Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Ahy20g1531 ATGCTGAGAGATTCCAAGTTGACGCGCCGAAATCCAGTGAAAAACGAAGAGATCGAGAATGTGGATCCTTCGGATTCCGCATCTGCTGCTTCGAGCTGCGGCGAAGGTTCTAGACCTCCACTAAACACAATTCAGGAAGGGAGTTCTCTTAGCAAGATCGAGAGGACTCCTTCTAAGCTCCACAAAGCAAGAGGATCTGATCCACCTGTGCCGTTTCGCACGCCGGATAAGCACGCAGCAGGAGGATCAGTCCTGTCCAAGAACCGGTTCGGATGGAATCAGAAGAACGATGCAGTTTCCATGTGCGATGAGAGGAGGGGATCTGGTGCTGTGAGTAATGTCACTCCTAGGGTGACACGCACTGGAGGAAGAGCTGCTGCTGCTACCACGGCTTGTTCGGAGAGCAATTCGGTGCAGAGCACTCCGACAAAGAGTGTGACAAAGCCTCCTCCGAGCTCAAGTGTTCGGAGTAAGGCTGATGGAAGTTTCAGTGCTCGCTTGGGAAGCTATATTTCCTTGTATAAAGGGGTTCCTAGCTCGGCTGTTACCCCAACGGTTATTAACACTATCGAAGTGCCTCACTTTGATCTCAAGGAAGATCCTTCCTTCTGGATTAATCACAATGTACAGGTTATTATTCGTGTTCGCCCCCTCAATAGCATGGAGAGGAGTATGCATGGTTATAACAGATGTTTGAAGCAAGAAAGTGCGCAGTGCATTACTTGGGTTGGGCAACCGGAATCTCGATTCACATTTGACCATGTTGCATGTGAAACAGTAGACCAGGAAATGATTTTCCGAATGGCTGGTCTTCCAATGGTAGAAAACTGCCTTTCAGGATATAACAGTTGTATGTTCGCATATGGACAGACAGGAAGTGGAAAAACACACACAATGCTCGGTGACATTGAAGATTTAGATGTGAAGCCCAGCCCCCATCGCGGAATGACTCCACGAATATTTGAGTTTTTGTTTGCCAGGATCCAAGCCGAAGAGGAAAGCCGAAGGGATGAGAATTTAAAATACAACTGCAAGTGTTCATTCTTGGAGATTTACAATGAGCAGATTACGGATCTACTTGATCCATCATCCACCAATTTGCTACTGCGTGAGGATGTCAAGAGGGGGGTTTATGTAGAAAACCTATCCGAGTTTGAGGTTCAAAGTGTGAGTGACATTCTTAGGCTTCTAATTCAGGGGTCGGCAAATAGAAAGGTTGCAGCAACAAACATGAATAGAGAGAGCAGTAGGTCCCACAGTGTTTTTACGTGTGTAATTGAAAGCACATGGGAGAAAGATTCCACAACCAATTACCGTTTTGCTAGGCTAAACCTGGTTGATCTAGCTGGTTCAGAAAGACAGAAAACTTCTGGTGCTGAGGGTGAGCGACTAAAGGAAGCAGCTAACATAAATAAGTCACTATCTACTTTGGGTCATGTAATTATGATACTAGTGGATGTGGCGAATGGGAAGCAGAGGCATATCCCATATAGAGACTCTAGGCTAACATTTCTTCTTCAGGACTCTCTTGGTGGAAACTCAAAAACAATGATAATTGCCAATGTTAGCCCTTCTATATGTTGTGCCGCTGAAACATTGAATACACTTAAGTTTGCTCAGAGAGCAAAACTCATTCAGAATAATGCTGTGGTAAATGAAGATTCTTCTGGGGATGTGATAGCTCTACAGCACCAAATACGACTTTTGAAGGAGGAGCTCTCTACCCTCAAACGACGCCAGAATGTCTCCAGGTCTTTGTCGTTCTCTTTGGCATCTGCTAGAGATATAAAACAATCTCTAGAAGAATGTTGCGTAGAAAATGCATCAGGATCAGATATGGATGAACAAGATGACGATGATAATATAATTGATTGTGGATCCAATGGCATCAGAATGTCCTTCAAACAGTTAGAATCATTGGAATCAACTCTTGCTGGAGCTTTGAGAAGGGAGCAAATGGCAGAAGCTTCTGTTAAGCAACTAGAGGCAGAGATTGAGCAATTAAACTATTTGGTTCATCAAAGAGAGGAGGATGCTAGAAGCTGCAAAATGATGCTTAGGTTTCGTGAAGACAAAATTCGTAGACTGGAATCCCAGATTTCTGGTTCTATGCCTACAGATGCAGTTTTGTTAGAAGAGAATAAAGCTCTGTCTGATGAGATTCAGATACTCAAGGGAAAACTTGAACGAAATCCTGAAGTTACTCGATTTGCAGTGGAGAATATCAGGCTTCTAGACCAACTTAAAAGATATCAAGAGTTTTATGAAGAGAGGGAGAGAGAGATTCTTTTAGCTGAAGTGTCTACTTTGAGGGATCAGCTGCTTCAATTTCATGGAAGAAACTCCATACTGAGTAGTTCAAATTATGGCATTGAAGCTCAGAAAAACCACTGCTGCGGGAAAGAAAAAGACTCTGTTGAACTAGAGTTGAAAAAAACACGTGATGAGTTACAAGAATGCAAGCGTAACTTAAATTATTGCTTAGAGGAGAATACGAAACTCAGTAGGGAATTAGAATCTCTATATCCAAGATTGACCAACATAAATGCCACAAAGGTTTCTACTGAAGAACCATTGCGTGAAGCTCAAGCACTTTCACCTAAGCTTGAAGGGAACCATGAAACTCATACATTCACAGAAGACATATTGAATTTGCAGCTGGAATTAGACATAATGAAGATTATTCTGAAGGAAGAGAGGACTTTCCGTGCTCTATTGGAGGAGCAAAAAAGCAGCTTAAAACAGGATCTTCAGATGGAAAAGGACAAACTTTTGCTGAAAAGCAAACTATTAGAAGATTCAGATAATGAGCTGAAAGAGGCCAAATCTGTTATTGAAGCTCTTGAATCTCAACAAATTCTGTCGATCCAAGAGATAGAAGAGATGAGAAACAAGAACAATGATTATTTGGAGCTTATGAGAAAGCAAGAGTGTGAAATCAGGGCCTTGAAGAACCAATTTGCATGCAAAGAGTTAAGGGACAATTTGCTTTCAAATAGTTCAGAGATTGAAAATGAGTCTCCCTTACAGGTAAAACTCAAAAGGATGCATGACTCTCTCGAAAAAGCCAAGCAACTGAACATATTTTATCAAAGAGATCATGCACTTCAAATATCTAATGAGGAAGAGATGGATGAAGTCCGTCGGCAGGCTGAGGCTGAAACTGCTGAGGTGATTGTCTGTATGCAGGAAGAACTAGCAATGCTCCAACATGAAGTACATGATAATCGTTTGAAGGAAACAAAAATGAGAGAGAGCATACAGCATCTGGAAACTGAATTGAAGGAAGTGCAGGAGAAATTGCTTGCTACTGTTGATGATAATCGAAGTTTAAGTGAAGAGCTTGTGCAGAAAGATATGGACCTAAGGTCACTAGCTGAAGAGTGGGAACTACTGACCTCTGAGATTGAAGAGATTCTTTCTGATGGATTTGAGTCACTTCTTGATGCTTCTGATGAACTTGTCCACATAAGCAATTCATTTCCTAATAAAAGGATCTGGATTTCTGAACAAGTTGGCATGATTGTTAGAAAAATCTCTGAAAAGGAATTATTAATTGATGAACTGAGAAGATGCTTGGAGGATGCAAGCAATAAAAGAAGTGATATGGAGTGCATGTTGAAGTCCCTACGAAGTGCAGCAATGCTGATTACTGAAGCCCACCAGAAGGACAGCATGGAAAAAGAGAAAGAAGTTATCCAGTTAACATCAGATCTGAGTGAAAAAACATTTATTGTGACACAGCTGGAGGAGCAGTTGATAACGGCAGAAAACCACTTCAGAAATGCTGCTAACTGTGCAACTGCAGCCTTTGTTGTTGTGGATAGAATGTCAGACGTGAATCTTGGTTACCTTAAAGATCTCAAGCACAAGGATACACTGCTTAGTGAATTAGCTGAGGCCAACAGTAGGAAGGATGCCCTACTTGCTCAGCACTCCGCTTCACTTGTTCAAGCCGAGACACAGGCAACACATTTGCAAGAAAGATGCAATCGATTATTGCAGAAGCTGTCTGAGGAGCAAGAGCATTCTTTTGCTTTGGAACAAAAGCTTGAAGATATTGAAAAAAGTGCCATTTCAAAGACAAGGGAGCAGCTAGCAACATTACGAGATGGAGTCTCTTCAATGAGGTCATGTATGGCCTCAATAGCAAAGCCTTCAGGAAATCTTGATAACAGAAATTCAATGGATGTGTGCACATCTTCTTGTGACGATAATGATGAAATAGGGGCAAGTTCTGAAACACATCAATACAATAATTCAGGTCAATCATATGCTAAAGAACGTGTAGGTCACTTGGCTGACTTACCCTCTGAATTGGTAACAAAAAGTGGACATGATAACCAGAAATCCAGAAGAGTCTGCAAGGATGCATGTGAAAGAGATGTTACCATTACACTTTTGAGAAAAGAGATAGAATGTGCTCTTGAAAGCTTAAAACAAGTGCAAGATGAGATGGCAAGACTACATGCAGAGAAAAAAGAGATGTCAATCTCTGAAAAGCAGAGTAGACAAAGTGTTGAGTGCCTCAAAACTCAGATACTTTCCCTGCAGGCAACTATGATCAACTTTGAAGAGCACTCCAAAGCCAAGCTTGATATCCTCAACCATAAACTCAGAGACTTAGAAAATAGTATGAAAGAAGCTGGATCCCATTGGAACCGGACCAAAGAGTGGCTTGAACATGAGGTTGGAGAGGCAAACACTATTAGAGTGCAGAAAGCTTCAGAGGCGTCCTGTATTCTTGCTAAATTTGAAGAAGCTCAAGATGCAATGAGAGAAGCAAATGGTAGAATTAATGAATTAATGATAACTAATGAGTCGATGAAGCTTGATATTGAAAGACTTAAAGGTAGAGAAGTCACATTACTTGATGAGAAGGGTAGCTTAATAATCAAGGTTGAGTGCCTGCAAGCTGTTGTTGATACGAAGCATCAAGAGATTGAGAACCTTGTTGAGTCAAATCTTCTTGAAACAAAGAACTTGATTGTGGAGCTTGATGATGCTGTCAAAGAGGTACAGTTGACCATCAAGGAAATTTTTATGTCTTTAGCTAGTGACTTACACTGCATCAAGTCCCAGTTTTTGTATTCTACTAAATTTGTGCAGCCATGGCTTGAGAAGATCTGGTCTGAGATAGTTTTGAAAGACTCCGCTATTTCCGTCTTACATCTATGTCACATGGGTATTCTACTTGAAACAGTAACTGGGATGCACGCAGAAAATGGTTTGCTATCACACGGCTTATCTGAATCAAACTCTATTATAAGTGATTTGAAGGAACACAACTTTCGGACAAAGCAAGAGCTTGATATGTGCAGAGTCTTAAAAGGGAAGCTGCTGGCTGACATCAAACACAGTTTTGACCGTATTTCAAGGAAGGAAGAGGAAGCCGGTGAGATCACCCTGAAGCTAAACACGTTTGCCAAAAACATATCAGACTTGCAGCTGCAGGAGGAGATGATGTTGCAGAGGTCTAATGAAATGGGATCTCAACTTGCTATATTGATGAGGGATTTGGACATGAGCAATAACGATGCAGTGATATCCCTTTTAGATCAAGAGAAAGAACTGAAGCAGAAAGTAGAGGCTGTTGAGTCTGAAGCTGAATATTTTATGGAAGACTGGTATGCGAAAGACTTCGAATCACTCATCCATGCTTCTGAATTAAAAGATATATCCCATCACTTGGCTCATGTGGAGGAGAACTTCACCAAGTACTCTACACTGATTGAGCATTTGAAGAAAGAAACAATATTTTCCCAGGTAGGAACTGAGTTAGCAGACCAAATTTTGATGGATAAGGAGGTCAAGCTTACTGTTCTAGAAGGAGAAATTCAGCAGCGCAAAGTAGAAAGGCAGGACCTATTAGTTGAATTGAACCAGAATATATTAAAAATTGCAGAGTTGGGTGAAATTGACAAAGCCCTTGCACAAAACATAGAGAGTCTAAAGAATGCTACTAGTTCAAATATTGCACTGAAGGGTGAACTTTCTGAAGTTAAGGAAGAAAATAAAAGACTTTGGGATAAGGTTCAAGATCTTGAAGCTGATTATGACAGAGTTATTGTGGATCTTGTAGGGAAGGAAGTTGAAGTTTCCTTTCTAAAAGGGGAAGTTCAGCATGCACGAGTGGAAAGGGAGGGCTTTTTAATGGAATTAAATCTGAATGTCTCAAGGATTGCAGAGATGGGTGAAATAAACAAGGCCCTTGAACAAAACATAGAGTTTCTAAAGGATGCTGCTCGTTCAAATAATGCATTGAAGAGAGAAGTTGTTGAAGTTAAGGAAGCAAAGCAAAGACTCCAGGTTAAGATTCTGGATCTTGAAGCTGATTATGATAAAGTTATTGCAGATCTCATAGAGAAGGATGTGGCATCAACATGTTCATTCCATCACATTTCTGTTCTTGAACATCAGAAGAAAGAGTTGATGAAAGTAAACAGCACGTTGGAAGATTCATCTTGCAACTTTCAGAATGAGCTGAGCCTAAGAGATTTGGAGATAACTAGAATGCAAAGCTTACTGCAAGTTGAGGTGTCCAGAAAGGATGATGTAATTAAAGGGTTGCTCTATGACCTGAGCTTGCTGCAGGAGTCAGCATCTAACAGTAAAGACCAAAAAGATGAAATCGATGACATGATGGCTAGAATGGAATCATTAGAAGCGGAGCTTGCTCTTAAATCAGGTGAGCTTGCTGATGCTGTTTCCAATTGTCAACTGTTTGAAGCTAAGTTGCAAGAAAAATCAGACATCATTACAGCTCTTGAGTTGGATCTCTCTAAAGAGCGTGAGGCTCTAAAGTTGCAATCCAGAGAAAATCAAGATCTTAGAACTCATATTGAGGATAGCTTGGCAGCGAGAAAATTGGTTGATGATGAGCTTAAGGAAAAAAGGAAGACCACAGAGAGCTTAGAAGATGAAATCTTGGAAATGAGCAGTGTTCTTGGCGAAATGAATGATACAATTAAAAACCTGAGTGATGATCTTGATGAAGTTGCTGCCGAGAGGGATCAACTTCAGGGTCAGATAATTTGCCTCAAACAAAGTCTTGAAAAAGCAGAAGCTGAAGTTGAAGCTAATGCAGCAGTTGCTCAAGAAGCTCAGAAGGTGGCTGAAACACGAAAAGTTTATGCTGAAGAAAAGGAAGCAGAGGTGAAACTCCTAGAGAGATCTGTTGAAGAGCTGGAAAGTATTGTAAATGTACTGGAAAACAAAGTTGACATCATCAAAGGAGAAGCACAACGACAACGCCTGCAAAGAGAAGATCTAGAATTGGAGCTACATGCATTGAAAGACCAGATGCAAAATGTTAGAAATGCTGATACTGACATGAAAAGATTCTTGGATGAAAGGGAGAAAAGCCTTGAAGAAGCTTTAAATCAGATACTTGTTCTCAAAAGGGATTTAGCAGGAAAGAATGAAGAGATTGTACAAATGAAGGCTCATATTTCAGAGCTAAATTTGCATGCTGAAGCGCAGGCAAAGGAGTACAAACAGAAATTCAAAGCATTGGAAGCCATGGTCGAGCAAGTCAAACCTGAGGAGCTTTCTACACAATCCAGCAGTGCTTTGCCAAACAAGTCCGAGAAGAATGCTTCCAAGTCTCGAGGTTCCAGTTCCCCTTTCAAGTGCATTGGTCTGGGCCTGGCACAACAGATTAAATATGAGAAAGTTGAGGAGCTGTCTGCTGCAAGACTTCGCATTGAAGAACTAGAGGCCCAGGCAGCATGTCGACAGAAAGAGATATTTGCACTGAACGCTAGACTTGCTGCTGCTGAGAGCATGACCCATGATGTAATACGTGATTTACTTGGAGTCAAGTTAGATATGACCTCTTATGTGTCACTGTTGGATAATGGGCAAGTGCAGAAGATTGCAGAGAAAGCTCAATTTCAAACTCTAGAGCCACAAGAGAAGGAACAGGAGGTTACCAAATTAAAGAAGCAGCTGAATGAATTTATTGAAGAGAGACAAGGATGGCTGCGAGAAATGGAAAAGAAACAAGCTGAAATAGTAGCTGCACAGATTGCATTGGAAAACCTTCGACAACGAGACCAGTTACTAAAAACTGAGAATGAAATGTTGAAGATGGAAAATTTAAGTAAGAAAAACAAAGTAATGGAACTGGAGGAAGAAATCAAGAAGCTGTCTGGTCAGCAAAACCTTCAGCAGCGTATTCATCATCATGCTAAAATTAAGGAGGAAAACAACAGATTAAAAATACAGAATGAAGAACTCAGCGCAAATCTACGAAAGGCAAACATCTTTGTTTCACGGGTCAAGGAAGATTTTGGACGTCTTCGTGCTTCTGCTGGTGCGAAACCATGTTTTGATTTCAATGAGGAGCAACGTCTGATGACAAAACTGAAGGAGATTGAAGAAGAGAAAGTACAATTAGCACAACAATTACTGAGATTGTCAACCAATGTTCTGAAGGCTGCAGGATTTACAAAGCGAATGTCAGAAATAAACCCCTCTCTAGCTGAGGAGGCACTAGAGGAGCTCAAGAACAGGATAGCTAATCTGGAAATGCAACAGGAAGATTTGAAGTTTAAGAATAAAATCATAAAAGAAAAGGTGCGATTATCTGAGCTAATGCCACATGTTTCTCCGTTGAATTCAAGACCTGATGAGAATCATGCAACAACTCCACCAAGGACATCATCCCAAGCTCCTTTCCTTTCCAGTTTTGATCGATAG 