bach4g01680 2099 ProSiteProfiles Tyrosine specific protein phosphatases domain profile. 2000 2068 IPR000387 GO:0016311|GO:0016791
Bach4g01680 2099 Gene3D - 143 302 IPR027417 -
Bach4g01680 2099 PRINTS Disease resistance protein signature 174 189 - -
Bach4g01680 2099 PRINTS Disease resistance protein signature 615 631 - -
Bach4g01680 2099 PRINTS Disease resistance protein signature 247 261 - -
Bach4g01680 2099 PRINTS Disease resistance protein signature 342 356 - -
Bach4g01680 2099 Pfam Dual specificity phosphatase, catalytic domain 1950 2075 IPR000340 GO:0008138|GO:0016311
Bach4g01680 2099 ProSiteProfiles Dual specificity protein phosphatase domain profile. 1941 2079 IPR020422 GO:0006470|GO:0008138
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Bach4g01680 Bach-Chr4 13424278 13433485 Dispersed/Tandem
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Bach4g01680 1898 2063 Protein tyrosine phosphatase (PTP) family AT2G04550 57.059 1.71e-58 198
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Bach4g01680 - - qsa:O6P43_026586 1401.34