Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Phco2g00703 ATGGACCGAAGCAAGAGCCGTACCGATCTACTCGCAGCTGGCAGGAAAAGGCTCCAACAATTTCGTCAGAAGAAGGACCATAAAAGTGGTAGTAACAGTGGAAAATCATCAAAAAAAGTTGGTTTACCTCAGCTAGTTGATTCTGATTCTGATGCTGCAAGTAGTGTCTCAGTTTCAACAGTGTCATCTCAGATAACTGATGGAAATGTTGAGGATGACAGTCACTCCAATGTCGTTAATACAGAAACATCAGAGACACAGTCTGTGGCAAACTCGTTACCTCCTGACAATATTGATCCATCTGTTATTTCATCATCAGTCGTCACTACACATAATACAGGTGATGAAACTGTATTGGATTCTAGTGCTGAGCTAGCACATCAGGTTCCTGGGGTCTGTGAGAAAGATAATGAGTTATCTGTTCAAGGGAATATTGCTAAAGACATTGGTGCTGATGTGGCAGAGGATGTGTCTTTGAGAACTTCAGGTAGCCTGGTTCCTGAAGGAGGAGAAACACATGATCATGCATCTGCACCTGTTTCCATTTTATCCCAGCCTGCTCCTGGTACATCTGCAGCGGGTGAGTCTATTTCAGAAAGAGAGGGTGAAAAGAGGGAAGAATTGTTGCTTTTATCTCATGATATTCGGAATACATCTGTGATGCAAACAAGGGAAGATCAGGTAACAGATTTAGGGGCAATGCAGGAGGCAGATGGTTTGGTCATGAAGAAATTTTGTCAAAGCACTGATCCCGTGATTGATGGTCAGAGGCAGCTTCTTTTGTCTGAAGTTGGTGAGAGTGACCAGTCTCTTTTGGGAATTTCTTTGGAGAAAGCAAGAATTGGGGAGGCATCTCATGAAGCTGAACAACCGAGCAAGTCAATTGAATTGCTCTCCTCTCACGAGGTTGTGTCAGATAAGCTTTCAGGTTTTGATAAAGGTCAGAGAGATGATATTGCAGCTACAGGGACTTCAGTGAGGAATCTGGAGAGAGAAGCATTACCTAGTTCATACCATGAAGAAATTCTCCTTCAGTCTAATCAAGAACAGAATAGTGAAGTAGTTCTCGTTCAACAGGATAGGGGACTTCCGGAGGGGTTTAATCAGCAATGCCCTCATCTTGGACTCGCAATTGAGGATCCAAAGTCAAGGGCAGGTCATGAGTTTGATCCAGCCAGACCGTTGGATGTGTCTTCTGTTTTTGATGCAAACTCATTTAATCTCTTGCAGCTGGCTGAAATTATAAGGGGGCTTAGTGAACAAGAGTGTCAGTTTCTGATTGAGGCAAGAGGAGCAGAATCTGATTTGGATCCTTTAGCCAGTGGTTCAATTCTATCAGACCATGACATTTCAGAAGCATTTCAGAGTCTCAAAGAAGAATTGTTTCTTTCAAATTTAATGAAAAATATATTTAACATTCAACTAGCTGAACTACTGGAGTCTGATAACCAGGGTCACCAGTTGGTTGATGAAATATATCAGCTTCGTGCTTCTCATAATGAAGTTAATGAGAAGAATCAACACCTTAGTGAAGAACTTGATAATTGCCATGTTGATCTACATGATATTTCTAGCAAAAATGTGGAACTACAAAATCAATTTAATGCTGCCATGGCTGAGGTGGAAGCTCTTTCTGCCAGAGTGGTTGAGCTGCAGAATAATTTTGATATGTCTCACAAAGATTCATTGGATTTATCCAAAGAGTTGGCTGACTGCAGAGGCTTTATCTCAAGTTTACAGGTGGAAAAGAAGGACTTGAATGAAAGTCTTGATTTGACAAATGGTGAGAAAAATAAACTTTTGGAGGAGAAGGAATTTCATCTATTTGAAATTAAGAATCTGGCAACTGAATTAGCTGACTTAAACAGTTCGATGGAAGGAGTAAAACTTGAGAAGTCCAACTTAATTGACAGGATCTCTTCTGTGACCGAAGAGAGGAATAAGATCGAAGGAGAAATTGAGCATCTCAAACGTGAGATTGACAGGCTGTCATTAGATTTGGTTGAAAATAAAGATTTGGTGGCGAGTATACAGGCAGAAAATTCCAACTTAAATGGGAACCTTGCATTTTCAGGTGATAAGATTAAACATCTTGAAGATGAGAATCATAGACTCTCTTCTCAAATCATTTCCTTAAATGAGCAATTGTCTATAGAAAAGGGGGAACGATTGAGGTTTGAAAGTGACCTTAAAGAAGCTACAGTGCACTTGGAACAAATCTCCAAAGAAAATGTATTTCTCAATAACACTTTAGATAAGCATAAGATAGAAGACACTGGAAAGGAACACAGCCAACAAATATCTCAACCCAGGGACCTTGGGCGTCAAGCCAATGAACAAAGTAAGGGCGTTGGAATTGCAATAACCAAAGATTCTCTGCATATGGATCAGGAGCCAGATGAAGGTGCACCAGTGGGAACACATGTGAATAGACTTGAGTGTGAAGTATTTGATGATGATCTTGGGTTTGTTTCATTGAAGGATTGCTTGGATGAGGCTGAGAAAGTTTTGACGATGCTTGAAAAGGCAATTAATGAGTTGCATTTTCAATCAGTATCCTCCAGCAGGTCTGGTGAAAAAGTTTCGTCACCTGTGGTTTCAAAATTGATACAGGCTTTTGAATCAAAAGGACACGAAGATGAGCCTGAGGAGGAAACAAAGGATTCCAGTTATGTTCAGTCATCATCAAACTCATTTAATTTGACCAAAAAACAAATTGAAAATTTGAAAGAATTGCTTTCGAAGTGGAAGCTGGATGTCCAGATTGCGGGTGCATTATTCAAGGGGGAGCGAGATGATCGGAAAACTGGTGACGCAAAGTATAGTGATCTCAAGGACCAGTTTGAACAATTGAAGCAACATTGCTCAGATATGGAAGCATCCAACATTGAACTAACCGTTCAGTATGAATCCGTAAAGCAACTTCTGGGTGATATTCAAGAAAAGAAATTTCTTCTTGAGGAACTTTGTGACACTTTAAAGCTAGAAGATGCCCGTCTCAAAGCCAAAAATAATGAACTTTATGAAAAGCTTGGATATTGTCAATCAACAATTAGTGAATTGCATACTGAAATGAATGATGTGAAATGCATTTCAATTGATATGGCTTCTAGTGTTGGCAGTCAACTGGAAAATTTGCAAAAGGAGATAACAGAGAGGGCAATGCTACTTGAGCAAGGCTGGAATATGTCTGTGGCCCAAATTGTTGAGTTAGTTGGGAAGCTGGAAGAATCAGTTGGTGGAACTTTGTGCACAACTTTCTCTTCTGACACCCATGGTAACCTGGATATCACTCATCAGTTAAAAGTTTCAGTTCATGCAGCTGCTGAAATGATTTTTGATCTGCAGAAGAAACTTAAATCTACTAATTCAGAGCATGAAATAATGTGCACATCATATAAAGAAATGAGTTCAAAATGTGATGATCTGCTTGGGAGGAATGAATTGGCTGTTGGTCTATTGCATAAGATGTACAGTGACCTGAGGAAACTTGTACTCGGAAATGGTGGGACTATGGATGATAAGATAGATGTACAAAGTGACGTGCTTCCTGAACTGCTTAACTATAATAGCTATCAGCCCATCTTGAAACATATTGGGAATATATTGACTGAGAAGCAGGAACTTGAGTCTGTTACCAAGGAGATGAAGTCGGAATTGATGCACAGGGAAACAGAATTGGAAGAATTGAAGATGAAGTGTGTTGATTTAGATTCTGTTAGTAAGCTAATACAAGATCTGACTGGTGTGCTGAATACAGATATTCCAAAGCTTGATATGAATAAATCGCCTCTTTCATGGTTAGATTCTTTGGTGTCTAGTCTTGTACAGAGAATCAGAGAGGCTGAAATCCAGTATCACACGTCTAAAGAAGTATGTGGATCCAAGGAGATGGAATCGGCTGAATTGAAAGAAAAAATACATTATCTAGACACACTTCGTCTTGAGAATGAAAATGAAATCCTTGTTCTGAAGGAAAGCTTATATCAGGCTGAGGAAGCTCTTGTTGTTGCTCGCTCTGAATTACACAAGAAAGCAAATGAACTTGAGCATTCAGAACAGCGGGTGTCCTCCATTCGTGAGAAACTTAGCATAGCTGTTGCCAAGGGGAAAGGGCTAGTTGTACAGCGAGATGGCCTCAAGCAGTCCTTAGCAGAGACATCCAGTGAATTGGAGAGATGCTTGCAAGAGTTACAGTTGAAAGATAATAGACTTCAAGAGGTTGAAACAAAACTTAAGACATATGCAGGGGCTGGTGAATGTGTGGAAGCTCTGGAATCTGAGCTTTCTTATATACGTAATTCATCTAATGCTTTGAGAGAGTCGTTTCTCCTTAAAGATTCAATGCTTCAGAGGATAGAAGAGATATTGGAAGACTTAGATCTTCCAGAGCAGTTTCATTCAAGGGATACAATTGAAAAGATTGATTGGTTGGCTAGTTCAGTTTCTGGAAACTCATTGGCATTGAATGATTGGGAACAGAAAGATGCTGAGGGAGGAGGCTCATACTCTGATGCTGGTTATGTAGTCAGAGATTCGTGGAAAGATGATAGTCAGCTACAACAAGATTCAGATGATTTTAGAATGAAATTTGAGGAGTTGCAGAGTAGGTATTATGGGTTGGCTGAGCAAAATGAAATGCTTGAGCAGTCATTGATGGAAAGAAACAGCTTGCTTCAAAGATGGGAAGAGCTTGTAAATAGAGTTGAAATGCCTTCACATTTGCAGTCTATGGAGACAGAGGATAAAATTGAATGTATATGTGCAGCACTTACTGAGGCTAATCATCATATAGATGCTCTGCAACTGAAGATCGAAAAATATGATAGTTATTGTGGATTGCTAAATACTGATCTGGAAGAGTCTCAAAAGACCGTGTCTGCTTTTCAAGAAGACCTTAGTGCTCTCACATCAGAGAGAGGGCACCTTTCTGAAAAAGTGGAGTCTTTGCTCCATGAGAATGAGAAACTATCATTGCAAAGAAGGGAGGCTGAACTTGAGAAAGAAAATCTGCTTAAGGAAACAACTAGTGTGAAGGACAAGTTGGAATACAAAACTGCAATTGAAGAAAAACTTTTCACTATTGAGGGCAAGATCAGAAAATTGCAAGACTTGGTTGGTGATGCCTTGCCAGAATCTGATACACAAAATATGGTGTCTGGTAATGCACCTATTGATTCCTTGGAAGAATTGCTGGGAAAGCTTGTAGAAAAGCAGAACATGGAACAGAAACTATCTGCATTGACAAGAGAAACTGAACTTGAGAATGAAAGGCTGCTTAAAGAAATAACTAGTTTGAAGAACAAATTGGAACACAAAACTGCAATTGAAGAACAATTTTTCACTATTGATGGCAGGATCAGAAAGTTGCAAGACTTGGTTGGTGATGCCTTGTCAGAATCTGATACACGAAATATGGTGTCTGGTAATGCACCTATTGATTCCTTGGAAGAATTGCTGGGAAAGCTTGTAGAAAAGCAGAACATGGAACAGAAACTATCTGCATTGACAAGAGAAACTGAACTTGAGAATGAAAGACTGCTTAAAGAAATAACTAGTTTGAAGGACAAATTGGAACACAAAACTGCAATTGAAGAACAAATTTTCACTATTGATGGCAGGATCAGAAAGTTGCAAGACTTGGTTGGTGATGCCTTGCCAGAATCTGATACACAAAATATGGTGTCTGGTAATGCACCTATTGATTCCTTGGAAGAATTGCTGGGAAAGCTCGTAGAAAAGCTGAACGTGGAACAGAAACTATCTGCATTGGCAAGAGAAACTGAACTTGAGAAAGAAAAGCTGCTTAAGGAAATAACTAGTTTGAAGGACAAATTGGAACACAAAACTGCAATTGAAGAACAATTTTTCACTATTGATGACAAGATCAGAAAGTTGCAAGACTTGGTCGGTGATGCCTTGTCAGAATCTGATACACAAAATATGGTGTCTGGTAATGCCCCTATTGATTCCTTGGAACAATTTCTGGGAAAGCTTATAGAAAAGCTGAAAATAGAACAGAAACTATCTGCACAGACTAGAGAAACTGAACTTGAGAATGAAAAACTGCACAATGAGATAGCTAATTTAAAGGATAAATTGGAACGGAAAGCTGCCATTGAAGATCAGATTCTCATCATTGATGGTAAGATCAGAAAATTGCATCATTTAGTTGTTGATGCTTTGTCAGAATCTGAAACAGAAAATCTGGTTTCTGGTAGTGAGAAGATTGATTCCTTGGAAGAATTGTTGAGAAAGCTTATAGAAAATCATGCAAATCTTTCATCAAAGAATCCGGCATATGGGGCTTTCGGTGATGGACTCCATTCACAAAAGGATGATGGTACACTTTGTGAAGAAAGAAGTATAGATGTGCATGATAAGGAGACAGATATTGATAGATATAAAATAGATCTGGAGAAGTCTTTGAATGAATTGATGCATGTGAAGGAGGAGAGAGATAGATCTTTGGAAAAACAAATATCTTTATCTGGTGAAGTTGAAGCTATGACTAAAAGAATTGAGGAGTTGCAAGGGCTTCTTAATCAGGAGGAGCATAAATCAGCTTCTCTTAGAGAGAAGTTAAACGTTGCAGTTAGGAAAGGGAAGTCATTGGTGCAGCACCGAGACAGTCTAAAACAAACCATTGAAGAGATGACTTTTCAGATGGAGCACTTGAAATCTGAGATCAGCAACCGGGATAATACACTTGCAGAGCGTGAACAGAAGTTGAGACAGTTGTCAACCTACCCAGATAGGTTAGAAGCTCTTGAATCGGAGAGTTTGCTACTGAAGAAACATTTGGAAGAAACGGAGCACCATTTGCAGGAACAAGAATATGCTTTGCAACTGATTTTGAACAAGTTAGGTGAGATTGACGTTGGTGGTGAAGGTCATATGAGTGATCCAGTAAAGAAGTTGGAACAGGTTGGGAAACTATGCTCTGATCTGCATAGTACTGTGGCATCTTTAGAGCAAGAATCCAGGAAGTCTAAAAGAGCATCAGAACTCCTACTGGCAGAGTTAAATGAGGTTCAAGAAAGGAATGATAGTTTTCAGGAGGAGCTGGCAAAGGTGACTACTGAACTTGTGGATATCAGAAGAGAAAGGGATTCAGCGGAGGCCTCCAAATTGGAAGCGCTTGCACATCTTGAAAAGTTATCAGCCTTGCACGACGAGGAAAGAAAGAGCCATTTTTCTGACATCATGGAATTAAGATCTAATCTGAACCTTGTCTTCAAAAGCTTTGGTGAGGTTCACAGTTTACTGTCCAATGCATTTTTCTTTGATTTGGAATCTTATCGGAGACTGGAGGCTGGTCTTGAGTCATGCATGAAAGGAAACAATGCTACAAATATAGTGGATTCATCCATCAACAAAGATCACTGGGCATCTTCTAATAAGAGCTCTGTGCCTGCAGATCCTTGGCGAGATTTTGATGCAATTGATCAGTATGATGATAATACTTCAGTTGAAAATCTTCGTCTATTTGGTCATCAACTACAAGAGTTCATGATAAGGGTCAGTTCTCTGAAGGAAAAAATAAACATACACTCAAGTTTCGCACACGAACTAGACAAAACTCTGTCTAAACTAATGGCAAATATTCAAAGGGAAATGACTTCCCAAAGAGAGTTGAGTGAAACTATGAAGAAAGAACTAAGTGAGCATGATGAGAAACTTGTTGCATTACGTGGGATCATTGCCTACCTCTATGACGCATGCAATAACTCTTCCATTGTACTTGAAAATGAAAAAGCTGAACTGTCTGGGACAAAGGTTGAATCTTCAGATCTAGGAATTAACTTGGAAACTCCTTCATTTGATGATGACATATCTGAGGAATGTATTAAAACCGTGGCAGATAGATTGCTGTTGGCTGTGAAAGGGTTTACTAGTATAAAAGCTGAATTTTTAGATGCTAATCAAAAAGAAATGAAGGCTACTATAGCGAATTTGCAGAGAGAGCTTCAGGAGAAGGATGTTCAAAGAGATAGGATTTGCTCAGATCTGGTAAAACAGATCAAGGATGCTGAAGCTGCTGCAAACAGTTACTCTCATGATCTTCAAGCTTTTAAGATTCAAGAACATAATTTAAAGAAAGAGGTGGAAGCGATTGAGGCAGAAAGGAAGGTACTCGAACAGAGAGTGAATGAGCTGCAGGATAGGCAAGAAAACACTGCTGCATTAGAGGAGAAGATGCAATCTCAGACTGGTTTACTGGCTGCCAAAGACCAAGAAATCGAAGCACTAATGCATGCCCTTGATGAGGAAGAAACACAAATGGAAGAATTGACAAATAAGATTGTGGATCTTGAAAATGTTGTTCAACAAAAGAATCAAGAGATTGAGAACCTTGAATTTTCTCGTGGTAAGGTTATAAAAAAACTTTCCATAACTGTCAGCAAGTTTGATGAGCTTCACCACCTTTCGGCAAATCTCCTTTCTGAGGTTGAAAAGCTCCAATCCCAGTTGCAAGAAAGAGATACTGAAATTTCATTCTTGAGACAAGAGGTTACCAGATGCACTAATGATGTTCTTCTTGCATCACAAATGAGCAATCAGAGAAGTTATGATGAGATCTTTGAGTTCTTAACATGGGTTGATATGGTGGTGTCTCATGACGGGGCACATGATATACATCCTGATATGAAGAGCAATAGTCAGGTTCATGAATGCAAAGAAATACTTCATAAGAAGCTTATGTCTTTATTGTCAGAATTGGAAAATCTAAGGGAAGTTGTAGGAAGCAAGGATGCGATGTTGCAAATAGAAAGGAGTAAGGTAGAAGAATTGAATCACAAAACCGAAACTCTCGAGACGTTCTTACACCAGAAAGAATTGCAATTAAATTTGCTTGAAGGTGTGGAAGAAACTGGAAAGGGAGCTGGCACAAGCTCAGAAATTGTGGAGGTAGAACCAGTGATGAACCATTGGTCACCATCGGGGGCTTTTGTAGCACCTCAAGTACGCAGTTTGCGCAAAGGCAACAGTGATCATATTGCCATTGCTGTAGATGCAGACCCTGGTAGTACCAGTAGGATAGAAGAAGAGGATGACAAAGTCCATGGTTTCAAATCCCTCACCTCGTCCAAGATTGTCCCAAGATTTACTAGACCATTGACTGACTTGATTGATGGCTTATGGGTTTCATGTGATCGGACTCTAATGAGACAACCTGTCTTACGGCTTGGAATTATATTTTATTGGGCCATAATGCACGCACTACTTGCCTTTTTTGTTGTTTGA 9249 0.3953 MDRSKSRTDLLAAGRKRLQQFRQKKDHKSGSNSGKSSKKVGLPQLVDSDSDAASSVSVSTVSSQITDGNVEDDSHSNVVNTETSETQSVANSLPPDNIDPSVISSSVVTTHNTGDETVLDSSAELAHQVPGVCEKDNELSVQGNIAKDIGADVAEDVSLRTSGSLVPEGGETHDHASAPVSILSQPAPGTSAAGESISEREGEKREELLLLSHDIRNTSVMQTREDQVTDLGAMQEADGLVMKKFCQSTDPVIDGQRQLLLSEVGESDQSLLGISLEKARIGEASHEAEQPSKSIELLSSHEVVSDKLSGFDKGQRDDIAATGTSVRNLEREALPSSYHEEILLQSNQEQNSEVVLVQQDRGLPEGFNQQCPHLGLAIEDPKSRAGHEFDPARPLDVSSVFDANSFNLLQLAEIIRGLSEQECQFLIEARGAESDLDPLASGSILSDHDISEAFQSLKEELFLSNLMKNIFNIQLAELLESDNQGHQLVDEIYQLRASHNEVNEKNQHLSEELDNCHVDLHDISSKNVELQNQFNAAMAEVEALSARVVELQNNFDMSHKDSLDLSKELADCRGFISSLQVEKKDLNESLDLTNGEKNKLLEEKEFHLFEIKNLATELADLNSSMEGVKLEKSNLIDRISSVTEERNKIEGEIEHLKREIDRLSLDLVENKDLVASIQAENSNLNGNLAFSGDKIKHLEDENHRLSSQIISLNEQLSIEKGERLRFESDLKEATVHLEQISKENVFLNNTLDKHKIEDTGKEHSQQISQPRDLGRQANEQSKGVGIAITKDSLHMDQEPDEGAPVGTHVNRLECEVFDDDLGFVSLKDCLDEAEKVLTMLEKAINELHFQSVSSSRSGEKVSSPVVSKLIQAFESKGHEDEPEEETKDSSYVQSSSNSFNLTKKQIENLKELLSKWKLDVQIAGALFKGERDDRKTGDAKYSDLKDQFEQLKQHCSDMEASNIELTVQYESVKQLLGDIQEKKFLLEELCDTLKLEDARLKAKNNELYEKLGYCQSTISELHTEMNDVKCISIDMASSVGSQLENLQKEITERAMLLEQGWNMSVAQIVELVGKLEESVGGTLCTTFSSDTHGNLDITHQLKVSVHAAAEMIFDLQKKLKSTNSEHEIMCTSYKEMSSKCDDLLGRNELAVGLLHKMYSDLRKLVLGNGGTMDDKIDVQSDVLPELLNYNSYQPILKHIGNILTEKQELESVTKEMKSELMHRETELEELKMKCVDLDSVSKLIQDLTGVLNTDIPKLDMNKSPLSWLDSLVSSLVQRIREAEIQYHTSKEVCGSKEMESAELKEKIHYLDTLRLENENEILVLKESLYQAEEALVVARSELHKKANELEHSEQRVSSIREKLSIAVAKGKGLVVQRDGLKQSLAETSSELERCLQELQLKDNRLQEVETKLKTYAGAGECVEALESELSYIRNSSNALRESFLLKDSMLQRIEEILEDLDLPEQFHSRDTIEKIDWLASSVSGNSLALNDWEQKDAEGGGSYSDAGYVVRDSWKDDSQLQQDSDDFRMKFEELQSRYYGLAEQNEMLEQSLMERNSLLQRWEELVNRVEMPSHLQSMETEDKIECICAALTEANHHIDALQLKIEKYDSYCGLLNTDLEESQKTVSAFQEDLSALTSERGHLSEKVESLLHENEKLSLQRREAELEKENLLKETTSVKDKLEYKTAIEEKLFTIEGKIRKLQDLVGDALPESDTQNMVSGNAPIDSLEELLGKLVEKQNMEQKLSALTRETELENERLLKEITSLKNKLEHKTAIEEQFFTIDGRIRKLQDLVGDALSESDTRNMVSGNAPIDSLEELLGKLVEKQNMEQKLSALTRETELENERLLKEITSLKDKLEHKTAIEEQIFTIDGRIRKLQDLVGDALPESDTQNMVSGNAPIDSLEELLGKLVEKLNVEQKLSALARETELEKEKLLKEITSLKDKLEHKTAIEEQFFTIDDKIRKLQDLVGDALSESDTQNMVSGNAPIDSLEQFLGKLIEKLKIEQKLSAQTRETELENEKLHNEIANLKDKLERKAAIEDQILIIDGKIRKLHHLVVDALSESETENLVSGSEKIDSLEELLRKLIENHANLSSKNPAYGAFGDGLHSQKDDGTLCEERSIDVHDKETDIDRYKIDLEKSLNELMHVKEERDRSLEKQISLSGEVEAMTKRIEELQGLLNQEEHKSASLREKLNVAVRKGKSLVQHRDSLKQTIEEMTFQMEHLKSEISNRDNTLAEREQKLRQLSTYPDRLEALESESLLLKKHLEETEHHLQEQEYALQLILNKLGEIDVGGEGHMSDPVKKLEQVGKLCSDLHSTVASLEQESRKSKRASELLLAELNEVQERNDSFQEELAKVTTELVDIRRERDSAEASKLEALAHLEKLSALHDEERKSHFSDIMELRSNLNLVFKSFGEVHSLLSNAFFFDLESYRRLEAGLESCMKGNNATNIVDSSINKDHWASSNKSSVPADPWRDFDAIDQYDDNTSVENLRLFGHQLQEFMIRVSSLKEKINIHSSFAHELDKTLSKLMANIQREMTSQRELSETMKKELSEHDEKLVALRGIIAYLYDACNNSSIVLENEKAELSGTKVESSDLGINLETPSFDDDISEECIKTVADRLLLAVKGFTSIKAEFLDANQKEMKATIANLQRELQEKDVQRDRICSDLVKQIKDAEAAANSYSHDLQAFKIQEHNLKKEVEAIEAERKVLEQRVNELQDRQENTAALEEKMQSQTGLLAAKDQEIEALMHALDEEETQMEELTNKIVDLENVVQQKNQEIENLEFSRGKVIKKLSITVSKFDELHHLSANLLSEVEKLQSQLQERDTEISFLRQEVTRCTNDVLLASQMSNQRSYDEIFEFLTWVDMVVSHDGAHDIHPDMKSNSQVHECKEILHKKLMSLLSELENLREVVGSKDAMLQIERSKVEELNHKTETLETFLHQKELQLNLLEGVEETGKGAGTSSEIVEVEPVMNHWSPSGAFVAPQVRSLRKGNSDHIAIAVDADPGSTSRIEEEDDKVHGFKSLTSSKIVPRFTRPLTDLIDGLWVSCDRTLMRQPVLRLGIIFYWAIMHALLAFFVV 3082
