Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Glsi01g1332 ATGGAGCTAGAAGTGGGACTCAAACTCACCAGAACCAGAGATGATATCAGTTCAGTTTCTGAGCTACGGATAGCAAAAGACAGAGCTGGCCCAGTCTTCTTGTCTAGAGAAACTAACGCCATGTTCATCCTCACTGCCCATCTTAAAGGTTACAAGAAAAATAACATTAACATAAAGATTAGTGAAGATGGTAGAGATATTTCAATTAGTGGAGAGAAGCCAATTCAGGAAGTGCTAATGATGAGATGGGTAATGTTGAAGAACCATGAGGAAATTACAGGGTTCAGCAAGGTTTTTAAGATTCCAGATGGGGTGCTTTTGGATCGGATCAAGGCAAAGTATAATGAAGATGAATCAGTATTGAAAATTGTGATGCCAAAATTGGTGAAAGGAATTTCTGGGGTGCAAATTGAAGAGGTAAAGGAAGAAGAAATTGATAGAGGAAGATCAAAACTAGAGCAAAGTGAAGCTAATATTGGAGAGTCAAGCCAAGAAGCTTCTGAAGATTCTAGGGTTCAACAAATGGTGGAAAATGAAAGAGTTAAGGAGAAGGAAGAAATTGGAAAACAAAATTTTGAAATTGAAGATGTAAAGGAAGAAGAAATTGATAGAGGAAGATCAAAACTAGAGCAAAGTGAAGATGACATTGGAGAGTCAAGCCAAGAAGCTTATGAAGATTCTAGGGTTCAACAAATGGTGGAAAATGAAAGAGTTATGGAGAAGGAAGAAATTGGAAAACAAAAGTTTGAAATTGAAGATGTAAAGGAAGAAGAAATTGATAGAGGAAGATTAAAACTAGAGCAAAGTGAAGCTGATATTGGAGAGTCAAGCCAAGAAGCTTTTGAAGATTCTAGGGTTCAACAAATGGTGGAAAATGAAAGAGTTGTGGAGAAGGAAGAATTTGGAAAACAGAAGTTTGAAATTGAAAATGTAAAGGAAGAAGAAATTGATGGAGGAAGATCAAAACTAGAGCAAAGTGAAGCTGATATTGGAAAGTCAAGCCAAGAAGAGTTTGAAGATTCTAGGGTTCAACAAATGGTGGAAAATGAAAGAGTTATGGAGAAGGAAGAAATTGAAAAACAAAAGTTTGAAATTGAAGATGTAAAGAAAGAAGAAATTGATAAAGAAAGATCAAAACTAGAGCAAAGTGAAGCTGATATTGGAGAGTCTAGCCAAGAAGCTTTTGAAGATTCTAGGGTTCAGCAAATGGTGGAAAATGAAAGAGTTATGGAGAAGGAAGAAATTGGAAAACAAAAGTTTGAAATTGAAGATGGGTATGAAGCAACGAAAAATTCAGAAATAGAGAAAAATCTAGAAGAGCATATTCCAAAGAACATTGAAGAGACAAGCGCACACGTGTCTGAAAATGCTGTAATTCAAAATTTGGAAGGAGAATGTGAAGATAGATATAAAGAAAGGGTGGAAGAACAAATAAGTCAGGAAGAAATTGAGACGATGAACGAAGGAAAATCTGAAAAGGCGCTAACTAAGGTTAATGGATTTAGTGGGGAAGACAACAATGGAAGGAGAAAGAAAGAAAAAGTGGAAGAGCCTAAGTTTGAAACTAAAGAGAAGGATGAAGAAAGGGTTGAAGAAGAAGTCAGTAAGGAAGAGATTGATAGGATGGAAGAAGGGAAATCTAAAGAGGTGCTTGCTAAGGTCAACAGGGTTGGTAGGGAAGACAACAATGGAGGGACAAAGAAAGAAGAAATGGAAGAGCCTAAGTTTGAAAATAAAGAAAGAGATGAAGAAAGGGTCGAAGAAGGAATTAGTAACAGAGGAATTGAAAAGATTGAAGAAGGAAAATTTGAGAAGGTTAGTAGGGAAGACAACAATGGAGGAGCAATGCAAAAAGAAATTGAAGGGGCTAAGTTTGAAATTGAAGATGAAGATAAACAAAGGGTTGAAGAAAAAATTAGTAAGGTAGGAATTGAAAGGATGGAAGAAGGAAAATTTGATAAGGTTAGTAGGGAAGACAGCAATGGAAGGACAATGCAGAAAGAAATGGAAGAGCCTGAGTTTGAAAATGAAGATAAAGATAAAGAAAGGGTTAACGAAGAAATTAGTAATGAAGGATTTGAAGCAAAGAAAAATATAGGGAAAGATTTTGATAGTAAAGCATCAATAGACGTGGAGGAAAGTGAAAGTATGGTTGAGAGGATAGAAGGAGGGTCTGAAAAAGTGCTTGCTAGGGCCAAACAGAAAGAAATTGAAGAGCCTAAGTTTGAAACTGAGGATAAAGATAAAGAAATGGCGAAAGAAGAAATTAGTGAGGAAGGGTTTGAAGCAGATGAAAATAGAGTGAGAGAATGTCCTAACGTACCAAAAATATCAGTTGAAAAAAGGGAAGGATTGAAGGTGGCAATGATGGAAGAATCTAAAGAGCTGAAAGAAGCAATGATCAAAAGAGAGAACCAAGAGGCCAATGGAGCTACTAAGGAAGACATAATTGGAGGGACAAAACAAGAAAAATTTGAAGAGCCCAAGTTTGACATAGTGGATAAAGATAAAGAAAGTATGCAAAAAGATATTATCAAGGAGGGATCTCAAGCAATAGAAACTGCAGTGAGAGAGTTTCCTAAGAAGGTACCAAAATCACCAATTGAAGAAAGTGCAACATCGAAGGTTTTGAATATAGAAGAAATTGAAAGGGTGAAAGCAGTAATGGCCAAAAGCGAGAACCAAGAAATTGAGGGTTTTAAGGAAGAGGAAGGAGAAAAATCCAAGAAGATGAATGAGAAAGCAGGCAAGGTTATTGAGAAAGAACAAAAGGGAATTGAAGAGTTTAGCGTTAAAACCTCTGGAGATGAACAAAATGTGCCAAAAAATATTGTCAAAAGAGTATTTGAAGTATTGGGGACCATTATATCAGAGTTTCCCAAGCAGAAAGTAGAAACAAAGGCCAAAAGAGAAAAAGAGGAAATGGCTAGAGTGAAGGTGAAAGGAGAGGTTTTTATAAAGATGCATGATGAAGCAAATGAGGGTTTTGAGAAAGACATTATTGGGGACAAAATTCAAAAGGAAACTGGAGAATCTAGTTTTGGTCTTAAGGATAGTGATCAACTAAGGGGACTAGGGAATGTTGATAAAGGAGGATTTGATGTTTCAAAGAGGGAAGAATCTAAAGTTATCAAAGAAGAGATTGCAGAAGCTGAACATTCTGTGGAGAAAGTAAAAGGAGAGAATAAGGAAAAGGTACCAGTTGGAGCATATAGTGGTTCTAAGAAAGATATGACCAGTGAAAGAACTCAGAAGGAAAAACAAGAGCCTAACATTGAAACTAAGAAAAGAGATCAACAATGTGTTCAAGAAGAAGCAAGCAAGACTAAAAAAGAAGAGTTTTCTATGCAAATAGCAGAATCAATAGAGAATAAAAGGGAAGGACCAAAAGACGAAAAAATAGAAGAAATGGCCAAAAGAAAAAGTGTGGAAACAGAAGTAGTGGCAGATGATAAGCCTACACTTAAAGAGAAGATTCAAGAGACAGAGATCGAAAGAATGAGGAAGATCAAGCAAATCACAAAGATTTTCGAAGAAGTACCAGAGGAAAAAAAAGATCTAAAGGCATTGGAAAAAGACAATCCTGAAAGAAAAATGCAACCAACAAAAGATATGGCCATATATCCAAAAGTAGTTGCAAGGAGGGAAGAAACTAAAGTTGCCAAAGAAAAGTCTACAGAAACTAAACATTTTGTGGAGAAAGTAAAAGGAGATAATAAGGAAAAGGTACAAGTTGAAGCATATGGTGGTTTCAAGAAAGATATGGTTGGGGAGAACACTCAGGAGGAAAAAGAAGAGTCTAAGGTTGGAACTAAGGATAGAGATCAACAATGTGTTCAAGAAGAGATAAGTGAAGGAATGTTTGAGGCAAGCAAAACTGCAAAAGAAGAGTTCTCTATGCAAATAGTAGAATCAATAGAGAATAAAAAAGAAGGACCAAAAGACAAAAAAATAGAAGTTGCCAAAAGAAAGAATGAGGAAATAGGAGTTATGGCAGACGATGAGCCTATAATTAAGGAGAAGATGCAAGAGACAGAGATTGAAAGAATGAGCAAGATCAAACAAATCACAAAGACTTCACGAGAAGTGTCAAAGGAAGAAAAAGATGTAAAAGCATTGGAAAAAGATAGGCCTAAAAGAGAAGTGCAACCAACAAAAGACATGGCCATCTATCCAAAAATAATGAGGTTTAAAGAGGTTGAACAAGGGGGTGCAAATGATAAGCTACAAAAGGAAGAGTTGTTATGCCCTAAAATTCAAAGCAAGGAGACTCTTGAATCGGAAAAGGGAAGTGTGAACCAAGATATTGTAAAGCGGAAGGAAGCAAAAGAAATAGGAGAAAAAGAGAAAAGTGCTGATCGAAAAGAAAGTACTAAACCATTTGTTGCTGAACCATTTCAAAAACCAAGTATACCATCAACTCATCAATTGGAAGCTAAAGAAAAAGGTAAAGAATCTCAAGAATCAACAGAGCGAGATCTCCAAACAAATTTTCAAGACTGCATCAAAATGAAGGAGAATCAAGAATCGAAGCATAGAGAAACTTTGCAGCCACAATTCTCACTTGAAGAACACCCTAAGAAAGAAGATCAGGTTACTACAAAAGATGCAATTCATAGAGGACAAAAGGTTGAGGAGTCAATTCAAGACAACACAGAGGAGCCTAAGAATGAAATTGATGATAGAGATAAAAAAAATGTGCAAACAGAGGTTGAGAAAGGAGTTGGATCAACAAAGAAAATGCCCAAAGATAAATATGAAGCAAACGTAGGTGCAAAAGTTGGAAGGATGGAAATAAAAAATGTTTCACAGTCAACGCTCGAAAGAGAGAAACGTAGAACAGTTCGAAATATTGAAGATGAGAAGTCTAGAATAAAGAAAGGAGTTCAGAAATTTGATATTGAAAAAGAGGATAAAGTTGAACAGGTTGTAGAATCAATGCAAGAGACACCAGAGAAAGAGCTTCCTAAAAAATCAAAAGAAGAAGTTAAAAGAGAAGTGGAACCTCCAGATGCAGAAGTTGCATATCCAGAAGCAGCAAGTATGAAATTTAAAGAGGTTAAACCAAAGAATGATATTGAAGAGCCACAGATGAAAGAGTTGCCAACTCCATCGATAGAAATGCAAAGTAAAGAGCCTTTTGAATTAGAAAAAAAGAGTATGAAAAAGAAAATTTCAAAGACAAAAAATTGTGTACCAGAAGCAAGAGAGGAGGGAATTCAAGCACCAACAGTCATTGCATATCAAGCAACCAAACAATCAGAAGTGCAAAGACTAACACCAACTCAAAAATTGATAGTTGAAGAGAAAGAAAAATCAGATAGAGCTAATGATAAGCAAAAGTCTAAAATAGACTTCCAAGAGTCAAAAGAGAGGATAATACAGAAAGAAGTGGCAACTTTGCAACCTCATATCCTTACAGGTCAAAGCTTTGAAGAAAAGGAAAAAGTTGATGGGAAGCTTCAAGAAGCAATTCAAGAGGGGACTAAAGACTTCAAGATTTTAACTGAGGAAAGAGGTCAACAATATATGCTACAAAATTTGGATGAGAAAGGATTTGAAATGAAGAAGGTACCAGAAGAAGAGAAGCTGAATCGAAAACATGGTGCAAAAATATTGCCTTGCAAAAATGAATTAGCAGAGCCAAGAGTAAAACAAGCTGCTCCAAAGGTAGAGATTGGTCCACAATTGCAGGAGGATGAAGAGTCAATTTATTCCTTTGAAGGAACTAAAACATCAGAAGATATGGCAAATGAAGTGGACAAACCATCAAATTTTTCAAGCCAGCCTTCAATTCAACAATGTGACATTAAAGAGAAAGGCAAAACAGATGAATGTTATGAAGGTGGACATAAAGAATATCAAGAAGCTGCTCTAGATTTTCAAGAATCAGCCAAAAGAAAATTAGATCAAGAAGTTGAGCAAACTAAAACTTCAAAACCAGAGTTCCCAATGTATCCACAAATTATAAGAAATAGCCAGGAGATTATTGAACAGAAAGAAAGTCATGGAAGACATGGAATTGAAGAAGAAAATTTTGATGAAGGAGGTGAAACCCACGAGGATAGCTACCAAGAATTAGAGATTCTAGAAGATATCGAAGTGGAAGCAAGTGAAGAGAAAAAGGATAACGCAAAAAGGTCAAAGAGACTATGTGCTCCTTTGGTCATTTCAGGATCAGCCTTTCTCGTGTCTCTCATAGTTTTCTTCGTTCATCATAGAAAAGCTGGAAAAAGGTAA 6240 0.3606 MELEVGLKLTRTRDDISSVSELRIAKDRAGPVFLSRETNAMFILTAHLKGYKKNNINIKISEDGRDISISGEKPIQEVLMMRWVMLKNHEEITGFSKVFKIPDGVLLDRIKAKYNEDESVLKIVMPKLVKGISGVQIEEVKEEEIDRGRSKLEQSEANIGESSQEASEDSRVQQMVENERVKEKEEIGKQNFEIEDVKEEEIDRGRSKLEQSEDDIGESSQEAYEDSRVQQMVENERVMEKEEIGKQKFEIEDVKEEEIDRGRLKLEQSEADIGESSQEAFEDSRVQQMVENERVVEKEEFGKQKFEIENVKEEEIDGGRSKLEQSEADIGKSSQEEFEDSRVQQMVENERVMEKEEIEKQKFEIEDVKKEEIDKERSKLEQSEADIGESSQEAFEDSRVQQMVENERVMEKEEIGKQKFEIEDGYEATKNSEIEKNLEEHIPKNIEETSAHVSENAVIQNLEGECEDRYKERVEEQISQEEIETMNEGKSEKALTKVNGFSGEDNNGRRKKEKVEEPKFETKEKDEERVEEEVSKEEIDRMEEGKSKEVLAKVNRVGREDNNGGTKKEEMEEPKFENKERDEERVEEGISNRGIEKIEEGKFEKVSREDNNGGAMQKEIEGAKFEIEDEDKQRVEEKISKVGIERMEEGKFDKVSREDSNGRTMQKEMEEPEFENEDKDKERVNEEISNEGFEAKKNIGKDFDSKASIDVEESESMVERIEGGSEKVLARAKQKEIEEPKFETEDKDKEMAKEEISEEGFEADENRVRECPNVPKISVEKREGLKVAMMEESKELKEAMIKRENQEANGATKEDIIGGTKQEKFEEPKFDIVDKDKESMQKDIIKEGSQAIETAVREFPKKVPKSPIEESATSKVLNIEEIERVKAVMAKSENQEIEGFKEEEGEKSKKMNEKAGKVIEKEQKGIEEFSVKTSGDEQNVPKNIVKRVFEVLGTIISEFPKQKVETKAKREKEEMARVKVKGEVFIKMHDEANEGFEKDIIGDKIQKETGESSFGLKDSDQLRGLGNVDKGGFDVSKREESKVIKEEIAEAEHSVEKVKGENKEKVPVGAYSGSKKDMTSERTQKEKQEPNIETKKRDQQCVQEEASKTKKEEFSMQIAESIENKREGPKDEKIEEMAKRKSVETEVVADDKPTLKEKIQETEIERMRKIKQITKIFEEVPEEKKDLKALEKDNPERKMQPTKDMAIYPKVVARREETKVAKEKSTETKHFVEKVKGDNKEKVQVEAYGGFKKDMVGENTQEEKEESKVGTKDRDQQCVQEEISEGMFEASKTAKEEFSMQIVESIENKKEGPKDKKIEVAKRKNEEIGVMADDEPIIKEKMQETEIERMSKIKQITKTSREVSKEEKDVKALEKDRPKREVQPTKDMAIYPKIMRFKEVEQGGANDKLQKEELLCPKIQSKETLESEKGSVNQDIVKRKEAKEIGEKEKSADRKESTKPFVAEPFQKPSIPSTHQLEAKEKGKESQESTERDLQTNFQDCIKMKENQESKHRETLQPQFSLEEHPKKEDQVTTKDAIHRGQKVEESIQDNTEEPKNEIDDRDKKNVQTEVEKGVGSTKKMPKDKYEANVGAKVGRMEIKNVSQSTLEREKRRTVRNIEDEKSRIKKGVQKFDIEKEDKVEQVVESMQETPEKELPKKSKEEVKREVEPPDAEVAYPEAASMKFKEVKPKNDIEEPQMKELPTPSIEMQSKEPFELEKKSMKKKISKTKNCVPEAREEGIQAPTVIAYQATKQSEVQRLTPTQKLIVEEKEKSDRANDKQKSKIDFQESKERIIQKEVATLQPHILTGQSFEEKEKVDGKLQEAIQEGTKDFKILTEERGQQYMLQNLDEKGFEMKKVPEEEKLNRKHGAKILPCKNELAEPRVKQAAPKVEIGPQLQEDEESIYSFEGTKTSEDMANEVDKPSNFSSQPSIQQCDIKEKGKTDECYEGGHKEYQEAALDFQESAKRKLDQEVEQTKTSKPEFPMYPQIIRNSQEIIEQKESHGRHGIEEENFDEGGETHEDSYQELEILEDIEVEASEEKKDNAKRSKRLCAPLVISGSAFLVSLIVFFVHHRKAGKR 2079
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Glsi01g1332 2079 Gene3D - 26 128 IPR008978 -
Glsi01g1332 2079 Coils Coil 1959 1979 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 317 342 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1051 1151 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1643 1672 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1711 1733 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1996 2022 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1256 1277 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 371 399 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 262 286 - -
Glsi01g1332 2079 Coils Coil 787 814 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1418 1587 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 729 769 - -
