Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Aip08g00698 ATGGGGTTTTTGCTGAAAGAAGCTTTAAAGACTCTCTGCGGTCGGAATCAGTGGTCTTATGCTGTGTTCTGGAAGATCGGATGCAACAATTCAAAACTATTGATCTGGGAAGAATGTTATTATGAACCATTGCCATGTTCTTTCCCTCAACCAACTTTTGGGAATGGAGAAGGCAGCTGGTTTTCTTCCGAGTCTCGCTCGTCTCAGATGGGGATCCAAGAGGAGGACAGAGTTTGTTCTTTGATTAACAAAATGACAGTGAATAATTCAGTCAATATCGCAGGTGAAGGAATAATTGGACGCGCTGCATTTACTGGCAACCATCAGTGGATTCTTTTCAACAATTTTAGTAGAGATGCATATCCACCTGAGGTATATGCTGAGATGCATCACCAACTTTCAGCTGGAATGCAGACTGTTGCAGTGATTCCTGTGCTTCCCCATGGGGTTGTTCAACTTGGATCTTTCTTGCCAATAATGGAGAATATTGGGTTTGTAAATGATGTAAAGAGCTTGATCTTGCAACTTGGATGCATTCCCGGTGCCCTTCTATCGGAAGATTATTCAGGAAGTCCTTCCATTGGAAGAGCACTTGCTACTGGCGGCTTGCCTGTCTCTGTCGAACCACCTGGAATTCCCTCACATTGCATTCCATCAGTATCTAATGGCTCAAATGAGCAAAGTAACCCATCTCATGTTTCAAGGCCAACTGTTCAAACACTCTGTCCTATAAGGGGAGAAATGAATAACTTCCAAGGTTCAGTATTGACTCCCAAAACTCATAACCTGAGCCAGATATCAAATGGTTATTGCCAACCAAATGCTACTACATTGATTAAAACAAACTTTGCTGGCCGAAGTGAGAATAGGGTTGTGGAGGCTGAAATGATACCCTCAAGCAGAGGTTCATGCCTACAGCAGCCTTCTGTTTCATATAATGCAAGATCTGCATTCAATGGCTTATCCAGTTTCGGTCAATCAGTTGCAAGCGATTGCAATCTAAAATATATGGAGCAACAAATGATGTCAGTCCTTGGGAATCAAGGTCACAGTAATCCTAGTATAAATGCGTCAAGTACATTAAACATGTCTCTACTAAAGACAGATGGAGGCCATATACTTGATCACAATCAAAGTTCTAGCAGTGCTTCATTACTTGCTGGAATACCAATACATGGTGGGGTGAGTAGTCTTTTGAGGACAAGTCTTGTTACTGATTCTGGTTTAAGAACTCCAGATGTGTCTGTTGGTGATTTATCCGGAGCACAAGGGGGTGGGGTTGGAGTTAAAAGTGATGGTTCAAGTGAAGCAGGTGGTTCTTCTCTGGCTAATTTGTTCAGTCACTCAGGTTCCTTTACTGTGCCTCCACAAGGTTCTGATCAGAAGCTTCTCTCTGTAGATGTGAAGCATGTTCATGATGCTTTACCTTCAAAGCCTGTGACTACCGGAGATCAAAGCCCTGATTTTGTCCAAGATTGTGTTAATAAACATGTTACTGGTCAATCTATGGTGAAGAATGTTAAACAAGAACAAGTTTGTGCTCAACCGTCATCAGGTGATGATCTGTTTGATATTCTAGGAGCAGATTTCAAAAACCAACTTCTGAGTGGAAACTGGGATAAGTTGTTTGCTGTTGGATCTGAATCTAATACAGAAAATATGGATAAAAAGCCAACATGTATGAATATGCAGGGTATGAACTCTGATTATTACTCTGCAAGTGAAGCAATATCAGAGAGTGACATATTTTCTGGGACAGGCACAGACCACCTCCTGGATGCTGTGGTTTCAAAGACCAAATCTGTCATGAAACAGAATTCTGATGACATGTCTTGCAGGACAACTTTGACAAGTAGTACCTGTTCAGTTCCCTCTCGTGCCTACAAGCCGGCTATGCCTGATCATATCCAGGGTGGGATGTTTGGTATTCCTAAGAGTGAGGGTAAAACAGGTGCTGTTGAAAATTCCATGAGGTCTGGATGTATTAAGGACGACGATGGAAAGTGTTCCCAAACTTCTTCTATGTTTGGGTCCCAACTTAGTTCATGGGTTGAAAATAGTAGCAAGCTTAAGCTTGAAAATAGTGTTTCGACTGGATACTCCAAGCGGCCTGATGAAGTTTGCAAATCGAATCGCAAAAGGCTTAAACCGGGAGAGAATCCTAGGCCTCGACCTAAGGATCGCCAAATGATTCAAGATCGTGTAAAAGAGTTACGGGAAATTGTGCCAAATGGAGCAAAGTGTAGCATAGATGCACTGCTGGAACGTACCATCAAGCATATGCTTTTTTTGCAGAGTGTGACAAAGCATGCTGACAAGCTGAAACAAACTGGGGATTCAAAGCATTACAAGTCACAACCCTTCAAACATAGAGCGGCCATAAAAGTGCCTCGGAGAGACATGGCAACTTTCGAAAGAGATCATTGTGTTCTCAATCATGTTCTCTTTCATATAATAATAGCATCCACATTCTTTCTTTCACTCAAAATCACAGCTTCTCCAACAACAGAAGCTCAAGTCCTTGTGAAATGGAAAAACAGCCTAGTATACACTCCTTTTCTCAATTCATGGTCCCTCTCCAATATTCACAACCTTTGCAGTAGTTGGGATGCCGTTGTTTGCGACAAAACAACAAACACAACTGTCTCAGAGATATACCTTTCTGGTTTCGATCTCAGTGGCACCCTTCATGGCTTGGATTTTGCTTCCCTACCAAACCTCACTCACCTTGACCTCAATCATAACAGCTTTATTGGGTCAATACCACCTCAAATTGGCAGCCTCTCCAAACTCATTTTCTTGGACTTTGGAAGCAACAACTTTTCAGGGACAGTGCCTTATGAGATGGGACATTTAAGGGAACTCGAATATCTCAGCTTCTACGACAACAGTTTCAATGGTGCTATTTCCTATCAGGTCATAAGTCTCCCAAAGGTATGCTACCTTGACTTTGGAGGAAACTACTTTGCATCTCCTCCTCACTGGTCTGACTATTCATGCATGCCTTCCTTAACACACCTTGACTTGTCTTCCAATTCATTCACTCCCGAATTCCCAAGTTTCATAATGAAGTGCCACAACTTGACTTTTCTAGACCTCTCTCAGAACTATTTTAATGGCACAATACCAGAATCATTGTATACCAATTTGGCCAAGCTTCAATACCTGAACCTCTCAGGTTGTGGGATGGAAGGACCATTGTCGTCCAATATATCCAAGCTCTCAAACCTCAAAGAGCTTGGTATGGGTGACAACAACTTCACTGGTCCTATTCCCATGGAAATAGGATTCATAGCTGGGCTTCAAATTCTTGAATTGCATAACATTTCAGCCCGCGGGGAAATTCCATCATCCCTAGGCCAACTTATGCAGTTAAGATTTCTTGATCTGGGAGGGAATTTTTTAAACTCTTCAATCCCTTTGGAACTTGGCTCATGCATTCATCTAACCTGCCTTGATTTATCAGGCAATAATCTATCAGGTCCTTTGCCTTTCTCATTATCTAACTTGACCAAGCTCTCTGAATTGGTATTATCATATAATTCCATTTCTGGTCAACTCTCTGCCTCACTAATTTCTAATTGGACTGAGTTGATAATTCTGCAACTCGATCATAACTTGTTGACAGGAAAGGTCCCTCCAGAAATTGGTCTGTTAAAGAAAATCGAGTACCTCCTTTTGTGCAGCAATGAATTTTCTGGTCACATTCCTAAAGAGATTGGAAGCATGAGGGAAATGATAATGTTAGACTTCTCTCAAAACCACTTCTCTGGTACAATTCCCTCAACAATTTCGAATCTTACAAACATTGAAGTGATAAATCTTTTCATGAATGAGCACACCGGAACCATTCCCAGAGAAATAGGAAACCTCAAGTCACTGCACTACTTTGATGCCAGCCGTAATAATTTGGAGGGAGAGTTGCCAAACAGCATAGCTCAACTAACTGCTTTAGAATACTTTTCTGTGTTCTCCAACAACTTGTCAGGCAGCATCACCAGAGATTTTGGGAAGTACAGTCCTAATTTAACTGATGTTTATCTTTCTAACAACAACTTCTCAGGACTACTGCCACCTGACTTGTGCAGTGGCATGATGCTATATGGTTTGACAGTCAGTAACAACAGCTTTTCGGGGATTTTTCCAAAGTCCTTGAGAAATTGTTCAACACTAACTATAATAAGGCTTGATGACAATCATTTCTCTGGAAACATCACAGAAGCACTAGGGGTTTATCCAAGTCTTCGTTTTCTAGACCTGCGCTCTAATGAATTCACGGGAAATATACCCCATAGATTTTTCAGATTGGCTAATCTTACCTTCCTTGATTTATCTAATAACAACTTGAGTGGAAGCATTCCTAATGACTGTGAAACATTCAATGCAAGCTCTCTTGAAATTCTCAACTTGTCTCACAACAACTTGACAGGAACAATTCCACAATGTTTGGCAACCTTACCCTCTCTCACAGTTTTGGACTTGCATATGAACAACCTTTATGGAACCTTACCAAGAATCTTCCCTAAAGGTAATGTCTTAGATACTATAAAACTGAATGGCAACTTCTTGGAGGGAGCATTACCCAAATCCCTGGCCCACTGCACAAAACTACGAGTTCTGGACCTTGGAGAAAATAGCATAGAGGACATATTTCCTAGTTGGCTAGGATTGCTTCAAGAGCTACAGGTACTCATTTTACGAGCAAATAAATTTTATGGTACCTTCAATAACTCTTCCAACTTTAGAGATGCACATGCATTTCCAAATTTGAGAGTTTTTGATGTCTCCAACAACTATTTTAGCGGGTCCTTGCCAGTATCATTCTTGAAGAACTTTCAAGGAATGATGAATGTCAATTATACTCAAAGTGGGTTGCAATATATGAGTTCCAATTATTCCGGCCTTGCATCATATTTTGCTTCAATAGTGGTCAACATGAAAGATCAGTCAGTGCAACTTGTGAAAATATTAATGACTTTTACAACTATGGACTTATCAAATAACTCATTTGAGGGTGAAATCCCACAAGTAATTGGAGAATTAGATTCCCTCAAAGGGCTCAATCTCTCACATAATAGAATAACTGGCACCATCCCACAAACTTTGGGTAACTTGAGAAATTTGGAATGGTTGGACCTCTCATGGAATCAGATCAGGGGTGAGATTCCTTTGGCCTTAACAAATTTGAATTTTCTGTCGGTCTTAAATGTTTCACAAAATCAATTAGAGGGAGCTATACCTACAGGTGGCCAATTCAACACATTCCAAAATTATTCATATGGAGGAAATGCAATGCTGTGTGGATTCCCTTTGACAAAATCATGCAGTGGTGGCAATGATGACAATGAACATGCCTCATCATCTTCGACATTTGAGGATGAAGAAAAATTTGGATTTGGCTGGAAACCTGTTGCAGTGGGATATGCATGTGGAGTGGTGGTTGGAGTGCTCTTAGGATGTTACTTTTTCTACACTGGGAAGCCACAATGGCTTGCAAGGCTTTTAGCTTCTCCAACAACAAAAGCTGAAGTCCTTGTGAAATGGAAAAACAGCCTACTATACACTCCTTTTCTCAATTCATGGTCCCTCTCCAATATTCACAACCTTTGCAGTACTTGGGATGCCGTTGTTTGCGACAAAACAACAAACACAACTGTCTCAGAGATATACCTTTCTGGTTTCAATCTCAGTGGCACCCTTCATGGCTTCGATTTTGCTTCCCTACCAAACCTCACTCACCTTGACCTCAACTATAACAGCTTTATTGGGTCAATACCACCTCAAATTGGCAGCCTCTCCAAACTCATTTTCTTGGACTTTGGAAGCAACAACTTTTCAGGGACAGTGCCTTATGAGATAGGACATTTAAGGGAACTCCAATATCTCAGCTTCTACAACAACAGTTTCAATGGTGCTATTCCCTATCAGCTCACCAGTCTCCCAAAGGTATGGTACCTTGACTTTGGATTAAACTACTTTGCATCTCCTCCTCACTGGTCTGACTATTCATGCATGCCTTCCTTAACACACCTTGACTTGTCTTACAATTCATTCACTCCCGAATTCCCAAGTTTCATACTCAAGTGCCACAACTTGTCGTTCCTAGACCTCTCTCTGAACTATTTTAATGGCACAATACCAGAATCATTGTATACCAATTTGGCCAAGCTTCAATACCTGAACCTCACAGGTTGTGGGATGGAAGGACCATTGTCGTCCAACTTGTCCAAGCTCTCAAACCTCAAAGAGCTTGGTATGGGTGACAACAACTTCACTGGTCCTATTCCCATGGAAATAGGATTCATAGCTGGGCTTCAAATTCTTGATTTGCGTAACATTTCAGCCCGCGGGGAAATTCCATCATCCCTAGACCAACTCATGCAGTTAAGACATCTTGATCTGGGAGGGAATTTTTTAAACTCTTCAATTCCTTTGGAACTAGGCTCATGCATTCATCTAACCTGCCTTGATTTATCAGGCAATAATCTATCAGGTCCTTTGCCTTTCTCATTATCTAACTTGACCAAGCTCTCTGAATTGGGATTATCATATAATTCCATTTCTGGTCAACTCTCTGCCTCACTAATTTCTAATTGGACTGAGTTGATAAGTCTGCAACTCCAACAAAACTTGTTGACAGGAAAGGTCCCTCCAGAAATTGGTCTGTTCAAGAAAATCCAGTACCTCTTTTTGTACAGCAATGAATTTTCTGGTCCCATTCCTAAAGAGATTGGAAGCATGAGGGAAATGATAAGTTTAGACTTTTCTGAAAACAACTTCTCTGGTACAATTCCCTCAACAATTTTGAATCTTACAAACATTGAATTGATAGATCTTTTCATGAATGAGATCACTGGAACCATTCCCAGAGAAATAGGAAACCTCAAGTCACTGTTCTACTTTGATGTGGAGAAAAATAATTTGGAGGGAGAGTTGCCGAACAGCATAGCTCAACTAACTGGTTTAAAATACTTTTCTGTGTTCTCCAATAACTTGTCAGGCAGCATCTTCAGCTTTTCCAGATTGGCTAATCTCATCTTCCTTGATTTATCCAAGAATAACTTGAGTGGACGCATTCCAATTGACTGTGAAACATTCAATACAAGCTCTCTTAAAATTCTCAACTTGTCTCACAACAACCTGGCAGGAATAATTCCACAATGTTTGGGAACCTTACCCTCTCTGACAGTTTTGGACTTGCATATGAACAACCTTTGTGGAACCTTACCAAGAATCTTCCCTAAAGGTAATGTCTTAGATACTATAAAACTGAATGGCAACTTCTTGGAGGGAGCATTACCCAAATCCCTGGCCCACTGCACAAAACTACAAGTTCTGGACGTTGGAGAAAATAGCATAGAGGACACATTTCCTAGTTGGCTAGGATTGCTTCAAGAGCTACAGGTACTCATTTTACGAGCAAATAAATTTTATGGTACCTTCAGCAACTCCTCCAACATTAGAGATGCACATGCATTTCCAAAGTTGAGAGTTTTTGATGTCTCCAACAACTATTTTAGTGGGTCCTTGCCAATATCATTCTTGAAGAACTTTCAAGGAATGATGAATGTCAATTACACTCAAACTGGGTTGCAATATATGAGTGCCAATTCTTCCGGCTATCGATCATATTTTGCTTCAATAGTGGTCAACATGAAAGATCAGCCGGTGGAACTAGTGAAAATATTGATGACTTTTACAACCATAGACTTGTCAAATAACTTACTTGAGGGCGAAATTCCACAAATAATTGGAGAAATAGATTCTCTCAAAGGGCTCAATCTCTCACATAATAGAATCAGTGGCACTATTCCACAAACTTTGGGTAACTTGAGAAATTTGGAATGGCTGGACCTCTCATGGAATCAGATTAGAGGTGAGATTCCTTTGGCCTTGACAAATTTGAATTTTCTGTCGGTCTTAAATGTTTCACAAAATCAATTAGAGGGAGCTATACCTACAGGTGGCCAATTCAACACATTCCAAAATGATTCATATGGAGGAAATGAAATGCTGTGTGGATTTCCTTTGTCAAAATCATGCAGTGGCAATGAGGACAATGAACGTACCTCATCATCTTTGACATTTGAGGATGAAGAAACATTTGGATTTGGCTGGAAACCTGTTGCAGTGGGATATGCATGTGGAGTGGTGGTTGGAGTGCTCTTAGGATGTTACTTTTTTTACACTGGAAACCCACAATGGCTTGCAAGATTTTTAGGTATCCGTATATCAAATAAGAGCGTGAGAAAGAAAAATAAAAGAAAAAACAGAGTGCATGCAAGATCATAG 8292 0.4062 