8703 0.4091 MLRDSKLTRRNPVKNEEIENVDPSDSASAASSCGEGSRPPLNTIQEGSSLSKIERTPSKLHKARGSDPPVPFRTPDKHAAGGSVLSKNRFGWNQKNDAVSMCDERRGSGAVSNVTPRVTRTGGRAAAATTACSESNSVQSTPTKSVTKPPPSSSVRSKADGSFSARLGSYISLYKGVPSSAVTPTVINTIEVPHFDLKEDPSFWINHNVQVIIRVRPLNSMERSMHGYNRCLKQESAQCITWVGQPESRFTFDHVACETVDQEMIFRMAGLPMVENCLSGYNSCMFAYGQTGSGKTHTMLGDIEDLDVKPSPHRGMTPRIFEFLFARIQAEEESRRDENLKYNCKCSFLEIYNEQITDLLDPSSTNLLLREDVKRGVYVENLSEFEVQSVSDILRLLIQGSANRKVAATNMNRESSRSHSVFTCVIESTWEKDSTTNYRFARLNLVDLAGSERQKTSGAEGERLKEAANINKSLSTLGHVIMILVDVANGKQRHIPYRDSRLTFLLQDSLGGNSKTMIIANVSPSICCAAETLNTLKFAQRAKLIQNNAVVNEDSSGDVIALQHQIRLLKEELSTLKRRQNVSRSLSFSLASARDIKQSLEECCVENASGSDMDEQDDDDNIIDCGSNGIRMSFKQLESLESTLAGALRREQMAEASVKQLEAEIEQLNYLVHQREEDARSCKMMLRFREDKIRRLESQISGSMPTDAVLLEENKALSDEIQILKGKLERNPEVTRFAVENIRLLDQLKRYQEFYEEREREILLAEVSTLRDQLLQFHGRNSILSSSNYGIEAQKNHCCGKEKDSVELELKKTRDELQECKRNLNYCLEENTKLSRELESLYPRLTNINATKVSTEEPLREAQALSPKLEGNHETHTFTEDILNLQLELDIMKIILKEERTFRALLEEQKSSLKQDLQMEKDKLLLKSKLLEDSDNELKEAKSVIEALESQQILSIQEIEEMRNKNNDYLELMRKQECEIRALKNQFACKELRDNLLSNSSEIENESPLQVKLKRMHDSLEKAKQLNIFYQRDHALQISNEEEMDEVRRQAEAETAEVIVCMQEELAMLQHEVHDNRLKETKMRESIQHLETELKEVQEKLLATVDDNRSLSEELVQKDMDLRSLAEEWELLTSEIEEILSDGFESLLDASDELVHISNSFPNKRIWISEQVGMIVRKISEKELLIDELRRCLEDASNKRSDMECMLKSLRSAAMLITEAHQKDSMEKEKEVIQLTSDLSEKTFIVTQLEEQLITAENHFRNAANCATAAFVVVDRMSDVNLGYLKDLKHKDTLLSELAEANSRKDALLAQHSASLVQAETQATHLQERCNRLLQKLSEEQEHSFALEQKLEDIEKSAISKTREQLATLRDGVSSMRSCMASIAKPSGNLDNRNSMDVCTSSCDDNDEIGASSETHQYNNSGQSYAKERVGHLADLPSELVTKSGHDNQKSRRVCKDACERDVTITLLRKEIECALESLKQVQDEMARLHAEKKEMSISEKQSRQSVECLKTQILSLQATMINFEEHSKAKLDILNHKLRDLENSMKEAGSHWNRTKEWLEHEVGEANTIRVQKASEASCILAKFEEAQDAMREANGRINELMITNESMKLDIERLKGREVTLLDEKGSLIIKVECLQAVVDTKHQEIENLVESNLLETKNLIVELDDAVKEVQLTIKEIFMSLASDLHCIKSQFLYSTKFVQPWLEKIWSEIVLKDSAISVLHLCHMGILLETVTGMHAENGLLSHGLSESNSIISDLKEHNFRTKQELDMCRVLKGKLLADIKHSFDRISRKEEEAGEITLKLNTFAKNISDLQLQEEMMLQRSNEMGSQLAILMRDLDMSNNDAVISLLDQEKELKQKVEAVESEAEYFMEDWYAKDFESLIHASELKDISHHLAHVEENFTKYSTLIEHLKKETIFSQVGTELADQILMDKEVKLTVLEGEIQQRKVERQDLLVELNQNILKIAELGEIDKALAQNIESLKNATSSNIALKGELSEVKEENKRLWDKVQDLEADYDRVIVDLVGKEVEVSFLKGEVQHARVEREGFLMELNLNVSRIAEMGEINKALEQNIEFLKDAARSNNALKREVVEVKEAKQRLQVKILDLEADYDKVIADLIEKDVASTCSFHHISVLEHQKKELMKVNSTLEDSSCNFQNELSLRDLEITRMQSLLQVEVSRKDDVIKGLLYDLSLLQESASNSKDQKDEIDDMMARMESLEAELALKSGELADAVSNCQLFEAKLQEKSDIITALELDLSKEREALKLQSRENQDLRTHIEDSLAARKLVDDELKEKRKTTESLEDEILEMSSVLGEMNDTIKNLSDDLDEVAAERDQLQGQIICLKQSLEKAEAEVEANAAVAQEAQKVAETRKVYAEEKEAEVKLLERSVEELESIVNVLENKVDIIKGEAQRQRLQREDLELELHALKDQMQNVRNADTDMKRFLDEREKSLEEALNQILVLKRDLAGKNEEIVQMKAHISELNLHAEAQAKEYKQKFKALEAMVEQVKPEELSTQSSSALPNKSEKNASKSRGSSSPFKCIGLGLAQQIKYEKVEELSAARLRIEELEAQAACRQKEIFALNARLAAAESMTHDVIRDLLGVKLDMTSYVSLLDNGQVQKIAEKAQFQTLEPQEKEQEVTKLKKQLNEFIEERQGWLREMEKKQAEIVAAQIALENLRQRDQLLKTENEMLKMENLSKKNKVMELEEEIKKLSGQQNLQQRIHHHAKIKEENNRLKIQNEELSANLRKANIFVSRVKEDFGRLRASAGAKPCFDFNEEQRLMTKLKEIEEEKVQLAQQLLRLSTNVLKAAGFTKRMSEINPSLAEEALEELKNRIANLEMQQEDLKFKNKIIKEKVRLSELMPHVSPLNSRPDENHATTPPRTSSQAPFLSSFDR* 2901
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Ahy20g1531 2900 MobiDBLite consensus disorder prediction 22 54 - -
Ahy20g1531 2900 ProSitePatterns Kinesin motor domain signature. 441 452 IPR019821 GO:0003777|GO:0005524|GO:0007018
Ahy20g1531 2900 Coils Coil 2061 2119 - -
Ahy20g1531 2900 Coils Coil 2783 2810 - -
Ahy20g1531 2900 MobiDBLite consensus disorder prediction 101 160 - -
Ahy20g1531 2900 Coils Coil 2644 2727 - -
Ahy20g1531 2900 MobiDBLite consensus disorder prediction 2514 2540 - -
Ahy20g1531 2900 PANTHER KINESIN-LIKE PROTEIN KIF11 33 1273 - -
Ahy20g1531 2900 Coils Coil 803 830 - -
Ahy20g1531 2900 Coils Coil 1897 1917 - -
Ahy20g1531 2900 Coils Coil 1984 2018 - -
Ahy20g1531 2900 Coils Coil 1465 1499 - -
Ahy20g1531 2900 Coils Coil 2555 2589 - -
Ahy20g1531 2900 PANTHER KINESIN-LIKE PROTEIN KIF11 2150 2900 - -
Ahy20g1531 2900 Coils Coil 1179 1213 - -
Ahy20g1531 2900 MobiDBLite consensus disorder prediction 1 21 - -
Ahy20g1531 2900 ProSiteProfiles Kinesin motor domain profile. 208 545 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Ahy20g1531 2900 PANTHER KINESIN-LIKE PROTEIN KIN-12F ISOFORM X1 33 1273 - -
Ahy20g1531 2900 Coils Coil 559 579 - -
Ahy20g1531 2900 Coils Coil 1525 1552 - -
Ahy20g1531 2900 Gene3D Kinesin motor domain 204 557 IPR036961 -
Ahy20g1531 2900 Coils Coil 2488 2508 - -
