Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Ahy12g0709 ATGTCGATCCCCTTTGTACCTGACTTTTTGCAAGAACGTGCATTCGATGCAGTATCTACTTTCTTAACAACGCAACTAGGCTACGTGTGGGATTACGAGAAAAGATTTGACAATGTAAGCAAAGCTGTAGAGGCTCTCAAGAATGATAGAGATGGGGTGCGTGATAAAGCCGAAGAAGATGAAGGACGGTATGGGAGAGCTATATATGATAATGTTGTAGAATGGTTGGCTCGTGTGGATGCAATTGTTGCTAAATATGAAAAATTTAAAGAAGAACATGATAAAAATGAAGGATATGCACTTGCTTTTCCATTTCAAAATCTAGACATAAGATATCATCGCAGCAAAAAAGCAGAAGATATCAAAGAAAGGGTTGAAGAATTGCAAAATGAGAAGCATGATAGTATATCTCGTTGGCAGGGCCCGCCTTCTTCAATGGGTTATGCGCTTCCTTCTGTTGAATATGAAGAGCTTGATTCAAGAAAACAAAATATGGAAGATGTTAAAAAAGCCTTGGAAGATTCGAGTGCTACAATGGTTGGTGTTCACGGCCTAGCTGGTATGGGAAAGACTACTTTGGTCATAAAAGCTATTAACACACTTCAAAATCGAGAACCTAAGTTATTTGATATGGTCATTATGGCAAATGTGGGCAAAAATCCAGACATCAGAAAAATTCAAGGACAGATTGCTGACATGCTCGGAATAACATTGCAAGAGGAGAGTGAGTATGCAAGAGCTATTCGCATAAGAGAGAAATTGAAGAAAGAAAAAGACACTCTTATAATCCTTGATGATATGTATACAAAAGTGGACTTGGATATGTTGGGAATTCCATCACAGGGTGAAGATGACAAAAAGAATCTCGTTCTCAAACAAGGAATAAGATCTTCTAATCCCTCTGGAGCAGCTTTAACTAAGGCAGAGACAGAAAATTTTGTTGGTGATAAACAAAATTTGGCAGAGACAAAAAATTTTGTTGGTGATAGACAAAATTTGACAAGATTAAAGTCAGGAATAGATGCTAACAAGACGAAAACAGAGAAACAAATTAAAGACACCTCTAGTGGTTCTAGTAAAGCAGGGAAAGCATCACAAGAGAATAAAAAAGGATGCAAGGTTTTGCTAATTTCTGAGGCAAAACGAGTATTGAACCAGATGGATGTGAATGCAAGTTCAATTATCTCTCTAGATGTCATAAATCCTAACGACGCCAAAATATTGTTCAAAAATAAGGTAGGAATAACAGATGAGAAAAATTCTGATCTTGAACGGCTAGCCATTGACATTGCCAAGAAGTGTCACGGGTTGCCCATGTCAATAGTTACAACTGCAAAGGCATTGAAAAATCAAAGCCGCTCAGTTTGGGAGGAGACCCTTAACACACTTGAAAGACAAAAGCTTGCAGGAACACCTGAGTATTCTACAAAGTTGAGTTATGAGCTTCTAGCAAATGAGGAGCTCAAGCTTATCTTCTTGCTTTGTGCTTGTATGGGTCAAGATGCATTGGTCTCAGACTTAGTGAGACTATGCATTGGTTTGGGTTTTCTTGAAGGTGTCTATACAGCAAAGGAAGCCAGAGATCAAGTGCAAATGTTGCTTATCCATTTAAAAGAGTCAGGTTTGTTGTCTGACAGTTACTCAAATGATCGTTTCACTATGCAAAATCTTGTTCGCAATGCAGCTTTGTTGATAGCATCAGAGAATAATGTGTTCGTGCTGGCAAAAAGAAAGCTAGATGAATGGCCTGATGATGATAAACTTGAAAGGTACACTTCTGTTTTCTTACATCATTGTGATGTCAACACTGAGGAGTTTCCTAAAAGTTTAAAATGTCCTAAACTAAAAGTCTTTCATTTTCACAATAATCATCAACATTTCGAAATACCAAATGACTTCTTCCGAGAAATGAAAGAACTTAGAGTGTTGGTTCTGCTTGGCATTGATCTCTCCAAAATGTCTTCATCAATGAAATGCCTAACAAAACTCCGAAAGCTTTGTTTGGAGCAATGCATTAATCTAGATGAGGAATTATGCAACAGTATTGGCACGTTCATGAAGAATCTAAGAATTCTAAGCTTTTCTGGATCTGATATTAAAAGCTTGCCTACTAAATTGAAGGGTTTGTCAAAGCTGCAAATTCTTGACTTAAGTAATTGCTCCCAACTAAAATCAATTCAAGCTGGTGTAATATCTAGCTTGACTAATTTGGAGGAGTTGTACATGAGAAACACTTTGGTTGAATGGAGGGTGGATAACAGAGAGGAAAGTGAAAACAAAAATGCTAGTCTTTCGGAGTTGGGACATCTAAATCAAATAACAAATGTTGACTTACAAATCCCAAGTGTTGCCCATTTGCCAGAAAACTTGTTCTTTGATAAGCTGCATAGCTATAAAATTGTAATTGGCTCGTCAAGTACACATTTGGAGCCAGATTTCAAGATTCCGGAGAAATATCAACTGTTGAGGTATTTGGCGATACTGGAGAAAAAGATTGGCATTCATTCTCAGAAAGGGATCAAAATGTTGTTTGAAAGAGTTGAGAATTTGTTGCTGGAAGAACTCAACGGTGTCCAAGATATCTTTTATGCACTGAATTTGAAAGGGTTTCCATGTCTTAAGACTTTGTCTATTGTGAGTACTTGTAGCATTCGATATTTGATCAACCCACAGGAGAGGAAGCATCCCGAGAATGCTTTTCCGAAACTGGAGACATTGCACCTCTACAAGCTCGATAACATGGAGCAACTATGCTCTCGTGTGTCATTTTCATCCTCCTCATTTTGTAAACTAAAAGTTGTCAAGATTAAGCTTTTGGGTTTATTAAAGAATGTCTTTGTAATGTCTATGGTCAAGCATTTGGTTGCTCTTCAAACAATTGAAATTTTAGAATGTAACTCTCTAAAGGAGATTGTCTTTGCGGAAGATACACAAGATTCTAACACGTCGAAGCCTCTTAAGTTTCAAGAATTACGCACTTTGACATTAAAATCATTACCTGAGTTTCATGGATTCTGTTCCATTTCATCTACAGCGCAACAAAAAGTATTGTTCGATGAGCAGGTTGAATTCTCAAAATTAGAGAGATTGGAGTTGTCCTCTATCCAAATCCACCAAATATGGAATGGCAAAAATCCTCCTTTTGGAAAATTGGTACACTTGGAAGTGAATGGTTGTGGTAATTTAAAAAGTTTGTTAACATTGTCTATGGCTATAAATATGAAGACTCTCCAAAGCCTATCTGTCAGCGAGTGTGACAAAATGAGGCTTATTCTTCTCAAAGAGAACAGCAATGGTACTGAAAGTGAAAAGAAGGTTACCATCTTTCCAAATTTGAAGAGTATTAAAGTGAAAAGCATGAAGAGTTTGAGTGGGATATGTGATAATGAATTTGAGCTCCCAAAAGACTCTTTTGAAAAGTTCGAGAGCCTAGCCATTGATGAGTGTCATAAACTGGTCCATGTTTTCACTTCTAATGTGGTGGGAATATTTCAGCATGTAAGCAACTTAAGCGTTACCAATTGTAAGTCAATGAAAGCTATATTTGACCCAGCAGCTTGGGAAAATAAGCGAACTTCTAAGGATGCAACATCCAAGTTGCAAGATGTTCATTTTGAATCACTTCCAAAATTAGAGCATATGTTCAACATGAAGAAAAAACAGCTTCAAGAGATACTTAAGTTAAACAATTTGCATAAGATATGGGTTCAAGATTGTAAAAGGTTGGAAAACATATTTTCTACTCCTGTGGCCAAAACACTTGAAAATAATCTTGAAGAGCTTGTGGTCTCGGATTGCTCTCAATTGAGGGAAATTGTTGCCAAGAAAGAAGAAGATGCCAGCAGTCTTACTAAATTTAACTTTTTGAAACTGGCAACCATCAAATTTTTGAGACTACCAAAATTCAGGAGTTTCTATCCAGGAGCTTATGGAATAGAATTTTCAGCACTGAACAACTTGTCTATTGAACAATGTGACAACTTGGAACCATTCAGAGAAGAAGAAATCATAGATGAACAAACAAAGCCTGCCCTCTTTCCTGAAATGGTAATGAACAATTTGAAGTCAATTCAAATTGAGTCAAGACATGCAACGTCATCGACTAACTGTGATTATCGAAGGGACAATCTTGAAGAGCTTCACTTATCTAGACTGAATGATACTAAAATTCTGTATTCTTTCCTTTATAGCAATCCTAATATGAAGAATCTATGCTTGAATGATGCTTCTTTTAAAGAATTGGTGCCTCTTGAAAGGCTTGCTAAGATTGAAAGCTTAGGTGTTGTCCCACAGCTGAAAAGCTTGAAGTTAACAGATCTACCAGATCTTGAGATGATTGGCTTCGAAAGAGACCCAATTCTTCAAAGGATAGAGACATTGGTTTTTCAAAATTGCCCGAGTTTGAAAACCATAGCACCTTCTAATGTATTTTTCTCTCACTTGACAAAGCTTGAAGTGGTTGACTGTAAAACATTAAAATATTTAATGTCACCATCAACTGCTAGAAGTTTGGGTCAACTCAACACCATGAAGGTAAATAATTGTGAATCTCTTGCGGAAATTGTATCAGAGGAAGGACAAGAAGACAATAAAAACAATGATGACATCATTTTCAAACAATTGACGACAATTGAACTTGCGTCTCTCAAGCGCCTCGAAAGCTTTTGCAGGTCCAAGAGTTGTGCGTTTCAGTTTCCATCATTAGAGAAATTTGTGGTAAGTGCTTGTCCCGAATTGAAAAGTTTCTCCCAACAAGAACACATGAAACCGCCGCCCAAGTTGGGAAAAGTATATGTTGTCCATGAAAAAGAGAAGGTGGAAGCGTACTGGACAAACAATTTACAAGAAACAATACGAGATATATTCAACAAAAAGATATTTTTCAAAGGCATGGAGAAATTAAGTGTTTCTGATCATCCTCATCTACAACAACTATGGACATGCAAAGAAGCAGGCCTTCAACAAGAATTGTTTAACAATTTGGGAACTTTGAAGCTGAGTGGTTGTGCGTTCAAGCCATACGCAATTCCATCAAATATTCTTTTATGTTTCAAGAACCTAACAGAATTGGAAGTGGATAGATGCTACTACATAACAGGAATTTTTGAAATGAATGATACTGAGATCAAGGAAACATCGTTCCAACTGAAGAAGCTAACTTTGAAATGGCTTCCATATGTGACACATGTGTGGAACCCGGAAAAACAAGGAATTCTCAGCTTCAAAAGTCTACAAATAGTGACTGTCAATGGCTGTGAGGATTTGAGAACTCTATTTCCTATAGCCTTGGCCAGAGATCTCAACAAGCTTGAGGAACTTGATGTTACAAGTTGTGATGAGTTACCCAACATTGTTGAAGCAGAAGAAGGTGGAACTGTTGATGAACATCTTGTGTTTCCTTGTTTAACCACATTGGCATTGTGTTATTTGCGAAATTTTACTGGCTTTTGCTCTCAGAAGTTCACTCTGGAATGCCCCGAGTTAAATTGCTTAAAGGTATATGATTGCAACGATCAACTGGAGCTATTTCAGAGTCAACCAGAGGAAAACCAAAACAGCACTTCAACTGCTAAGCAACTACTTTTCACCAATATAAAGGATATTTCCAAGATGGAAAATATGACCCTGAATTGGAGACACACTCAAGCTTTAAGTACATGGTTGTCAAAATTGAATAACGAAAATCTTGAGAGTTTGAATGAACTTTACCTTCTTGATGATGATGATGGGAAAAGGAACTCTAATGTGACAGTTGAATTATTTGAGAAGACAACCAACTTGGAAAATGTGACAGTTGAATTATTTCATTTATTTGAGAAGTCACCCAACTTGGAAAGACTGACAGTAAGCTATTATTACCGTGATGAAACCCTCAAAAATATATTGCCCTGCCATGATAATGCTAATAATAAGGAGATTCTTGGAAACTTGAAAGAATTGAACCTATCCTACTTAAATGAGTTGAAATCCATCGGTGGGGTAGAATACTTGTCAAAGCAGCTGCGTCTATTACATGTTTGTGATTGTCCAAAATTGACAACAATAGTGCTACAATCTTGCTCCTTTCTGAAAGAACTGCACATAGAATCATGTAATGCAATGCTGCGTCTATTCACATCTTCAACAGCGAAAATGCTACTACACCTTGAGGAGTTGCAAGTTGAGAAGTGTTATTCATTGAAAGAAATCGTGGGGGAAGAACAGCAGAGTGAGACGACGGAACACGTTATTGAATTTAAGCAGCTACGGAGGATAATCCTTCGATCTTTGAGAAACCTGAAATGCTTTTATTCAGGGAATGTCACTTTGATGCTACCCTCTCTCGTTCAACTGCACATAGTGGATTGCTCCAAGATGAAAGTTTTCTCTCACGAAAATGTGAGCGCTTCTAAAGAGATTCAAGTTTCTTGCAACTACTCAAGTTTCTTCCACCATGATCTTAATGCCGCTGTAGTATTGCAGTCTCTAAGTAATAATAAGGAATCTCTTGATCTTGGCGATCACCCAAAGCTAAAAGATTTATGGCTTGATAAAATGCATATCCTAGATGAGTCCTACTTTCCTGGTTTCAATTTAGAAAGTCTAGCGGTGGAAGGGTGTGGTGAATTCTTTACAACCGCAATACTACCTTCTCATTTACTTCCCTTCCTCAGTACATTACGAGTGTTGAAGGTGCGCAGATGCAATTCTGTTGAGGCCATATTTGAAGTCAAAGAGAATGTTTGGAATAAGGATCCTGAAGGAAAGCTCAGTCTTCCAGATTTAATGCAGGTTATTGTTGATGAATGTGCAAGTATAAAATCGGTGTTTCCAGAATCAGTTGACAAGGGTAACATACAATGGTTAGAAGTGAAAAATTGTGCAGAGTTAGTTGAAATTGTTGCCGGAGATCATGTAGCCAAACAGGTTAGCATCTTCTCCACGCTATCTTCTCTGAAGCTGTGGAATTTGCCAAATTTGGAGTGTCCATTACTACTATCGCATTTGCTACCTTCCCTTCATAAATTACAAGAGTTGGTGGTTGGAAAATGTGGTTCTTTGGAGACTATATTTGATGTGAAAGATGCACCAACAAATGAAGAAGATACAAATATGATTACTGTTATTCCTTTGAAGAAATTGACTTTGAAGAAACTTCCAACTTTAAACCATGTTTGGAAAGGAAAGCTCAGTCTTCCAAAATTGGAGGAGGTTATTGTTGATGAATGTGCAAGCTTAAGATCCTTGTTCCTAGAATCAGTTAACATACAGAGGTTAGAAGTGAAAAATTGTGCGAAGTTGATTGAAATTGTCACAAGAGATGAACTAGTTAAAGAAGAAGATGCAGATAAACAGGTTAGTATCTTCTCCAAGCTGTCTTGCCTGAAGCTGTGGAATTTGCCAAATCTGAGTTACATTTATCATGGAATGGAAGACTCTGAATTTTCATTATCAAATGCATTACTACCATGGCATATGCTACATTCCCTTCATAAATTGGAAGAGTTGGTGGTTGGGACTTGTGGTTCCTTTGAGACAATATTTGATGTGAAAGATACAGACATAATTTCTGTTGAGGCCATATTTAAAGTCAAAGATACACAAATAGATATTCCTTTAAAGAAATTGACTTTGGAGGATCTGCCAACTCTAAGTCATATTTGGAATAAGAATCCTAAAAGAAGTAGTCTCAGCTTTCCATGTCTGGAGGAAGTGGTTGTGAATAGATGTGAAAGCCTCACAAGCTTGTTGCCAGCATCATTACCCATGTCTAACATGATAAAGATAGATGTGAAAAACTGTGAGGAATTGGTTGAAATTGTTATAAAAAATGAAGCAGACAATGAAGAAACAAATAAGGAGCTTGCTATGTTCCCTAACCTAATCATATTGACTCTGCACAATTTGCCAAATCTTACATACATTTGTACTGGAATGGAAATTCTAAATTTGCCCGAGTTAAGAGAATTTGATATTTCTCATTGTAAATTTGTAACAGATTCCACTGCAAAGGTTGTTAACCCTCAGTTAGAGAGAGTATCAATAGACATGGAAGGTGTGATGATGCTTGACAAAGGAATGCTTCATTTGGATCCCGAAAACATACAATATCTGAGATTGCAGGGCTTTAATGATATTGATGACTCAGATGCCGCATCTGCCTTTAATTTCTTCCCAAAGAAGGTGCCACTTCCCAATATTCAAATGCTTGGGGTGGCCGACAGTGCTTTCAAAGAGATATTCCCCTTACAAAAGCCTGAGATTATTCATTCACAGCTGCTTGTTCGAGAATTGGAGTTGAGGAATCTGCACAAGCTTGAATCCATTGGGTTACAGCACACCTGGGTGGCCTCCTCTAATCTCACATGGCTCAAAGTTGAAGGTTGTGCATCTTTGAAGTATTTGTTCACTTCTTCAACCACCAAATGTCTTGTTCAACTTGAAGAGTTGCACATATCCAACTGTGAAGCACTCGAAAGTTTAATGGTGGATTATCAACCACATGATGATGATCATGATGTCATCATATTCAAAAAGCTTGAGAAACTGTCTCTTAGCCAAATACCAAAACTTGAGAACTTTTACACTGGAAAGTCAACTTTGAATTTCCCATCTTTGGAAGAAGTCGAGGTTACTGAATGCAACAGATTGGAGTACATGTTCACATTCTCAACTGCCAAAAGCTTGAAAAATTTGAATGAGATGAAGATCTCCAAATGTGAGTCATTGGAAACAATAGTTTTGGCAACACAAGAGGCAAACAAACAACATGAAGATCTCACATTCTCATACCTCAAATATCTGACTCTTAGTGAATTGCCAAAACTTGAAAGTTTTTTCACCGGAAACTCATCAACTTTGAATTTCCCTAGGTATGGGTTTGAAGTTTGCATCAGTCAATGCGAGAGCATGAAAACTTTTTCACACGGTCACGTGGAAGTACGTAAATTATGGAAGGTGGAGATAGATGGAGTTCATTGCTCAAAAAAGAATCGTCTAAACGCTACAGTTAGTCAACAATTTGAGAATCGATCGAATAAAGCAGCATTGATGAGTTAA 9039 0.3738 MSIPFVPDFLQERAFDAVSTFLTTQLGYVWDYEKRFDNVSKAVEALKNDRDGVRDKAEEDEGRYGRAIYDNVVEWLARVDAIVAKYEKFKEEHDKNEGYALAFPFQNLDIRYHRSKKAEDIKERVEELQNEKHDSISRWQGPPSSMGYALPSVEYEELDSRKQNMEDVKKALEDSSATMVGVHGLAGMGKTTLVIKAINTLQNREPKLFDMVIMANVGKNPDIRKIQGQIADMLGITLQEESEYARAIRIREKLKKEKDTLIILDDMYTKVDLDMLGIPSQGEDDKKNLVLKQGIRSSNPSGAALTKAETENFVGDKQNLAETKNFVGDRQNLTRLKSGIDANKTKTEKQIKDTSSGSSKAGKASQENKKGCKVLLISEAKRVLNQMDVNASSIISLDVINPNDAKILFKNKVGITDEKNSDLERLAIDIAKKCHGLPMSIVTTAKALKNQSRSVWEETLNTLERQKLAGTPEYSTKLSYELLANEELKLIFLLCACMGQDALVSDLVRLCIGLGFLEGVYTAKEARDQVQMLLIHLKESGLLSDSYSNDRFTMQNLVRNAALLIASENNVFVLAKRKLDEWPDDDKLERYTSVFLHHCDVNTEEFPKSLKCPKLKVFHFHNNHQHFEIPNDFFREMKELRVLVLLGIDLSKMSSSMKCLTKLRKLCLEQCINLDEELCNSIGTFMKNLRILSFSGSDIKSLPTKLKGLSKLQILDLSNCSQLKSIQAGVISSLTNLEELYMRNTLVEWRVDNREESENKNASLSELGHLNQITNVDLQIPSVAHLPENLFFDKLHSYKIVIGSSSTHLEPDFKIPEKYQLLRYLAILEKKIGIHSQKGIKMLFERVENLLLEELNGVQDIFYALNLKGFPCLKTLSIVSTCSIRYLINPQERKHPENAFPKLETLHLYKLDNMEQLCSRVSFSSSSFCKLKVVKIKLLGLLKNVFVMSMVKHLVALQTIEILECNSLKEIVFAEDTQDSNTSKPLKFQELRTLTLKSLPEFHGFCSISSTAQQKVLFDEQVEFSKLERLELSSIQIHQIWNGKNPPFGKLVHLEVNGCGNLKSLLTLSMAINMKTLQSLSVSECDKMRLILLKENSNGTESEKKVTIFPNLKSIKVKSMKSLSGICDNEFELPKDSFEKFESLAIDECHKLVHVFTSNVVGIFQHVSNLSVTNCKSMKAIFDPAAWENKRTSKDATSKLQDVHFESLPKLEHMFNMKKKQLQEILKLNNLHKIWVQDCKRLENIFSTPVAKTLENNLEELVVSDCSQLREIVAKKEEDASSLTKFNFLKLATIKFLRLPKFRSFYPGAYGIEFSALNNLSIEQCDNLEPFREEEIIDEQTKPALFPEMVMNNLKSIQIESRHATSSTNCDYRRDNLEELHLSRLNDTKILYSFLYSNPNMKNLCLNDASFKELVPLERLAKIESLGVVPQLKSLKLTDLPDLEMIGFERDPILQRIETLVFQNCPSLKTIAPSNVFFSHLTKLEVVDCKTLKYLMSPSTARSLGQLNTMKVNNCESLAEIVSEEGQEDNKNNDDIIFKQLTTIELASLKRLESFCRSKSCAFQFPSLEKFVVSACPELKSFSQQEHMKPPPKLGKVYVVHEKEKVEAYWTNNLQETIRDIFNKKIFFKGMEKLSVSDHPHLQQLWTCKEAGLQQELFNNLGTLKLSGCAFKPYAIPSNILLCFKNLTELEVDRCYYITGIFEMNDTEIKETSFQLKKLTLKWLPYVTHVWNPEKQGILSFKSLQIVTVNGCEDLRTLFPIALARDLNKLEELDVTSCDELPNIVEAEEGGTVDEHLVFPCLTTLALCYLRNFTGFCSQKFTLECPELNCLKVYDCNDQLELFQSQPEENQNSTSTAKQLLFTNIKDISKMENMTLNWRHTQALSTWLSKLNNENLESLNELYLLDDDDGKRNSNVTVELFEKTTNLENVTVELFHLFEKSPNLERLTVSYYYRDETLKNILPCHDNANNKEILGNLKELNLSYLNELKSIGGVEYLSKQLRLLHVCDCPKLTTIVLQSCSFLKELHIESCNAMLRLFTSSTAKMLLHLEELQVEKCYSLKEIVGEEQQSETTEHVIEFKQLRRIILRSLRNLKCFYSGNVTLMLPSLVQLHIVDCSKMKVFSHENVSASKEIQVSCNYSSFFHHDLNAAVVLQSLSNNKESLDLGDHPKLKDLWLDKMHILDESYFPGFNLESLAVEGCGEFFTTAILPSHLLPFLSTLRVLKVRRCNSVEAIFEVKENVWNKDPEGKLSLPDLMQVIVDECASIKSVFPESVDKGNIQWLEVKNCAELVEIVAGDHVAKQVSIFSTLSSLKLWNLPNLECPLLLSHLLPSLHKLQELVVGKCGSLETIFDVKDAPTNEEDTNMITVIPLKKLTLKKLPTLNHVWKGKLSLPKLEEVIVDECASLRSLFLESVNIQRLEVKNCAKLIEIVTRDELVKEEDADKQVSIFSKLSCLKLWNLPNLSYIYHGMEDSEFSLSNALLPWHMLHSLHKLEELVVGTCGSFETIFDVKDTDIISVEAIFKVKDTQIDIPLKKLTLEDLPTLSHIWNKNPKRSSLSFPCLEEVVVNRCESLTSLLPASLPMSNMIKIDVKNCEELVEIVIKNEADNEETNKELAMFPNLIILTLHNLPNLTYICTGMEILNLPELREFDISHCKFVTDSTAKVVNPQLERVSIDMEGVMMLDKGMLHLDPENIQYLRLQGFNDIDDSDAASAFNFFPKKVPLPNIQMLGVADSAFKEIFPLQKPEIIHSQLLVRELELRNLHKLESIGLQHTWVASSNLTWLKVEGCASLKYLFTSSTTKCLVQLEELHISNCEALESLMVDYQPHDDDHDVIIFKKLEKLSLSQIPKLENFYTGKSTLNFPSLEEVEVTECNRLEYMFTFSTAKSLKNLNEMKISKCESLETIVLATQEANKQHEDLTFSYLKYLTLSELPKLESFFTGNSSTLNFPRYGFEVCISQCESMKTFSHGHVEVRKLWKVEIDGVHCSKKNRLNATVSQQFENRSNKAALMS* 3013
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Ahy12g0709 3012 ProSiteProfiles Leucine-rich repeat profile. 1976 1998 IPR001611 GO:0005515
Ahy12g0709 3012 PANTHER - 1109 1193 - -
Ahy12g0709 3012 Gene3D - 400 483 IPR042197 -
Ahy12g0709 3012 SUPERFAMILY RNI-like 1478 1779 - -
Ahy12g0709 3012 PRINTS Disease resistance protein signature 254 268 - -
Ahy12g0709 3012 PRINTS Disease resistance protein signature 707 723 - -
Ahy12g0709 3012 PRINTS Disease resistance protein signature 434 448 - -
Ahy12g0709 3012 PRINTS Disease resistance protein signature 179 194 - -
Ahy12g0709 3012 PANTHER RPP4C3 2391 2464 - -
Ahy12g0709 3012 PANTHER RPP4C3 1465 1611 - -
Ahy12g0709 3012 SUPERFAMILY RNI-like 1708 2063 - -
Ahy12g0709 3012 Coils Coil 43 63 - -
Ahy12g0709 3012 PANTHER - 2391 2464 - -
Ahy12g0709 3012 PANTHER - 26 1097 - -
Ahy12g0709 3012 SUPERFAMILY L domain-like 2561 2945 - -
Ahy12g0709 3012 SUPERFAMILY L domain-like 961 1328 - -
Ahy12g0709 3012 Gene3D Ribonuclease Inhibitor 592 1087 IPR032675 -
Ahy12g0709 3012 Gene3D Ribonuclease Inhibitor 2155 2520 IPR032675 -
Ahy12g0709 3012 SUPERFAMILY L domain-like 2138 2467 - -