MGFLLKEALKTLCGRNQWSYAVFWKIGCNNSKLLIWEECYYEPLPCSFPQPTFGNGEGSWFSSESRSSQMGIQEEDRVCSLINKMTVNNSVNIAGEGIIGRAAFTGNHQWILFNNFSRDAYPPEVYAEMHHQLSAGMQTVAVIPVLPHGVVQLGSFLPIMENIGFVNDVKSLILQLGCIPGALLSEDYSGSPSIGRALATGGLPVSVEPPGIPSHCIPSVSNGSNEQSNPSHVSRPTVQTLCPIRGEMNNFQGSVLTPKTHNLSQISNGYCQPNATTLIKTNFAGRSENRVVEAEMIPSSRGSCLQQPSVSYNARSAFNGLSSFGQSVASDCNLKYMEQQMMSVLGNQGHSNPSINASSTLNMSLLKTDGGHILDHNQSSSSASLLAGIPIHGGVSSLLRTSLVTDSGLRTPDVSVGDLSGAQGGGVGVKSDGSSEAGGSSLANLFSHSGSFTVPPQGSDQKLLSVDVKHVHDALPSKPVTTGDQSPDFVQDCVNKHVTGQSMVKNVKQEQVCAQPSSGDDLFDILGADFKNQLLSGNWDKLFAVGSESNTENMDKKPTCMNMQGMNSDYYSASEAISESDIFSGTGTDHLLDAVVSKTKSVMKQNSDDMSCRTTLTSSTCSVPSRAYKPAMPDHIQGGMFGIPKSEGKTGAVENSMRSGCIKDDDGKCSQTSSMFGSQLSSWVENSSKLKLENSVSTGYSKRPDEVCKSNRKRLKPGENPRPRPKDRQMIQDRVKELREIVPNGAKCSIDALLERTIKHMLFLQSVTKHADKLKQTGDSKHYKSQPFKHRAAIKVPRRDMATFERDHCVLNHVLFHIIIASTFFLSLKITASPTTEAQVLVKWKNSLVYTPFLNSWSLSNIHNLCSSWDAVVCDKTTNTTVSEIYLSGFDLSGTLHGLDFASLPNLTHLDLNHNSFIGSIPPQIGSLSKLIFLDFGSNNFSGTVPYEMGHLRELEYLSFYDNSFNGAISYQVISLPKVCYLDFGGNYFASPPHWSDYSCMPSLTHLDLSSNSFTPEFPSFIMKCHNLTFLDLSQNYFNGTIPESLYTNLAKLQYLNLSGCGMEGPLSSNISKLSNLKELGMGDNNFTGPIPMEIGFIAGLQILELHNISARGEIPSSLGQLMQLRFLDLGGNFLNSSIPLELGSCIHLTCLDLSGNNLSGPLPFSLSNLTKLSELVLSYNSISGQLSASLISNWTELIILQLDHNLLTGKVPPEIGLLKKIEYLLLCSNEFSGHIPKEIGSMREMIMLDFSQNHFSGTIPSTISNLTNIEVINLFMNEHTGTIPREIGNLKSLHYFDASRNNLEGELPNSIAQLTALEYFSVFSNNLSGSITRDFGKYSPNLTDVYLSNNNFSGLLPPDLCSGMMLYGLTVSNNSFSGIFPKSLRNCSTLTIIRLDDNHFSGNITEALGVYPSLRFLDLRSNEFTGNIPHRFFRLANLTFLDLSNNNLSGSIPNDCETFNASSLEILNLSHNNLTGTIPQCLATLPSLTVLDLHMNNLYGTLPRIFPKGNVLDTIKLNGNFLEGALPKSLAHCTKLRVLDLGENSIEDIFPSWLGLLQELQVLILRANKFYGTFNNSSNFRDAHAFPNLRVFDVSNNYFSGSLPVSFLKNFQGMMNVNYTQSGLQYMSSNYSGLASYFASIVVNMKDQSVQLVKILMTFTTMDLSNNSFEGEIPQVIGELDSLKGLNLSHNRITGTIPQTLGNLRNLEWLDLSWNQIRGEIPLALTNLNFLSVLNVSQNQLEGAIPTGGQFNTFQNYSYGGNAMLCGFPLTKSCSGGNDDNEHASSSSTFEDEEKFGFGWKPVAVGYACGVVVGVLLGCYFFYTGKPQWLARLLASPTTKAEVLVKWKNSLLYTPFLNSWSLSNIHNLCSTWDAVVCDKTTNTTVSEIYLSGFNLSGTLHGFDFASLPNLTHLDLNYNSFIGSIPPQIGSLSKLIFLDFGSNNFSGTVPYEIGHLRELQYLSFYNNSFNGAIPYQLTSLPKVWYLDFGLNYFASPPHWSDYSCMPSLTHLDLSYNSFTPEFPSFILKCHNLSFLDLSLNYFNGTIPESLYTNLAKLQYLNLTGCGMEGPLSSNLSKLSNLKELGMGDNNFTGPIPMEIGFIAGLQILDLRNISARGEIPSSLDQLMQLRHLDLGGNFLNSSIPLELGSCIHLTCLDLSGNNLSGPLPFSLSNLTKLSELGLSYNSISGQLSASLISNWTELISLQLQQNLLTGKVPPEIGLFKKIQYLFLYSNEFSGPIPKEIGSMREMISLDFSENNFSGTIPSTILNLTNIELIDLFMNEITGTIPREIGNLKSLFYFDVEKNNLEGELPNSIAQLTGLKYFSVFSNNLSGSIFSFSRLANLIFLDLSKNNLSGRIPIDCETFNTSSLKILNLSHNNLAGIIPQCLGTLPSLTVLDLHMNNLCGTLPRIFPKGNVLDTIKLNGNFLEGALPKSLAHCTKLQVLDVGENSIEDTFPSWLGLLQELQVLILRANKFYGTFSNSSNIRDAHAFPKLRVFDVSNNYFSGSLPISFLKNFQGMMNVNYTQTGLQYMSANSSGYRSYFASIVVNMKDQPVELVKILMTFTTIDLSNNLLEGEIPQIIGEIDSLKGLNLSHNRISGTIPQTLGNLRNLEWLDLSWNQIRGEIPLALTNLNFLSVLNVSQNQLEGAIPTGGQFNTFQNDSYGGNEMLCGFPLSKSCSGNEDNERTSSSLTFEDEETFGFGWKPVAVGYACGVVVGVLLGCYFFYTGNPQWLARFLGIRISNKSVRKKNKRKNRVHARS 2763
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Aip08g00698 2763 Gene3D Ribonuclease Inhibitor 1307 1459 IPR032675 -
Aip08g00698 2763 Gene3D Ribonuclease Inhibitor 1998 2365 IPR032675 -
Aip08g00698 2763 ProSiteProfiles Leucine-rich repeat profile. 1464 1487 IPR001611 GO:0005515
Aip08g00698 2763 Pfam Leucine Rich repeat 1145 1161 IPR001611 GO:0005515
Aip08g00698 2763 Pfam Leucine Rich repeat 2149 2165 IPR001611 GO:0005515
Aip08g00698 2763 Gene3D Ribonuclease Inhibitor 1460 1784 IPR032675 -
Aip08g00698 2763 Pfam bHLH-MYC and R2R3-MYB transcription factors N-terminal 5 172 IPR025610 -
Aip08g00698 2763 SMART LRR_typ_2 1170 1194 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 1001 1025 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 1534 1557 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 2126 2150 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 1705 1729 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 1341 1364 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 1587 1610 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 2005 2029 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 2392 2415 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 2587 2610 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 1436 1460 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 1681 1704 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 2174 2198 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 2611 2635 