Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Ahy8g0622 ATGTCGAGAATTACTAAGTGGAAGGTAGAGAAGACGAAAGTTAAGGTGGTTTTTCGGCTCCAATTCCATGCTACACATATTCCACAATCCGGGTGGGATAAATTGTATATCTCTTTCATCCCTGCCGAAACCGGGAAGGCTACATCAAAGACAACCAAAGCAAATGTGAGAAATGGAGCCTGCAAGTGGTCGGATCCAATCTATGAAACTACAAGACTCCTACAAGACATTAGAACAAAACAGTATGAGGAGAAGCTTTATAAGCTCGTTGTGGGGATGGGATCTTCACGGTCTAGCATCCTTGGCGAGGCCAATATCAATCTTGCTGATTTTGTTGATGCCTTGAAGCCTACATCTCTCGCACTCCCTCTTAATGGCAGTGATCCTGGACCTACATTACATGTTACTGTGCAGCTGCTCACTTCCAAAACTGGTTTCAGAGAATTTGAGCAGCAGAGGGAACTCACTGAGAGGGGTCTACGGGCAACCTCTGACCAAGGTTCTCATGAGGAATCTGCTGATGGCAAAGATTCGTCTCCGGATCAGAATGTCAACAATCATATGCATAAGGTCAATTCAAGACTGAAACTGAAAAGAGAATCTAAAGATATTCCCCGAATTTCTTCTCTTGAAAGAGAATCAGGGGTTAATGAAGATTATGCAGATTTGGCTGCTGGATATGATGGTTCCTCTACTACTTCAGAAAGTGCATATACCGAGAAGCATGATGTATCCAGTACACATGAAATTGACAGCCTTAAAAGCATGGTATCTGGCGATTTAGTTGGACAAAGCTCGCAGCCGGAAAAAAGAGATGCACCTGATGGCCAGGTCCTGTCACAAGGTAGCCATTGGGTCCATGGTTGGAGTGCAGACTATTCAGCATCAGATAACTTGACGGCTCCTTCAGAAGATAACAGTAGTCTTAAAGGAAACTTAGGCGCGGTCGAGTCATCTATTCTTGATCTGAAGCTGACAGTGAGCTCTTTACAAAATCATGCTGATGAAATAGGTGTTGAAACACACAAATTCTCCAAGCAACTATCTGCTGAGATTTCCGCGGGAGAAGAGCTAGCAAAAGAGGTTGCTGTACTAAAATCGGAGTGTTCAAAGTTTAAAGATGAAATTGAGCAGCTCAAAAGTTCCAAGTTAAGCTTATTACATGGTCTCAGAGACCTGAGAGAAACGGGTCGGGATAAGTTCTTTCAGAAGTTGCCACTTAAATGTCTAAAGGGGCTTTTGCTCATGGAAGATAAGGTAAGAGCTATTCAGAAGGCGTCGATGGGATTTCCAGAAAGGGATTTTAGGTTGCTTAACTTGGAGTTAGAATCACTGCTTGAGATTTTGCGGGATCTCAAACAAGAATCTAGAGAGCCTATTTCGGAAGCTGATGTTGCGAATGAAAGGGAGAACAAGAAAATGGATTTACAAAAAGGTGAACAATATTTAACAGACATCGGGTCTGATGTGGGTTTGTTTCAACCTGAAGGCATGGCTCATTATCTTACCATACCTGGCATTATGTCTCATGAGGCTGAACCGGTGGATCCAACCATTGCTATGAAAGCAAAAATTTTTGAACTCCTAAGAGAGCTAGACGATTCCAAAACCGAAAGAGAAGGCCTCATTAGGAAAATGGAGCAGATGGAGTGCTATTATGAAGCTCTTGTTCAGGAACTTGAGCAGAGTCAAAGGCAGTTGATGGCCGAGTTGCAGAACCTCAGGAATGAACATTCTACTTGCATATACACAATTGCTGCTAGTAAGGATGAGATGGAGATAATGCACCGGAACATGAATGAACAGATAATGAACTTCTCTGAAGACAAGCGCATTTTGGAGTCTATCAGCAGTGAGTTTGAAAAAAGAGCTTTGTCTGCTGAAGCAGCACTCAAAAGAGCAAGGTTAAACTATTCTATAGCTGTTGGTCAATTACAAAAGGATCTTGAATTGCTTTCTTGCCAGGTTCTTTCTATGCATGAGACAAATGAGAATCTTATAAAGCAAACTCTTTCAGATTCTCCCCTTCCAGATACTGATGGTTTCCGAGAACCAGTGAAATATCTGAACAATTCTGAAGGCCATATCTCCAATCTCCCATCCCAAAATCACAGTTCTTCCTTAAGTAGACAACATTTCGGTGAAGACATTTTACTAAGCGATTTGAAAAGATCCCTTAAGGCACAAGAAGATCTATACAAACAAGTTGAAGAAGAAATCTGCCAGATGCATTTTGCAAATATATATTCGGATGTTTTTTCAAAGGCTCTCCAAGAAACACTGCTTGAAGCAAGTTGTGACATTCGAATTTTGAAAGAGGAAGTCCTTCAACTGTCTCAGCAGCTGCAAGTCTCAAATGAATCTAATGAGTTATTGGTGCTGAGGCTGCAGACTGCTATGAATGATATCCTCTCACTGAATGAGTACAAGGAGATTTGCACAGCCAAGAGCAATGATGTTGCTCACCAGAACCAAATTTTACAAGTAAATTTGAATGATCTTTCTCATGAAAACAGTCTTCTTACTCAGAAAATCAATGAGTTGGATGTTCTTCTGAAAGAGTCTAGGAGTTATGAAGGCAAATACATGGCATGTACTACAGAAAACTCAGAGATAAGAAGTATGTTGAAAAACGAGAGCCTGGAAAATGGTCATCTTCGTGAAGAAATATCAATTCTGCATGGAGAATTAGAAGCTGTCAGAAATAAATTTGATGAGATGGCTTCTTTGAAGGATAATCTTCAGAAGAATGTCAGCTTTTTGTCTAATAAGCTTCAGAAATTGCTGGCATCATATGATGATACATACAGTGAAATTTCTTTTCGAGGTACATCTGATTCGGAATGTAAAGAGTTAGAAGGTATTTTGTTGCGGTTGGAAGAGGTACAACAGAGAACACGTGACAGGATTCTGCTACTCATTGAAGAGAAACAAGTTTTAGTGGATGAAAAACACTCGGTTCAAGTATCTTTAAATTCCGCAAAATTGGATGTTCTAGTCATGAAACAGAAGTTTGAGCATGATTTGCACGAGATGCTAAGAAAGATAACTGAGTCTAGTGCCCGATTGCAGAAGCTTAAGATTGATTTCGAGGTGATTGTCAACAGGATCAATGCTGGTTTTGGATTTGAAGCAACCTTCTCTCAGCATCACAAAGAATTTCTGTCCAGTCTTGATCACTTAGAAGCTGAGGTACAGCAACTTAACTCCCGAAATCAGGACATTGCTCAAGAAATTTCAAAGCTCGATATCTTATCTGGTGACCTTGAAATGTGTAAGCTCAGCTTAGCAGCAGTCACAGAGGAAAAGGAAGCATTGGAGTTGTCTATACAAGACAAAACTGAAGTATCTGCAAAGATTTCGTCCGAGCTTGTTTTTTCAAAGGAAAGTTTGCATTCTCTGCAAAATGAGTTGCATAGTGAGAAACTGTTAAGAGAGAAATTGGAGAGAACAGTTTCAGATCTTACCACAGAATTGAAGGAGAAGCAATCTCAGCTGCAGGAACTTGCTCAAGAAATTTTAAAGCTTGATACGATATCTAGTGGCCTTGAATTGTGTAAGCTCAACTTAGAACATGTCACAGAGGAAAAGAAAGCTTTGGAGTTGTCTTTACAAGACAAAACAGAAGTATATGTGAAGATTTCATCCGAGCTTGATTTTTCAAAGGAAAGCTTACATTCTTTGCACAATGAGTTGTATACTGAGAAAATGTTGAGAGAAAAATTGGAGAAAGAAGTTGCAAATCTGACTGCAGAATTGAATGACAAGCAATGTCAGCTGCAGGATTCTGATATGACCAGACAAGAAATGATCCATCTTAAGCAACTGGTTGCAGACTTAGAATTTGAGAAATCAAGAATATCTGATCTTCTACAAGAATCCGAGGAACGTCTTGAACTTGCCTTAAAAGAATCTTCATCTTTTACTTCCCTAGCAACTCACTTTTCTGAACTGCATGAATTTTCGATAGCCACAGATGTCGTTGCTACTTTTACTAGAGCTCAATTGGCGGATCATGTTGTGGAGCTTAGTGAGAAACTACATTCCGCTAGTCAGCAACTTGACATGCTTCACAAGAAGAATCTTGATGTAGAATCTGAATTGAATAGCTGCCTTTGCAGAGAATTGACTTGCATTGAAGATAACAAAAGATTGCAGACAAGTCTTGACTCCCTCAAATCGGAGTTAGATGCCACTTCTGCTCAAAAGAGAGCATTAATTGATCAAAATGATGCAATGATATCCGAGCTGGAGGAGCACAAGAGTCGAACAGAGAATGTCAACAATACTTCTATCCACGAAAGCCAGCTTGTCCTTGAGGTTGAAAGGCTGGGGAACTTGCTGGAGTGTTCTAGCGGAGACGGTGAGGAACTCTTTTTGTTGAAGGAAGAAGCTGAACTCAAGTGTTTAGTCCTTCAGGCCAAATTACATGAACTGGAAACTGCTATGACTTCTTTGAAAGACGGAGAATTGGTAAGACTGGAAAACCAATGTAATGAGCTTTCCAAGAGGCTTTCCGAACAGGTTCTTAAGACGGAGGAGTTCAAAAATTTGTCCCTTCATTTGAAGGAGCTGAAGGACAAGGCTGAAGCCGAGTGTCATAATGCTCGTGAGAGAAGAGGAAATGAAGGACCACCTGTTGCTATGCAGGAGTCTTTGAGAATTGCATTTATCAAAGAACAATATGAAACCAAGTTGCAAGAACTGAAACAGCAACTCTCTTTGTCGAAAAAGCATAGTGAGGAAATGCTGTGGAAACTGCAAGATGCAATTGAAGAAACTGAGAGCAGGAAAAAGTCTGAAGCTTCTTGCATAAAACTTAATGAAGAACTGGGAACAAAGATCTTGGAATTGGAAGCTGAGCTACAGGCTGTAATTTCAGACAAACGAAATTTGTCAAATGCTTTTGACCTGGTAAAGGCTGAAAAGGAGTGCTCATTGATATCCCTCGAATGCTGTAAGCAGGAAAAGCAAGAACTTGAAGCTTCACTTCTGAAAAGCAATGAGGAGAGGTCCAAAATTGAAGTGGAGCTCACCTCAGCAAAGCAATTGCTTGAAAGTTTGAGATCTGATGTGAGAGAGAAATCTAATCACACAGCTAGCAGTCGAGAGCTAGAGAGTACAAATATGCAACCCGAGGATCCTCTTGCAAATGGATGCGAAACTCTTGAAAGTGAAGACTACTCACAACAAAAAGAAGAAAAGCACGCGGATTTAATTAGAAGTTTGAAATCTAGCCTGGACAACTTGAATAAGGAGTTGGAAAAGATGAAAAAAGAGAATTCAACTCCTTCAGAAGATGGTTATAGCATTGAACTTACTTTTCCCAATCTGCAAAGAGAATTGGTGCAGCTACATGAAGCTAATCAAGAATTGGGAAACATATTCCCTGTGTTCAAGGAAATATCTGTCACTGGCAATGCATTAGAAAGGGTTCTTGCTTTGGAGATTGAGCTTGCTGAAGCATTGCAGGCCAAGAAGAAATCAAGCATGCAATTTCAGAGTTCTTTCTTGAAACAACACAGTGATGAAGAAGCAGTGTTCAGAAGCTTCAGGGACATCAATGAGCTGATTAAGGACATGCTGGAACTGAAGGAAAGACATTCAGCTGTGGAAACAGAACTGAAAGAGATGCATGAACGTTACTCTCAACTAAGCCTTCAATTTGCAGAAGTTGAAGGAGAAAGACAAAAGCTCATGATGACACTCAAGAATACTAGATCTTCCAAGAAAGCTCCAAATTCACCTGATTCCTTGTAG 5760 0.4038 