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Phco2g00703 3082 Coils Coil 1541 1561 - -
Phco2g00703 3082 MobiDBLite consensus disorder prediction 874 888 - -
Phco2g00703 3082 Coils Coil 2167 2201 - -
Phco2g00703 3082 Coils Coil 639 673 - -
Phco2g00703 3082 Coils Coil 737 757 - -
Phco2g00703 3082 Coils Coil 2209 2229 - -
Phco2g00703 3082 PANTHER COILED-COIL DOMAIN-CONTAINING PROTEIN 158 2006 3037 - -
Phco2g00703 3082 Coils Coil 2689 2733 - -
Phco2g00703 3082 Coils Coil 576 603 - -
Phco2g00703 3082 Coils Coil 826 850 - -
Phco2g00703 3082 MobiDBLite consensus disorder prediction 48 101 - -
Phco2g00703 3082 Coils Coil 2006 2040 - -
Phco2g00703 3082 Coils Coil 611 631 - -
Phco2g00703 3082 Coils Coil 986 1006 - -
Phco2g00703 3082 Coils Coil 2741 2789 - -
Phco2g00703 3082 MobiDBLite consensus disorder prediction 1 101 - -
Phco2g00703 3082 Coils Coil 527 554 - -
Phco2g00703 3082 Coils Coil 2811 2838 - -
Phco2g00703 3082 Coils Coil 1901 1952 - -
Phco2g00703 3082 Coils Coil 2335 2376 - -
Phco2g00703 3082 MobiDBLite consensus disorder prediction 758 781 - -
Phco2g00703 3082 Coils Coil 1826 1864 - -
Phco2g00703 3082 Coils Coil 1213 1233 - -
Phco2g00703 3082 MobiDBLite consensus disorder prediction 874 894 - -
Phco2g00703 3082 Coils Coil 2125 2159 - -
Phco2g00703 3082 Coils Coil 1377 1411 - -
Phco2g00703 3082 Coils Coil 2894 2914 - -
Phco2g00703 3082 Coils Coil 1619 1639 - -
Phco2g00703 3082 Coils Coil 2636 2663 - -
Phco2g00703 3082 Coils Coil 1647 1681 - -
Phco2g00703 3082 Coils Coil 1342 1362 - -
Phco2g00703 3082 Coils Coil 2070 2097 - -
Phco2g00703 3082 Coils Coil 2533 2553 - -
Phco2g00703 3082 Coils Coil 695 715 - -
Phco2g00703 3082 Gene3D - 606 792 - -
Phco2g00703 3082 Coils Coil 1738 1776 - -
Phco2g00703 3082 Coils Coil 941 961 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Phco2g00703 Phco-Chr2 7269818 7281270 Dispersed
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Phco2g00703 2 7269818 7281270 Phco2g00703 2 7269818 7281270 ECH