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 2342 2366 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 1486 1509 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 1908 1932 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 1122 1146 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 904 928 IPR003591 -
Aip08g00698 2763 SMART LRR_typ_2 2368 2391 IPR003591 -
Aip08g00698 2763 SUPERFAMILY L domain-like 1587 1771 - -
Aip08g00698 2763 CDD bHLH_AtLHW_like 719 786 - -
Aip08g00698 2763 SUPERFAMILY RNI-like 1249 1618 - -
Aip08g00698 2763 MobiDBLite consensus disorder prediction 415 440 - -
Aip08g00698 2763 Gene3D Ribonuclease Inhibitor 994 1122 IPR032675 -
Aip08g00698 2763 Gene3D Ribonuclease Inhibitor 2366 2684 IPR032675 -
Aip08g00698 2763 Pfam Leucine Rich Repeat 1438 1458 IPR001611 GO:0005515
Aip08g00698 2763 Pfam Leucine Rich Repeat 1910 1931 IPR001611 GO:0005515
Aip08g00698 2763 Pfam Leucine Rich Repeat 906 927 IPR001611 GO:0005515
Aip08g00698 2763 ProSiteProfiles Myc-type, basic helix-loop-helix (bHLH) domain profile. 715 764 IPR011598 GO:0046983
Aip08g00698 2763 SMART LRR_sd22_2 2126 2147 - -
Aip08g00698 2763 SMART LRR_sd22_2 2611 2637 - -
Aip08g00698 2763 SMART LRR_sd22_2 1122 1143 - -
Aip08g00698 2763 SMART LRR_sd22_2 2174 2201 - -
Aip08g00698 2763 SMART LRR_sd22_2 904 930 - -
Aip08g00698 2763 SMART LRR_sd22_2 1436 1458 - -
Aip08g00698 2763 SMART LRR_sd22_2 2342 2363 - -
Aip08g00698 2763 SMART LRR_sd22_2 1705 1731 - -
Aip08g00698 2763 SMART LRR_sd22_2 1534 1552 - -
Aip08g00698 2763 SMART LRR_sd22_2 1170 1197 - -
Aip08g00698 2763 ProSiteProfiles Leucine-rich repeat profile. 1438 1460 IPR001611 GO:0005515
Aip08g00698 2763 PANTHER LEUCINE RICH REPEAT FAMILY PROTEIN, EXPRESSED 2002 2195 - -
Aip08g00698 2763 PANTHER LEUCINE RICH REPEAT FAMILY PROTEIN, EXPRESSED 829 1284 - -
Aip08g00698 2763 PANTHER LEUCINE RICH REPEAT FAMILY PROTEIN, EXPRESSED 1266 1619 - -
Aip08g00698 2763 PANTHER LEUCINE RICH REPEAT FAMILY PROTEIN, EXPRESSED 2128 2282 - -
Aip08g00698 2763 PANTHER LEUCINE RICH REPEAT FAMILY PROTEIN, EXPRESSED 1191 1481 - -