Ahy20g1531 2900 SMART kinesin_4 206 553 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Ahy20g1531 2900 Coils Coil 1080 1128 - -
Ahy20g1531 2900 Coils Coil 2253 2273 - -
Ahy20g1531 2900 Coils Coil 903 993 - -
Ahy20g1531 2900 Coils Coil 2449 2476 - -
Ahy20g1531 2900 Coils Coil 2826 2860 - -
Ahy20g1531 2900 MobiDBLite consensus disorder prediction 2876 2900 - -
Ahy20g1531 2900 Coils Coil 1585 1619 - -
Ahy20g1531 2900 PANTHER KINESIN-LIKE PROTEIN KIN-12F ISOFORM X1 2150 2900 - -
Ahy20g1531 2900 Coils Coil 2288 2308 - -
Ahy20g1531 2900 Coils Coil 2730 2753 - -
Ahy20g1531 2900 Coils Coil 2379 2441 - -
Ahy20g1531 2900 Coils Coil 2316 2371 - -
Ahy20g1531 2900 PRINTS Kinesin heavy chain signature 442 460 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Ahy20g1531 2900 PRINTS Kinesin heavy chain signature 409 426 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Ahy20g1531 2900 PRINTS Kinesin heavy chain signature 495 516 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Ahy20g1531 2900 PRINTS Kinesin heavy chain signature 280 301 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Ahy20g1531 2900 MobiDBLite consensus disorder prediction 1 88 - -
Ahy20g1531 2900 MobiDBLite consensus disorder prediction 2513 2540 - -
Ahy20g1531 2900 Coils Coil 644 678 - -
Ahy20g1531 2900 Pfam Kinesin motor domain 214 545 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Ahy20g1531 2900 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 208 581 IPR027417 -
Ahy20g1531 2900 Coils Coil 1848 1868 - -
Ahy20g1531 2900 Coils Coil 1291 1343 - -
Ahy20g1531 2900 Coils Coil 2204 2238 - -
Ahy20g1531 2900 MobiDBLite consensus disorder prediction 126 160 - -
Ahy20g1531 2900 MobiDBLite consensus disorder prediction 2868 2900 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Ahy20g1531 Ahy-Chr20 45550137 45565676 Dispersed/Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Ahy20g1531 208 578 Miscellaneous Gene Families AT2G21380 39.687 5.56e-63 234
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Ahy20g1531 K10400 - gmx:100809655 3702.52
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Ahy20g1531 20 45550137 45565676 Ahy20g1531 20 45550137 45565676 ECH