Glsi01g1332 2079 ProSiteProfiles Small heat shock protein (sHSP) domain profile. 23 143 IPR002068 -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 145 172 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 817 837 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1761 1788 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 371 386 - -
Glsi01g1332 2079 Coils Coil 1041 1061 - -
Glsi01g1332 2079 Coils Coil 138 158 - -
Glsi01g1332 2079 Coils Coil 520 540 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1504 1587 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1683 1697 - -
Glsi01g1332 2079 Coils Coil 961 981 - -
Glsi01g1332 2079 Coils Coil 1356 1376 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1357 1386 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 804 837 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 192 229 - -
Glsi01g1332 2079 SUPERFAMILY HSP20-like chaperones 36 129 IPR008978 -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1965 2022 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 481 634 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1011 1031 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 504 634 - -
Glsi01g1332 2079 Coils Coil 346 393 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1254 1277 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 192 215 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1357 1387 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1418 1461 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 897 919 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1475 1491 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1187 1207 - -
Glsi01g1332 2079 CDD ACD_sHsps-like 36 127 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1078 1151 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1764 1788 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 650 684 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 155 171 - -
Glsi01g1332 2079 MobiDBLite consensus disorder prediction 1643 1733 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Glsi01g1332 Glsi-ChrGlsi01 67828301 67835100 Dispersed/Wgd
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Glsi01g1332 01 67828301 67835100 Glsi01g1332 01 67828301 67835100 ECH