Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Adu10g00750 ATGTCGGAAGCTGATTCGGATTCAGGTTCCAATAACGGGCACGACCATGCACCAAATGGGGATTCTGAATCTACCACTTCGGTTGCAATTAATCAGGGTGGTGCCAATGATGGGGAAGATGGAATGTTTGTTGATTGCTCTGATGAGCTTATTACAATGGATAGTAGGCCAAGTGATAATAGCAACGAAGAAGGAGCTGCCGGGGACGATGATAACGGAGAAGAGGTGATTCAAGTTGTGCATCAAGAGGGTCATTTTGGTGAGTTGGGCTCAGCAGGTGAGGTGGAGCAGCTGCGTCGTTCGCTGGAGCTGCATCAGGAAGAAAGAGAAGCCATTGCGCAGGGGGTGATTGATCTTCATTTGCAGCTGAAGGCTTTGAGTTCTCCGAAGTCAGTGCCGTATGAAGGTGAGGATGGAGTTCGCGAGGTGGTGGATGTTCCATTGAAGGAGATGATAAAAGAATCTTTGGAGTTAGTGAAAACTGCTTCGGAGGATTGGCCCAAAGTTTCCAACGATAGTTTGCAAGTTTCATCAGAGGTTCAGCTTGAGAAGGATCATAATATTGAGATTGCATTGGATAAGATGATATCCTCTCTTGGAGCAGTTGTTGATCCGTGGCAATTATCAGATCATTCTGTAAGTGGGAAAATAGTTTATATCGAGGAAGGAACTACACTTTTGATTGAGAAGTACAATCAGATTCTTTCTGAAATTTATCAACTCGGGCAGTCTTTCTCTGAGGTTGGCTTAGAGCAAGAACATGGGAACATACTTCTTGATGCTCGTGGTGGGTTACTGCATTTCAAACGAAAGGAATCAGAATTTGTTGAAAAACTGGCTCAGTTAGAAGATGAAAACCGAAAACTTGTTGAAGAGCTTGAGAAGGAAAGGGTGATGATAGGGGAACTAAACTCTGAACTTGGAAATACGAAAGCAGAACTTGAGCAGGAAAAGGTTAAATGTGCTAATACCAAAGAGAAGCTAAGTATGGCTGTGACGAAAGGAAAGGCATTGGTACAGCAGCGAGACACTCTAAAGACATCGCTGGCTGAAAAATCCAGTGAGCTGGAGAAATGTTTAACTGAGTTACAGGAGAAGTCCCTTGCACTAGAAGCTGCTGAATTTATTAAGGAAGAGTTGGCTCAAAGAGATAGTGTGGTTGAATCCCTACAAAACTCATTACTACAAAATAGTACCATTTTTGAACAAGTAGAAGAAATCTTGTCTCATGTAGAACTTGATCGGCATGAAATATCTGACGTGACAGAGAAAGTTAGATGGCTCGTGGATGACAGAAATGTGCTTAAGGATGCTGTTCAGGAGTTACACAAATTGAAAGATACTCTATCTCTAGTGGACCTACCAGAACATGTCTCATCATCTGATTTGGGATCTCAAATGAATTGGCTGAGGGATTCTTTTCATATGGCTAGGGATGATAATCGTGTTTTGCAGGAAGAAATTTCTAAAATAAATGAAGCATCCTCTAACCATATTGATCGCTTGAGCATTTCGCTTTTGCTGGAATTACAGGAAAAAGATTACCTTCAGTCAGAATTAACTGATTTGAGGTTCAAATACGAGGAGCTTGTTGGCATGAATCGTCATCTTTCCTTGGAGAAGGATCAAATGGTGAAGATGTTGGTTGAGCTTTCTGGGGTAAACCTGGAAGATGAAGGGATTGATAAATCCCCTTCTAGCACTACTATGATAATTGATTTATGCTTTCGCAAATTAAAAGAACTGAATGGTCCTGCCTCTAGCACATCTAATATTGATTCTGAGCTGTTTGAAAGGATTCAGAGTTTCTTATATGTTAGGGACCAAGGTTTAATTCTCTATGAGGACATACTGGAAGAAGAGATGGTTATCAGATCTGATATGAGTAAGCTATCAAATGAGTTGAAAGTGGCGTCCGAGGAAATTACAGCACTTAAAGAAGAAAGGAGCTCTCTAATGAAAGATCTTGAACGATCAGAAGAGAAGTCATCCATGCTTAGAGATAAGTTGTCCATGGCAGTTAAGAAAGGAAAGGGGTTGGTTCAAGATAGGGACAATCTAAAAGGTCTTATAAATGAAAAGGACTCGGAAATAGAGCAATTGAGGATTGATTTGCAGAAGCAAGAATCTGCAGTTTCAGAATACATGGATCAGATCAATAGATTGTCCAGTGAAGTGCAAAACATCCCCAAGTTACAGGCTGATCTTCTGGAAATGGAAAGGGAAAGGAATCAGTTTGAGCAGCTCTTGACAAAGAGCCGAAACATGTTACAAACAGTGATGGAATATATTGATGGTATTGCTCCTTCAGTTGATCCAGTCTTTGATGAACCTGTGGAAAAGGTAAAATGGTTTGCTGGTTATGTCAGTGAATGCCAAGATGCTAAAGTACATGCAGAACAAGAGTTGCAAATTGCAAAGGAGGAAGCCACTATACTGGAAACCAAATTAGCAGAAGCCCAAAAAAATATAAAATCCCTTGAACGGGGATTATCTTCATTAGAGGAGAGTGTTTCTCAACTTGCTGAGCAAAAGAAAGAGTTAGAACATGAAAAATCAAGAGTTGGGGTGGAGTTAGAGAAGTTTAAAGAAAATGTTGCTGATGCTTGTAGCACTACTCGGTCACTTGAAGATGCCTTATCGCAGGCAGAAAAAGATATATCTGTTCTTTCCAGTGAAAAGGAGCAGGCTCAAGCTGGTAGAGTTGCTGCAGAGATGGAGTTAGAGAGAGTTAAAGATGAAACAATGCAGAAGATAGCCGAACTAGCAGAGGCCAGCAGGACCATAAAAGATCTGGAAGATAAACTATCTCAGGTTCAGACTAATGTCAATTTATTGACTGAAAATTATAATGCTGATCAAGCTGTCAAGACTGATATGGAAAATGAACTGAAGAAGTTGCAAGATGAAGCTGCAAATCATGCTAGAAAATTGGTAGATGCCTCTGATACTATAAGATCACTGGAAGATGAATTAGTAAAGGCACAAGATAATGTTTCTTCTTTAGAGGATGCAAATAAAATGGCTAAAGAGGAGATATCGTCTCTTGGTTTTAAGTTAAAGTCATGCATGGACGAGCTAGCTGGAAGGAGTGGCAACTTGGAGAACAAGTCTGTAGAGCTCATTGGAATCATTAGTGATCTTCAGGTGCTTATGAAAAACAATATTCTATTTCCCAGAGTCAAACGATGTTTTGAGAGCAAATTTGAGACCCTGAAGAATATGGATCATGTGCTGAATAAAATAAGAGGTCATATTGTTTCCATGGCTGCTAAGGATCTTGAAGGACACTCTATGAAGGAGGAAAATCTGCATATGAGAGAAGAATTACTGGATAGCCTTGAAAATTTTGATGTTGAACTGGATAACAGAGAGATGAATGGCGCCGATATTGACACCGTAGTTTCATCATTTTCAACAATTGTGAAAGGATTTCAGTTGAGAAACAAACACATTGCAGAAAAGTTTGATGAACTTTCTAATTCCATTGATGAATTTACTTCCCCTCTCCATGAAAAGCTGCTGGATACAGAAACCAAAATAATGACTGTTGTTGAGAACATGCAAACTATGAAAGAGAAAGAAAATACTATCGAGAAGTTACTGGAAGAAAAGGACAATATTATTTCCTCTTTGGAGAATGATATTGGTGTGTTGCTTTCTGCATGCACTGATGCTACTGGTGAACTCCAGTTTGAAGTTGACAAGAGTCTTCAGCAACTGGGCTCTATATCTGAGGTTGAAAATTTAAACCATGAAACCGATGAGCAAGCAGAGCATCATAAGGACAGAATATATGCCGAAGCCTCACAAAAGTTGAAAAATGCTTCTAGAAAAGCCCAAACTTTGATTAGACATTTTGAAAATCAAAGTGAGCATGTAGCTGTAGCCATTGAAAATTTGGAGATTAAGCTGAAAGAAACAACCGCTGCTTTTGAAAGGACCCTAGATGAAAGAGACGCAAACACTGCAAGAATTGAAGGTTTGCAGATTGAATTGAAAGAAATAAAAGATTCTCTTGAAAGGGCCACAAATGAAAGAGATGCAAACGCTGCAAAAATTGAAGCTTTGCAGAATAAGTTGAAAGAAACAACAGCTACTTTCGAGATGCTCAAAGATGAAAGAGGCTTAAACACTTCAATTATTGAAGATTTGCAGAATAAATTGAATGAAACAACAGCCGCTTTTGAAAAGACCGCGGAAGAAAGAACCGTAAATTCTGCGAAAATTGAAGATTTGCAGAATAAATTGAAAGAAACAACAGCTGCTTTTGAAATGGCCATAGATGAAAGAGACATAAACAGAAACAGAGTTTTGCAACTAGAGTCTGATGTTCAAGAACTGCAAAGTTCTTGCAATGAGCTTAGGAATAATTTAGAGGGTCATCATGCTCTAGAAGAAAAGTTAAAGGAAAAAGAGGCAGAGATTTTATCACTGAACAGTACTTTGTCAGCAAAAGAAAAAGTTGCAGAAAGATCCCTTCTTTCAGCATCCCAGGTGAGAGATCTATTTGACAAGGTAGATGGTGTTGAAATCCCTATTTTAGAGTCTGAAGAAAATTATGGTGAGCTTCATACTTCAGCCCCTGCAAAGAAGCTCTTCCACATTGTTGATAGCGTTACTAAGTTGCGCAATCAAATAAACTCCTTGTATCATGATAAAGAAGAGCTTCAATCATCTCTCGAAACTAAGGATCTTGAAATTAAGAATCTGAAGGAGGAAGTCAAACAGCTCAATAGAAATTGGGAAGACTCGAAAATGGCCAAGAATGATTTGTCCGACATCACCTTCGCTTTAGAAAAAGTTTTGGATATTTTGGGTGCTGGTGATTGGGTTGTGGATAGAAAATCAACAGGTTTGAAGGAATTAATATCGGCATTAGAAAAGCATATCAGGGCCATTCTTTTAGAATCTGAAAATTCAAGGTCGAAAGTGCAGGAACTTGGTATTAAGTTGGTAGGAAGTCAGAAGTTTATTGATGAATTAACAACTAAGGTTAAATTACTTGAAGGTTCGCGCAAAGATAAGACTTCTCAGCCAGAGGCTGTCCAGCAAAGGAGCCTATTCGACGCATCCTCATCCTCACTAGTTGCTGGGGCTGAGATAACCGAAGTTGAAGAAGCGGGATTGCTAGGCAACAATGCATTATTTCCAGTTTCTTCCGCTGCTAACGTGCGAAATATGCGAAAAGGATCATCTAGTGACCATCTTGCACTTGAAATCGGTGGGGAATCTGATGCTTTAATGAAGAGCACTGATACTGATGATGACAAAGGTCATGCATTTAGGTCTCTGAACACTTCTGGACTAGTACCAAAACAAGGAAAGCTCATTGCTGATCGTATCGATGGATTCTGGGTATCCGGTGGTCGAATTCTGATGAATCGACCAAGAGCAAGATTAGGACTCATCGGATATCTGCTACTCTTGCATATATGGCTACTGGGGACCATCTTGTAG 5460 0.3967 MSEADSDSGSNNGHDHAPNGDSESTTSVAINQGGANDGEDGMFVDCSDELITMDSRPSDNSNEEGAAGDDDNGEEVIQVVHQEGHFGELGSAGEVEQLRRSLELHQEEREAIAQGVIDLHLQLKALSSPKSVPYEGEDGVREVVDVPLKEMIKESLELVKTASEDWPKVSNDSLQVSSEVQLEKDHNIEIALDKMISSLGAVVDPWQLSDHSVSGKIVYIEEGTTLLIEKYNQILSEIYQLGQSFSEVGLEQEHGNILLDARGGLLHFKRKESEFVEKLAQLEDENRKLVEELEKERVMIGELNSELGNTKAELEQEKVKCANTKEKLSMAVTKGKALVQQRDTLKTSLAEKSSELEKCLTELQEKSLALEAAEFIKEELAQRDSVVESLQNSLLQNSTIFEQVEEILSHVELDRHEISDVTEKVRWLVDDRNVLKDAVQELHKLKDTLSLVDLPEHVSSSDLGSQMNWLRDSFHMARDDNRVLQEEISKINEASSNHIDRLSISLLLELQEKDYLQSELTDLRFKYEELVGMNRHLSLEKDQMVKMLVELSGVNLEDEGIDKSPSSTTMIIDLCFRKLKELNGPASSTSNIDSELFERIQSFLYVRDQGLILYEDILEEEMVIRSDMSKLSNELKVASEEITALKEERSSLMKDLERSEEKSSMLRDKLSMAVKKGKGLVQDRDNLKGLINEKDSEIEQLRIDLQKQESAVSEYMDQINRLSSEVQNIPKLQADLLEMERERNQFEQLLTKSRNMLQTVMEYIDGIAPSVDPVFDEPVEKVKWFAGYVSECQDAKVHAEQELQIAKEEATILETKLAEAQKNIKSLERGLSSLEESVSQLAEQKKELEHEKSRVGVELEKFKENVADACSTTRSLEDALSQAEKDISVLSSEKEQAQAGRVAAEMELERVKDETMQKIAELAEASRTIKDLEDKLSQVQTNVNLLTENYNADQAVKTDMENELKKLQDEAANHARKLVDASDTIRSLEDELVKAQDNVSSLEDANKMAKEEISSLGFKLKSCMDELAGRSGNLENKSVELIGIISDLQVLMKNNILFPRVKRCFESKFETLKNMDHVLNKIRGHIVSMAAKDLEGHSMKEENLHMREELLDSLENFDVELDNREMNGADIDTVVSSFSTIVKGFQLRNKHIAEKFDELSNSIDEFTSPLHEKLLDTETKIMTVVENMQTMKEKENTIEKLLEEKDNIISSLENDIGVLLSACTDATGELQFEVDKSLQQLGSISEVENLNHETDEQAEHHKDRIYAEASQKLKNASRKAQTLIRHFENQSEHVAVAIENLEIKLKETTAAFERTLDERDANTARIEGLQIELKEIKDSLERATNERDANAAKIEALQNKLKETTATFEMLKDERGLNTSIIEDLQNKLNETTAAFEKTAEERTVNSAKIEDLQNKLKETTAAFEMAIDERDINRNRVLQLESDVQELQSSCNELRNNLEGHHALEEKLKEKEAEILSLNSTLSAKEKVAERSLLSASQVRDLFDKVDGVEIPILESEENYGELHTSAPAKKLFHIVDSVTKLRNQINSLYHDKEELQSSLETKDLEIKNLKEEVKQLNRNWEDSKMAKNDLSDITFALEKVLDILGAGDWVVDRKSTGLKELISALEKHIRAILLESENSRSKVQELGIKLVGSQKFIDELTTKVKLLEGSRKDKTSQPEAVQQRSLFDASSSSLVAGAEITEVEEAGLLGNNALFPVSSAANVRNMRKGSSSDHLALEIGGESDALMKSTDTDDDKGHAFRSLNTSGLVPKQGKLIADRIDGFWVSGGRILMNRPRARLGLIGYLLLLHIWLLGTIL 1819
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Adu10g00750 1819 PANTHER BNAA09G28150D PROTEIN 35 855 - -
Adu10g00750 1819 PANTHER BNAA09G28150D PROTEIN 1010 1370 - -
Adu10g00750 1819 PANTHER BNAA09G28150D PROTEIN 898 949 - -
Adu10g00750 1819 PANTHER BNAA09G28150D PROTEIN 1358 1819 - -
Adu10g00750 1819 PANTHER BNAA09G28150D PROTEIN 954 1007 - -
Adu10g00750 1819 SUPERFAMILY Tropomyosin 860 1024 - -
Adu10g00750 1819 MobiDBLite consensus disorder prediction 1 33 - -
Adu10g00750 1819 Coils Coil 346 366 - -
Adu10g00750 1819 Coils Coil 1326 1374 - -
Adu10g00750 1819 Coils Coil 1382 1402 - -
Adu10g00750 1819 Coils Coil 1540 1588 - -
Adu10g00750 1819 Coils Coil 729 756 - -
Adu10g00750 1819 Coils Coil 684 725 - -
Adu10g00750 1819 MobiDBLite consensus disorder prediction 1 71 - -
Adu10g00750 1819 Gene3D Nucleotidyltransferases domain 2 1375 1511 - -
Adu10g00750 1819 Coils Coil 1244 1264 - -
Adu10g00750 1819 SUPERFAMILY Methyl-accepting chemotaxis protein (MCP) signaling domain 626 842 - -
Adu10g00750 1819 PANTHER - 954 1007 - -
Adu10g00750 1819 PANTHER - 1010 1370 - -
Adu10g00750 1819 PANTHER - 898 949 - -
Adu10g00750 1819 PANTHER - 1358 1819 - -
Adu10g00750 1819 PANTHER - 35 855 - -
Adu10g00750 1819 Coils Coil 1438 1489 - -
Adu10g00750 1819 Gene3D - 614 775 - -
Adu10g00750 1819 Coils Coil 95 115 - -
Adu10g00750 1819 Coils Coil 873 1012 - -
Adu10g00750 1819 Coils Coil 1298 1318 - -
Adu10g00750 1819 Coils Coil 1266 1286 - -
Adu10g00750 1819 Coils Coil 1184 1211 - -
Adu10g00750 1819 Coils Coil 628 662 - -
Adu10g00750 1819 Coils Coil 789 865 - -
Adu10g00750 1819 Coils Coil 272 331 - -
Adu10g00750 1819 Coils Coil 1410 1430 - -
Adu10g00750 1819 Gene3D - 803 1018 - -
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Adu10g00750 - - ccaj:109802875 2076.21
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Adu10g00750 10 9665171 9672460 Adu10g00750 10 9665171 9672460 ECH