MSRITKWKVEKTKVKVVFRLQFHATHIPQSGWDKLYISFIPAETGKATSKTTKANVRNGACKWSDPIYETTRLLQDIRTKQYEEKLYKLVVGMGSSRSSILGEANINLADFVDALKPTSLALPLNGSDPGPTLHVTVQLLTSKTGFREFEQQRELTERGLRATSDQGSHEESADGKDSSPDQNVNNHMHKVNSRLKLKRESKDIPRISSLERESGVNEDYADLAAGYDGSSTTSESAYTEKHDVSSTHEIDSLKSMVSGDLVGQSSQPEKRDAPDGQVLSQGSHWVHGWSADYSASDNLTAPSEDNSSLKGNLGAVESSILDLKLTVSSLQNHADEIGVETHKFSKQLSAEISAGEELAKEVAVLKSECSKFKDEIEQLKSSKLSLLHGLRDLRETGRDKFFQKLPLKCLKGLLLMEDKVRAIQKASMGFPERDFRLLNLELESLLEILRDLKQESREPISEADVANERENKKMDLQKGEQYLTDIGSDVGLFQPEGMAHYLTIPGIMSHEAEPVDPTIAMKAKIFELLRELDDSKTEREGLIRKMEQMECYYEALVQELEQSQRQLMAELQNLRNEHSTCIYTIAASKDEMEIMHRNMNEQIMNFSEDKRILESISSEFEKRALSAEAALKRARLNYSIAVGQLQKDLELLSCQVLSMHETNENLIKQTLSDSPLPDTDGFREPVKYLNNSEGHISNLPSQNHSSSLSRQHFGEDILLSDLKRSLKAQEDLYKQVEEEICQMHFANIYSDVFSKALQETLLEASCDIRILKEEVLQLSQQLQVSNESNELLVLRLQTAMNDILSLNEYKEICTAKSNDVAHQNQILQVNLNDLSHENSLLTQKINELDVLLKESRSYEGKYMACTTENSEIRSMLKNESLENGHLREEISILHGELEAVRNKFDEMASLKDNLQKNVSFLSNKLQKLLASYDDTYSEISFRGTSDSECKELEGILLRLEEVQQRTRDRILLLIEEKQVLVDEKHSVQVSLNSAKLDVLVMKQKFEHDLHEMLRKITESSARLQKLKIDFEVIVNRINAGFGFEATFSQHHKEFLSSLDHLEAEVQQLNSRNQDIAQEISKLDILSGDLEMCKLSLAAVTEEKEALELSIQDKTEVSAKISSELVFSKESLHSLQNELHSEKLLREKLERTVSDLTTELKEKQSQLQELAQEILKLDTISSGLELCKLNLEHVTEEKKALELSLQDKTEVYVKISSELDFSKESLHSLHNELYTEKMLREKLEKEVANLTAELNDKQCQLQDSDMTRQEMIHLKQLVADLEFEKSRISDLLQESEERLELALKESSSFTSLATHFSELHEFSIATDVVATFTRAQLADHVVELSEKLHSASQQLDMLHKKNLDVESELNSCLCRELTCIEDNKRLQTSLDSLKSELDATSAQKRALIDQNDAMISELEEHKSRTENVNNTSIHESQLVLEVERLGNLLECSSGDGEELFLLKEEAELKCLVLQAKLHELETAMTSLKDGELVRLENQCNELSKRLSEQVLKTEEFKNLSLHLKELKDKAEAECHNARERRGNEGPPVAMQESLRIAFIKEQYETKLQELKQQLSLSKKHSEEMLWKLQDAIEETESRKKSEASCIKLNEELGTKILELEAELQAVISDKRNLSNAFDLVKAEKECSLISLECCKQEKQELEASLLKSNEERSKIEVELTSAKQLLESLRSDVREKSNHTASSRELESTNMQPEDPLANGCETLESEDYSQQKEEKHADLIRSLKSSLDNLNKELEKMKKENSTPSEDGYSIELTFPNLQRELVQLHEANQELGNIFPVFKEISVTGNALERVLALEIELAEALQAKKKSSMQFQSSFLKQHSDEEAVFRSFRDINELIKDMLELKERHSAVETELKEMHERYSQLSLQFAEVEGERQKLMMTLKNTRSSKKAPNSPDSL* 1920
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Ahy8g0622 1919 MobiDBLite consensus disorder prediction 1689 1720 - -