Ahy12g0709 3012 PANTHER RPP4C3 2764 2878 - -
Ahy12g0709 3012 PANTHER RPP4C3 26 1097 - -
Ahy12g0709 3012 PANTHER RPP4C3 1109 1193 - -
Ahy12g0709 3012 PANTHER RPP4C3 2869 2996 - -
Ahy12g0709 3012 SUPERFAMILY L domain-like 1215 1583 - -
Ahy12g0709 3012 SUPERFAMILY RNI-like 593 940 - -
Ahy12g0709 3012 Gene3D Ribonuclease Inhibitor 1348 1607 IPR032675 -
Ahy12g0709 3012 Coils Coil 118 138 - -
Ahy12g0709 3012 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 151 495 IPR027417 -
Ahy12g0709 3012 PANTHER RPP4C3 2016 2130 - -
Ahy12g0709 3012 PANTHER RPP4C3 1740 1837 - -
Ahy12g0709 3012 Coils Coil 155 175 - -
Ahy12g0709 3012 PANTHER RPP4C3 1224 1334 - -
Ahy12g0709 3012 Pfam NB-ARC domain 162 287 IPR002182 GO:0043531
Ahy12g0709 3012 Pfam NB-ARC domain 366 481 IPR002182 GO:0043531
Ahy12g0709 3012 PANTHER - 2016 2130 - -
Ahy12g0709 3012 PANTHER - 1740 1837 - -
Ahy12g0709 3012 Gene3D - 149 294 IPR027417 -
Ahy12g0709 3012 PANTHER - 1224 1334 - -
Ahy12g0709 3012 PANTHER - 2544 2688 - -
Ahy12g0709 3012 Gene3D Ribonuclease Inhibitor 2609 2829 IPR032675 -
Ahy12g0709 3012 Gene3D Ribonuclease Inhibitor 1612 1859 IPR032675 -
Ahy12g0709 3012 Gene3D Ribonuclease Inhibitor 2830 2999 IPR032675 -
Ahy12g0709 3012 PANTHER RPP4C3 2544 2688 - -
Ahy12g0709 3012 PANTHER - 2764 2878 - -
Ahy12g0709 3012 PANTHER - 2869 2996 - -
Ahy12g0709 3012 PANTHER - 1465 1611 - -
Ahy12g0709 3012 MobiDBLite consensus disorder prediction 338 365 - -
Ahy12g0709 3012 Gene3D Ribonuclease Inhibitor 1873 2136 IPR032675 -
Ahy12g0709 3012 Gene3D Ribonuclease Inhibitor 1088 1342 IPR032675 -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Ahy12g0709 Ahy-Chr12 11823334 11862242 Dispersed/Tandem
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Ahy12g0709 - - aip:107624972 5854.25
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Ahy12g0709 12 11823334 11862242 Ahy2g0572 2 8190431 8218297 hybridization