Aip08g00698 2763 PANTHER LEUCINE RICH REPEAT FAMILY PROTEIN, EXPRESSED 1885 1991 - -
Aip08g00698 2763 PANTHER LEUCINE RICH REPEAT FAMILY PROTEIN, EXPRESSED 1485 1815 - -
Aip08g00698 2763 PANTHER LEUCINE RICH REPEAT FAMILY PROTEIN, EXPRESSED 2161 2336 - -
Aip08g00698 2763 PANTHER LEUCINE RICH REPEAT FAMILY PROTEIN, EXPRESSED 2260 2721 - -
Aip08g00698 2763 Gene3D Ribonuclease Inhibitor 1192 1306 IPR032675 -
Aip08g00698 2763 Gene3D Ribonuclease Inhibitor 834 993 IPR032675 -
Aip08g00698 2763 Gene3D Ribonuclease Inhibitor 1839 1997 IPR032675 -
Aip08g00698 2763 Pfam Leucine rich repeat 2364 2405 IPR001611 GO:0005515
Aip08g00698 2763 Pfam Leucine rich repeat 2567 2624 IPR001611 GO:0005515
Aip08g00698 2763 Pfam Leucine rich repeat 1513 1571 IPR001611 GO:0005515
Aip08g00698 2763 Pfam Leucine rich repeat 1002 1061 IPR001611 GO:0005515
Aip08g00698 2763 Pfam Leucine rich repeat 1459 1499 IPR001611 GO:0005515
Aip08g00698 2763 Pfam Leucine rich repeat 1661 1718 IPR001611 GO:0005515
Aip08g00698 2763 SUPERFAMILY RNI-like 1888 2213 - -
Aip08g00698 2763 SUPERFAMILY L domain-like 2366 2678 - -
Aip08g00698 2763 SUPERFAMILY L domain-like 2194 2411 - -
Aip08g00698 2763 MobiDBLite consensus disorder prediction 695 730 - -
Aip08g00698 2763 SUPERFAMILY RNI-like 884 1252 - -
Aip08g00698 2763 ProSiteProfiles Leucine-rich repeat profile. 2613 2636 IPR001611 GO:0005515
Aip08g00698 2763 ProSiteProfiles Leucine-rich repeat profile. 1536 1558 IPR001611 GO:0005515
Aip08g00698 2763 Gene3D Ribonuclease Inhibitor 1123 1191 IPR032675 -
Aip08g00698 2763 MobiDBLite consensus disorder prediction 705 730 - -
Aip08g00698 2763 ProSiteProfiles Leucine-rich repeat profile. 1707 1730 IPR001611 GO:0005515
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Aip08g00698 Aip-Chr8 6577844 6591578 Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Aip08g00698 2006 2736 Receptor kinase-like Gene Family AT5G25910 35.453 8.06e-121 402
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Aip08g00698 - - aip:107613076 2062.34
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Aip08g00698 08 6577844 6591578 Aip03g01448 03 15429651 15434706 PCT