Ahy8g0622 1919 PANTHER SPORULATION-SPECIFIC PROTEIN 1168 1914 - -
Ahy8g0622 1919 PANTHER SPORULATION-SPECIFIC PROTEIN 1 1171 - -
Ahy8g0622 1919 Coils Coil 1190 1210 - -
Ahy8g0622 1919 Coils Coil 897 931 - -
Ahy8g0622 1919 Coils Coil 754 788 - -
Ahy8g0622 1919 Coils Coil 362 382 - -
Ahy8g0622 1919 MobiDBLite consensus disorder prediction 151 177 - -
Ahy8g0622 1919 Coils Coil 1051 1085 - -
Ahy8g0622 1919 Coils Coil 1491 1511 - -
Ahy8g0622 1919 MobiDBLite consensus disorder prediction 226 281 - -
Ahy8g0622 1919 Coils Coil 719 739 - -
Ahy8g0622 1919 ProSiteProfiles C2 NT-type domain profile. 6 141 IPR019448 -
Ahy8g0622 1919 Coils Coil 1854 1895 - -
Ahy8g0622 1919 Coils Coil 1608 1635 - -
Ahy8g0622 1919 Coils Coil 1559 1597 - -
Ahy8g0622 1919 MobiDBLite consensus disorder prediction 250 265 - -
Ahy8g0622 1919 Coils Coil 1096 1116 - -
Ahy8g0622 1919 Coils Coil 1462 1482 - -
Ahy8g0622 1919 Coils Coil 435 455 - -
Ahy8g0622 1919 Coils Coil 1340 1360 - -
Ahy8g0622 1919 Pfam N-terminal C2 in EEIG1 and EHBP1 proteins 11 140 IPR019448 -
Ahy8g0622 1919 MobiDBLite consensus disorder prediction 151 213 - -
Ahy8g0622 1919 Coils Coil 546 577 - -
Ahy8g0622 1919 Coils Coil 1733 1760 - -
Ahy8g0622 1919 Coils Coil 1232 1259 - -
Ahy8g0622 1919 PANTHER MYOSIN HEAVY CHAIN-RELATED PROTEIN 1168 1914 - -
Ahy8g0622 1919 Coils Coil 1382 1423 - -
Ahy8g0622 1919 MobiDBLite consensus disorder prediction 196 213 - -
Ahy8g0622 1919 Coils Coil 1131 1179 - -
Ahy8g0622 1919 PANTHER MYOSIN HEAVY CHAIN-RELATED PROTEIN 1 1171 - -
Ahy8g0622 1919 Coils Coil 1519 1539 - -
Ahy8g0622 1919 Coils Coil 1650 1691 - -
Ahy8g0622 1919 Coils Coil 1009 1029 - -
Ahy8g0622 1919 Coils Coil 1273 1304 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Ahy8g0622 Ahy-Chr8 12145725 12156728 Dispersed/Wgd
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Ahy8g0622 - - cam:101511009 2507.64
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Ahy17g2912 17 128799252 128810177 Ahy8g0622 8 12145725 12156728 hybridization