Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Gma18g00663 ATGCATCTCTACAATGCATGGCTTCCGCCGCCGGTGGCGGCTCAGACCGCCGGCGAGCGAGACTCCTTCGCCCGCGTCATCGCCGCCGTCAAGTCCGCCTTCCGCTCCGATGATCCCGATTCCGTCTTCTCCACTCTCAAATTCATCTCCGTCCTCGACCTTTTCATAAAGGCAAAAAGTGATGTATCTTTGGAGGATGTCTGTAACCTTATTCAGATGGGCCTTGAGATATTTCATGTGTCCCGTAATAAGCTTTATGCCCAGGTTAGATGGGGAAATTTATTGGTCAGAATACTCAACAAATATAGGAAAAAGATTTCACTGACTATTGAATGGAGGCCACTGTATGATACACTGGTTAGCACACATTTTACTAGAAGTACAGGTCCAGAAGGTTGGAGAATAAGACAACGACATTTTGAAACTATAACTTCCCTTGTTCAGTCCTGCCGAAGATTCTTCCCATCAGGTTCTGCCTTTGAGATATGGTCTGAGTTTAAATCTTTATTGCAAAACCCATGGCATAATTCATCCTTTGAAGGTTCTGGATTTGCAAGACTGTTTCTCCCAACAAATCTGGATAATCAGGATTTTTATACACAGGATTGGATAACTGAGTGTATAGACTTGTGGGAATCTATACCAAATTGCCAATTCTGGAACAATCAATGGGCAGATGTTATAGCTCGTGTTGTAAAAAATTACCACAATGTCGATTGGGAGTGCTTCTTGCCTTTACTTTTTGCTAGATACTTGAATATGTTTGAGGTACCTGTTGCAAATGGAAGTGGATCATATCCCTTTTCGCTAGATGTCCCAAGAAACACTAGGTTTTTGTTCTCCAATAAAACTTCCACTCCTGCAAAGGCTATTGCCAAATCAATAGTATATTTACTAAAACGTGGTAGTTCATCACAAAAGCACTTTGAGAAATTGATCAACATTTTGGAACAATATTATCATCCCTCAAATGGGGGTCGATGGACCTATGCATTGGAGCGGTTTTTGTTTCATTTGGTGTTTCAATTTCAAAAGCGTCTACAGAATGAACAGCTGGGCATAAATAATAGCAGACCCACCGAACAGCATCTTGGGGAATCAGAGAGGGTTTTCTTTGTTGACTCAGTGCTAAAGTTAATTGACCGTGGTCAATACAGCAAAAATGAGCATCTCTCCGAGACAGTTGCTGCAGCAACTTCTATACTGTCCTATGTAGAACCCTCATTGGTTCTGCCATTTGTGGCATCTCGGTTTCGAATGGCCCTTGAGACGATGACTGCTACCCACCAATTGAAAATTGCAGTTATGTCAGTGGCATTTGTTGGGCGTTCACTATTTTATACATCTGTATCAGTTTCCTCCATGAAACCAATTGATCTTGGTGGTGGTGATGAAGCATTCATTGATCTTGTGGGGGTTTCATTATCCAATGCATTACTTGGCATGGATGCTAATGACCCTCCAAAAACCTTGGCTACCATGCAATTAATTGGTTCCATATTTTCAAATTTGGCTTTATTGGATGATAAAATTGATGACCTATCATTTATGCCGATGATCCGCTTTTCAGAGTGGCTGGATGAGTTCTTATGCCGTCTATTTTCCTTACTTCTACACTTGGAACCCAGCAGTGTTTTAAATGAAGGTCTGCAATCATCATCAGCAACAGGAACTTTCCTGGTTGACGATGGTCCATACTACTTCTGTGTGCTTGAAATTCTGTTTGGGAGGCTTTCACAATCACTGTATAATCAGGCTTTGAAGAAAATTTCCAAGTTTGTGAGGACAAATATTCTTCCCGGTGCTGTTGCAGAGGTTGGACTGCTTTGTTGTGCGTGTGTTCACTCGAACCCAGAAGAAGCAGTTAGTCAACTTGTTGAGCCAATATTACTGTCTGTGATATCTTCTTTGAAAGGAACACCACGCACTGGATTTGGAGGAGGAACTTTTGATGCTTCTGCTTCATCAAAGGTTAGATCCACAATTTCACCAGCTCTTGAGGCTTCAATTGACTATCAACTTAAGATATTGTCAGTTGGCATCACATATGGAGGTCCAGCGCTCCTCCATTACAAGGATCAATTCAAAGAAGCTATCTTCTTGGCTTTTGACTCACCATCTTGGAAGGTTAATGGGGCTGCTGATCATCTTCTTCGGTCCCTTCTCGGAAGTCAGATTCATTATTATCCAATAGATCAGTATAAGTGTGTTCTTAGTCACCCTGATGCTGTTGCTCTAGAAGAATGGATTAGCACAAAAGATTTTTCCACTGATGAAAGGTTGATCCCAAAGTGGCATATTCCTTGTGATGAAGAAGTTCATTTTGCAAATGAGCTTTTAGACATTCACTTCAAGTCTGCTTTGGATGATCTGTTGAAAATATGCCAGACTAAAATCCATGCTGACCAAGGAGATGAGAAAGAGCACTTGAAAGTGACTCTTTTGCGCATTGAATCATCATTGCAAGGACTTTTTTCTTGTTTGCCCGATTTTGTCCCAGACTCCAGGAATGGAATGGTTGAAGATTCAAACCATATGTTTTTAATTGCTGGGGCAACAGGTTGTACTGTTGGTAGTACTGCTCTGAGAGAAAAAGCTACTGAGGTTGTACATGCAGCCTGCAAATATGTCCTGGAGAAAAAATCAGATGACAGCATCCTGTTGATACTTATTATTCGCATCATTGATGCTTTAGGAAACTATGGAAGTTTGGAGTATGATGAGTGGTCTAGTCACAGGCAGGCTTGGAAATTAGAATCTGCTGCCATAATAGAACCCCCCATTAATTTCATCGTGTCATCTCATTCTAAAGCAAAGAAAAGACCTAGGTGGGCTCTTATCGACAAGGCATTTATGCACAATACATGGAGGTCTTCGCAAGCATCCTATCATCTTTACCGTACAAGTGGGAATTTCTGCCCATCTGATCATGTGACTATGTTGATGGATGATTTGTTGAGTCTCTCTTTGCATAGCTATGAAACTGTCCGCCTGCTTGCAGGGAAATCTCTAGTGAAGCTGATCAAGAGATGGCCATCTATGATTTCAAAATGTGTTATCACTCTTACCCATAACTTGCAGGATCTCAATGCCAAGGAATATGCAGTGTTGGGTTCCTGTTCAGTCCTTGCCTCACAAACAGTTCTCAAGCATTTGACAACGGATCCAAAGTCATTCTCTTCATTTATCTTGGCAATTCTTTCAAGTTCGCATCATGAATCGTTGAAAGCTCAGAAAGCAATTAATGAGCTTTTTGTGAAGTACAACATTCAATTTTCCGGAGTATCTAGAAGCTTTTTCAGGATCTCAGACAAAGAAAATCATACTGGTGGACTGGGGTTTTCAGATTTGGTTTCTCAGATTGGCTCCATGAGTTTTGATTCTACTGGCTTGCATTGGAGGTATAACTTGATGGCTAATAGAGTGCTGCTCCTGCTGGCTTTGGCATCTCAGAACCATCCAAATTCATCATCTAAAATTCTGAGTGAAACTGCTGGACACTTCCTGAAGAATTTGAAAAGTCAACTTCCTCAGACAAGGATACTTGCAATTTCAGCTTTGAATACACTATTAAAAGAATCACCATATAAGCTGTCTCATGGTGAGAAATCTGCTGTACTTGAGGATTTGCAAGGCCATGTCAAATCATCACTTGAAGGAACTTTAACTCCAACTTTTCAGGAAGAGGGTTTCTTCAATGAGACATTGACTAGTCTTTCTCATGTTCATATAATAACTGATACTGAAACTGCTTCAAGAGGAGGTCAGGGAGATTCAAGTTTCCAAAGCTTAGCAGACAAATCCATTACTCGTTTTTATTTTGAATTTTCGGCTTCATGGCCTCGTACGCCAAGTTGGATCTCCTTTTTAGGAAGTGATACATTTTACTCAAATTTTGCTCGTATTTTTAAACGACTAGTACAAGAATGTGGCATGCCTGTTGTATTGGCTCTTAAAGGTGCAGTAGATGAGTTTACAATTGCTAAGGAGAGGTCTAAACAATGTGTAGCTGCTGAAGCATTAGCGGGTGTGCTTCATTCTGATATTGATGGTCTATCAGGAACATGGGAAAGTTGGCTGATGCCTCAGTTGAAGAACATCATTTTAGCCCAATCTGTTGAATCAGTTTCAGAGTGGGCATCTTGCATACGATATGCAGTTACCGGTAAAGGAAAGTATGGAACAAGAGTTCCTCTTTTGAGACAGAAAATTCTGGATTCTTTGATGACACCTTTACCTCCAACAGTAGCTACCACAATAACAGCCAAGCGATATACTTTTCTGGCTGCTGCACTTATAGAAATATCCCCACAGAAAATGCCAGTAGCAGAAGTCCAGCTCCACAATACACTTCTGAAGGAAGTTCTTGGTAATATGTGCCACTCATCAGCCCAAGTGAGGGAGGCTCTAGGGGTTACCCTTTCTATATTGTGCTCTAACATTAGGCTCTATCATTCAAGCCGTCATGATAATGCACAGGATGAGAGAAACAACGATGTTGATAGTTTGATGAAAGATGAAAGCTGGGTTCAGTTTCTTACAGAGCGAGCAGCTGAAGCAGTTGTTAACATTCAGATTGCTACCCAATCAGATAAAGTAGTGAATCCTGTAGATACAAATTCTCAAAATGGGCATCTAGATGGTGATTCACAAGATTGCATTAAATGGATGGAAACGCTACTCTACTTCATCATCTCATCATTGAAGTCTGGGAGATCCTCATATCTACTCGACGTGCTTGTGGGGCTTCTATATCCTGTGATTTGCTTGCAGGAAACATCAAATAAGGATTTGTCAACATTAGCCAAGGTAGCATTTGAATTGCTCAAGTGGATGATTGTTTGGGAACCTCACCTTCAGAAGGCTGTATCTGTGATTCTTTCTGCTGCCAATGATTCCAACTGGCGAACTAGATCTGCTACATTGACATATCTGCGCACATTCATGTACAGGCACACTTTTACTGTCTCAAGTTCAAAGAAGCAAGAAATTTGGAGAACTGTTGAGAAGTTACTAGTAGACAATCAAATTGAGGTAAGAGAACATGCTGCAGCAGTTTTAGCAGGCTTAATGAAGGGCGGAGATGAAGATCTTGCTAGAGATTTCCGTGATAGAGCTTATAGGGAGGCAAATATTGTACAGAAGAGAAGAAAATCGAGAAATGCAAGTTCTGGATCATCAATAGCATCTGTTCATGGTGCTGTACTAGCTTTGGTAGCTTCTGTATTATCAGCCCCATATGACATGCCCAGTTGGTTGCCTGATCATGTTACACTACTTGCTCGCTTCAGTGGGGAGCCATCACCCGTGAAATCTACAGTTACTAAAGCAGTTGCAGAGTTCCGGCGGACCCATGCTGATACATGGAATGTTCAGAAAGAATTTTTTACTGAAGAGCAACTTGAGATTCTGGCAGATACATCCTCGTCGTCGTCATATTTTGCTTGA 5448 0.4121 MHLYNAWLPPPVAAQTAGERDSFARVIAAVKSAFRSDDPDSVFSTLKFISVLDLFIKAKSDVSLEDVCNLIQMGLEIFHVSRNKLYAQVRWGNLLVRILNKYRKKISLTIEWRPLYDTLVSTHFTRSTGPEGWRIRQRHFETITSLVQSCRRFFPSGSAFEIWSEFKSLLQNPWHNSSFEGSGFARLFLPTNLDNQDFYTQDWITECIDLWESIPNCQFWNNQWADVIARVVKNYHNVDWECFLPLLFARYLNMFEVPVANGSGSYPFSLDVPRNTRFLFSNKTSTPAKAIAKSIVYLLKRGSSSQKHFEKLINILEQYYHPSNGGRWTYALERFLFHLVFQFQKRLQNEQLGINNSRPTEQHLGESERVFFVDSVLKLIDRGQYSKNEHLSETVAAATSILSYVEPSLVLPFVASRFRMALETMTATHQLKIAVMSVAFVGRSLFYTSVSVSSMKPIDLGGGDEAFIDLVGVSLSNALLGMDANDPPKTLATMQLIGSIFSNLALLDDKIDDLSFMPMIRFSEWLDEFLCRLFSLLLHLEPSSVLNEGLQSSSATGTFLVDDGPYYFCVLEILFGRLSQSLYNQALKKISKFVRTNILPGAVAEVGLLCCACVHSNPEEAVSQLVEPILLSVISSLKGTPRTGFGGGTFDASASSKVRSTISPALEASIDYQLKILSVGITYGGPALLHYKDQFKEAIFLAFDSPSWKVNGAADHLLRSLLGSQIHYYPIDQYKCVLSHPDAVALEEWISTKDFSTDERLIPKWHIPCDEEVHFANELLDIHFKSALDDLLKICQTKIHADQGDEKEHLKVTLLRIESSLQGLFSCLPDFVPDSRNGMVEDSNHMFLIAGATGCTVGSTALREKATEVVHAACKYVLEKKSDDSILLILIIRIIDALGNYGSLEYDEWSSHRQAWKLESAAIIEPPINFIVSSHSKAKKRPRWALIDKAFMHNTWRSSQASYHLYRTSGNFCPSDHVTMLMDDLLSLSLHSYETVRLLAGKSLVKLIKRWPSMISKCVITLTHNLQDLNAKEYAVLGSCSVLASQTVLKHLTTDPKSFSSFILAILSSSHHESLKAQKAINELFVKYNIQFSGVSRSFFRISDKENHTGGLGFSDLVSQIGSMSFDSTGLHWRYNLMANRVLLLLALASQNHPNSSSKILSETAGHFLKNLKSQLPQTRILAISALNTLLKESPYKLSHGEKSAVLEDLQGHVKSSLEGTLTPTFQEEGFFNETLTSLSHVHIITDTETASRGGQGDSSFQSLADKSITRFYFEFSASWPRTPSWISFLGSDTFYSNFARIFKRLVQECGMPVVLALKGAVDEFTIAKERSKQCVAAEALAGVLHSDIDGLSGTWESWLMPQLKNIILAQSVESVSEWASCIRYAVTGKGKYGTRVPLLRQKILDSLMTPLPPTVATTITAKRYTFLAAALIEISPQKMPVAEVQLHNTLLKEVLGNMCHSSAQVREALGVTLSILCSNIRLYHSSRHDNAQDERNNDVDSLMKDESWVQFLTERAAEAVVNIQIATQSDKVVNPVDTNSQNGHLDGDSQDCIKWMETLLYFIISSLKSGRSSYLLDVLVGLLYPVICLQETSNKDLSTLAKVAFELLKWMIVWEPHLQKAVSVILSAANDSNWRTRSATLTYLRTFMYRHTFTVSSSKKQEIWRTVEKLLVDNQIEVREHAAAVLAGLMKGGDEDLARDFRDRAYREANIVQKRRKSRNASSGSSIASVHGAVLALVASVLSAPYDMPSWLPDHVTLLARFSGEPSPVKSTVTKAVAEFRRTHADTWNVQKEFFTEEQLEILADTSSSSSYFA 1815
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Gma18g00663 1815 SUPERFAMILY ARM repeat 882 1697 IPR016024 -
Gma18g00663 1815 PANTHER PROTEASOME ACTIVATOR COMPLEX SUBUNIT 4 1 1815 - -
Gma18g00663 1815 Pfam Domain of unknown function (DUF3437) 1730 1815 IPR021843 -
Gma18g00663 1815 Gene3D - 1541 1705 IPR011989 -
Gma18g00663 1815 PANTHER PROTEASOME ACTIVATOR COMPLEX SUBUNIT 4 1 1815 IPR035309 GO:0016504|GO:0070577|GO:0070628
Gma18g00663 1815 Pfam Proteasome-substrate-size regulator, mid region 520 824 IPR032430 -
Gma18g00663 1815 Pfam Proteasome-substrate-size regulator, mid region 310 506 IPR032430 -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Gma18g00663 Gma-Chr18 6734804 6752226 Dispersed/Wgd
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Gma18g00663 K06699 - gmx:100814812 3491.82
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Gma18g00663 18 6734804 6752226 Gma18g00663 18 6734804 6752226 ECH
Gma18g00663 18 6734804 6752226 Gma08g03121 08 47908594 47925174 GST