Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Adu02g00615 ATGACTCTTCCTACACCTCCTTTACCAGATTGGCTTGTCCAATGGGCAACAAAGCTCTTAAAGCAAGAGCTGAACTACTTCCTGTACTATGAAAAAAACATTAAAGATCTAGAAAATCAAGTTAACAAGCTCAAGCTAGAGCGACAGAAGCTGGGTGATAGGGTTGCAGAGGATGAAGACCGCCATGGGAGAGAAATATACGATGACGTGTCAAAATGGCTGGACGGGGCTGATACAATCATTGATGCCTATGAAAAGTTCGAAAAAGAAGAAGAAGAAGCCCATGCGAGATGTTTAGCTGGCTTTCCTCCTAATTTGTCAGCAAGATATTTTCTTAGCAAAAAATCAATAGAAATTAAAGGAAAAGCTGAGAGTCAGTTACAGAATGCAAAGTTTGATATCATATCACGTAGTCGAGGGCCACCTTCCGTGGCTCTTGTTTTGTCTAATGTTGATTATCAAAGCCTTCCTTCGAGAGTTACGGCCATAGAAGACATCATGAATGCATTGAAAGACACAAGTGCTAGAATGATCGGTGTTCACGGGCCATCTGGTGTGGGGAAGACCACTCTAGTCATGGAAGCAGTTAACAGAGTTCAAAACGATCAAGAAAAGCCGAAGCTATTCGATGTGGTGATCATGGCGAATGTGACGAAAAGTCCAAACATCAGAAAGATTCAAGGGCAAATTGCCGACATGCTATGGATGAAACTTGACGAGGAAAGTGAAGAAGGAAGAGCAAGTCGAATAAGAGAGAGATTGAAGAAAGAGAAGGAGAGCACTCTTATAATCCTCGATGATCTTTACGGTAAAGTTGATTTGAACATATTGGGAATTCCATGGCAGAGTGGTGATGGAAATCAGAAGAATCCAAAAGGAAAGAAGTCCCTTGGCTCAAGCACAGCCAATGAGGAGACAAAGCAACAAGCCCTAGCAGATGGTGTGATGATGAATGCTCAGAAATCCTCCGATGCTTCCTCTTCTTCAGCTTCAACTTCCATAATAGCGTTGACAACAGAAGAGCGCTATAAAGGGTGCAAGGTTTTGCTTATCTCAGAGGTGAGGCAAGTGCTTAACCAAATGGATGTAAGGCCAAAACTAATTGTCCCTCTGGAACTCTTGAACGAGAAGGACGCAAGGATATTGTTCAATAAAATAGCAGGAATAGGTGACAAAAACACTGAATTCGGAGAATTGCCAGCTCAGATTGTCGAAAAATGTGATGGATTACCGATGTCGTTAGTTACAACTGCAAAGGCCTTGAAAGGCCGAAGTCGGTTGGTTTGGCAGGATACTTATCAGAAGTTTGAAACACAGACAATGACAGGAACACCTGAGCATTCTACTCGGGTGATTTACAACCTATTAGAAAACGAGGAGCTTAGGATAACCTTCTTGCTTTGTGCTTGTATGGATAATGATGCATTAGTTTCAGATCTGGTGAGAGCATGCATTGGATTGGGTTTTCTTCGTGGGATCTACACAGTAAGGGACACCAGAACCAGAGTGCAAGTGATGCTTATGAAGCTCAGAGAGTCAGGGTTGTTGTCCGACAGCTATTCGAGTGACCGTTACACGATGCAAAATCTTGTTCGCAATGCAGCTTTGTCGATAGCATTCAAGGAGAGGCACATGTTCATGTTGAACAAAGTAAGAGTAGATGAATGGCCAGATGATGATGAGGTTAGAAGGTATGTTGCTATTTCCTTGCGGCATTGTGATATCATTGATGCGATTACTAAGAGAATGACATGTGCTAGACTTAAAATCTTGGAAGTTATCAATAATGATCCACAATTGAAACTTCCAACGAAATTCTTCGAACAAATGAAAGAGCTCAAAGTGTTGATCTTAACTGGCATTAATTTGTCACCGTCCGATTCATCGGTTGGTTGTTTAACCAAACTCAGAATGCTCTGCTTGGAGCATTGCACGCTAAGTTCATCCAAAGAAGAATTAAGTTTGTGTGAGGAATTAAGCATCATAAAAAACCTGGAGAATCTAAGAATTCTTAGCTTTTCAGGGTCTAATATTGATTGCTTGCCTGTTGAATTAGGGGATTTGTCTAAGTTGCAAACCCTAGACATAAGTAATTGCCCTAAACTTAGAGTCATTCCACCCGATGTAATCTCACGTCTTACTTCTTTGGAGGAGTTGTACATGAGAAAGACTCAAATTCAATGGCCAAAAGTTATTAATGGAGCCGAAAATGATGAGAGGAAAAATGCTAGCCTATTAGAATTGGGGGAGTTGAATCAATTGACAAATCTTGACATACAAATACAAAGTGTGGATCAATTGCCAGAGAACTTGTTCTTTGACAAGTTGTCTAGTTACAAAATTGTCATTGGCTCTTCGAATAGATATTATTTGGAGGGAGATTTCAAAATGCCAGAAAAGCATGAATTGTCGAGGTTTTTGGCAATACATCAAAAAGGTGGCATTCACATTCATTCTCATAAGGGAATCAAAATGCTATTCGAAAGAGTTGAGTATCTTTTGCTGGGAAAACTCAACGGTGTTCAAGATCTGTTTTATGAGTTGAATTTGAAAGGTTTTCCCCATCTCAAATATCTGGCCATTCAAAATAATCATGATATCCAATTTCTTATTCACCCAAAGGACAGGCAGGAGCATCATGAGAAGGCTTTTGAGAAACTAGAGACTCTTGAACTCAATAAAGTGACGCAAATCGAGGGACTATGCTTCTCTTCATGTCCACTTTCCGAGTCCTCCTTTGTAAACTTGAAAGTCATCAAAATCAATTTTTGTGAAAATTTGAAGTATCTCTTCTCGCCTTCTTTGTTTAAGCATCTAGAAGCTCTTGAGACAATACAAGTTTCTGATTGTGACTCTTTAAAGGAGATTGTTCCTGTAGAGAGGCCTGATGAAAGTGAGATGCTTAAGCTCCTTAAATTACACACTCTGACACTACAATCTTTAAAAGACTTTATTGGATTCTATCCCATATCAACAACAGACAGCACCAAAATATTATTTCATGAAAAGGTTGAAGTTAAAGAGTTAGAGAGACTGGAGTTGAGGTGGATCCAAATAGACCAAATATGGAATGACCAAAGTTGTAAATTTGAAAATTTGATCCATTTGGATGTGAGTGGTTGTCACTATTTGAAATATTTGTTGCCATTCTCGGTGGCCAAGAATCTCAAGAAGCTTCAAAGCCTTTATGTTAGTGAATGCTACCAGATGGAGAACATCTTCCCTGATGGACCCATAAAAGTTGCTAAGGATGCTACTTTTCCAAATTTGAAGAATATAAAACTGAGCAGGATGGGCAGTTTGAGAAAGATATGGAATCTTAATGTGGCGGTTGAGAAACTGGACACACTGGTCATTGAAAAGTGCAATCAATTGGTGAGTGTTTTCACTCATGACATGGAGGGAATATTTCAAGGACTAAGCAGCTTGACAGTTACTGATTGCAAGTCAATGAAAACTATATTTGACCTAACCGCCGATCAGAACTGGTTTGCTCGTCACTACGAAACTTTATTGCGGGATGTTCATTTGGAATCACTACGAGAACTGGAAGAGATAGTGAGATGCGAGCAAGACCAAGAAGGGACACTTCAACTGAAATCTCTGCAGAACATAACAGTTCATGGTTGTGGCAAGTTGCAAAATATATTTCCATTTTCCATTGCTAAACACCAGCTTGAAAATCTGAAATGTTTAGTTGTATCGAATTGCTCCGAATTAAAGGAAATTGTAGCAGTGCAAAATGGTACCAGCGACAACGGCGGCAGCAGCACAAGCAATCCTGTTCCCTTGGTGTTTCCTGAGCTAACCTCCATTAAATTTTCTAAGCTACCAAACTTCAAGAATTTCTGTCCAGGAAGTGAATTACAGTGTGAAAAATTAGATGAGGTGTCTATTGAACTTTGTGGCAAGCTCGAACTATTTAGAGAAAGCCAACTCTTTCATGAAACATTTCCGTCCTCTCAAGCCGGAACATCTGACCAAGGAACGCCACTCTTTCATGAAAAGGTAATGAATAAGTTGAGGTCGATGCATATTGAGTTACAGCATACAAGTTCGTCAACTCGCTATCGACGAGACAAGTTAGAAGTTCTTCGCTTGTCCCGGTTAATATATAGCAATCCTTATTTGAAGAGCCTATGGCTGGACAACTGTCGCTTTCCCAGGTTGGTGGAGCCAAAGTCTGATGGAAATGAAAACATAGGAGTTGTTCCAAAGCTAAAAACCTTGAGGTTAACCAACTTGTCTTGTCTTAAGGAGATTGGCTTTGAACATGACGCAATTCTTCAAAGAATAGAGTCATTGCTTTTAGAGAATTGTCCTAAATTGGATACTATAGTGCCTTCAAAGGAGGGAATACGTTTCAATTTCTTGACCAATTTGGAAGTAGTAGATTGTAGATGCATGAAATATGTAATGCCACTTTCAACAGCTAAAAGCTTGGGTCAACTCGTCACAATGAAGAAAGTGTACGTTGTACGTGATGAAGAGAAGAGATTGTGCTGGGATGGTGATTTACGAGCCACAGTAAAACATATATACGACAAGCAGAAATATTATGAAGGTATGGACAAAATAAGTGTTTCCGAGCATTCGGTACTTGAAGAAGGCTGGAAGACTGAAAAAGCTCTTGACAAAGGTTGGTTTTACAGTTTGAAGACTTTGACGTTGGAAAGGTGTAAATTTGAATCATTTGCAATTCCATCGTTTGTTCTTCGATGTTTGAAGAGCCTAAAAGAATTGGAAGTGCGAAATTGTAAAAACATCACATGCATATTTGAAATGAATGACATCAAGGGAACATTCCAGTTGGAGAAGCTCACTTTGGAAGAGCTACCAAATGTGACTCACGTGTGGCCCCAACAGGATAAACAAAATGACAGCCGCTTTCGAAATCTGCAGCAGGTGTTTGTCAAGTCTTGTAGAAAACTGAAAGCCTTGTTTCCTGTAGCCATAGCTACAAATCTTAAGATGCTTGAGCAACTTGAAGTACATTTTTGTGATGAGTTGCTAGAAATTGTTGAGAAAGATAGGGTTGGAGGTGGTGAAACAAAAAAATTTGTGTTTCTTTATCTAACACGGTTGAGATTGTATAACTTGCCACAACTCGAACACTTCTATGATGGAATGTTCACTTTGGAGTGTCCAGAGTTAAACTATTTGTATCCGTTCAACTGCATCAAATTTGAACTATTTCAGACACCACAAGAAAATAGCCCTCCAATTACTAGACCAGGCCTTTTCTCAAATATAAAGGGCATTTCCAAGGTGAAAACTTTGAGCATGAAATCGAAGGATACTTCGGTGCTAAAGTCATGGTTACAGCAGTCCGAGGATCTTGAACTTAAATATTTAAGGGGACTAATGTTAACCTTTGATGATGATGTGAATAATGAGTACTCTACTTTGCAGTGTGAAATACTTGGGAGGCGGACACCCAAGTTAGAGAGAATGGGCATTATGAATTCCACAAGCCTCAGGAAGATATTGTTCCCCTCTCAAAATCACAAGTTCCTTGAACACTTAGATTACATGGGCCTAGAAAGCCTACTTGAGCTAAGCTCCATTGGCGGGTTAGAGTACTTGTCAAAGCTCCAGAAATTCGGTGTTTTTCAATGTCCACTTTTGAGGACAATAGAACAATATCCCCCCAGTATGAAAAAATTGAATGTGGCAGGATGTCATGGATTACAGTGTTTATTCACATCCTCAGCGGCTAAAAGCTTAAAGCACCTTGAGGAGTTGTACGTTTATGATTGTAAATCATTGAAAGACATAGTGCGAAAAGAGCAAGGTGATGAAACAGCCACAGAAGAGATCATTTTTCAGCAGCTAAAAAGCATAAGTCTTCAATATTTGGAATGCCTGGAATGCTTTTATCAAGGCAATGCTGCCTTAAAGTTACCCTCTCTGGCTCAGGCGAAGATATGGAAGTGCCCCAAGATGATCATTTTCTCTCAACAATTGAGACAAGAAGATCCTTCAGAAAAAGTCAGCGTTTCTTTCCACAGCGGAGCTGACAAATCGGAGGTCCAACTAACTCATTATCATCAACTCAACCTCGCAGTAGGAGCCCAGTTCTTAAATCAGACATTTTTATTTCTGAATGATTATCCTGAAATGCAAGGAAAATGGGTTGGCGCATCAGGAATCCCAGTTGAGTGGTCTTTTAACTATTTAAAATATTTGGAGGTGGAAGGTTGTGACTTTTTGACAAATGCAGTGCTCCCATCTCATTTGCTTCCCCTTCTAAGAAATTTGGAAAATCTGACAGTAAAGAAATGTAAATTTGTTGCGGCAATATTTGATGTGAAAGACACACCACCAGAACACGATGATCCAAACAAGATTGTTAAGATTCCGGTGAAGAAGATCATTTTGGAGGAGCTTCCAACTCTGACTCATGTTTGGAACAATGATCCCAAACCAAGTCTCAGCTTTCCATCTCTGGAGAAAGTCTTTGTTGAGGAATGTAAAAGCATAAAAAGTTTATTTCCAGCATCAGTTCCCAGAGACAACCTACAGCATTTAGATGTGAGAAACTGTGGGGAGTTAGAGGAGATTGTTACAATTCCCCAAGATGCAAATAATAAAGAGATTAGTATGTTATTCCCCAAATTGACCTGGCTGGTGCTATGGGCTTTGCCAGAGCTGAGATGCATTTGTTCTGGAATGCACAGTTTGTTAGATCAGTCCGTTGTCTTAACAAGATTATACGTTTTTGGTTGTCCAAGGCTCACAGTTTTTCCAGCAGATATTCAGAATTCAGATCCACGGGGTGAAGATTGTTTTGCAAATGATGATGACAAACACAGCTTTGTTTCTTCTGCACAAAAGGTTATTACATCCAATTTTGTGGAACTAGTGCTGAGTAAGGAAGATGTTAGAATGATTGAGAAAGGACTACTTCATGTGGACCTCCAAAACTTAAATTACTTGGGACTGGATAGTTTCAATGATAATGAGTCAGATGAATTTCCAGATGTTTTCTTTTCAAAGGTGTCACTACCGAAATTAACGGAGATTCAGCTGGTAGATTGCGCCTTTAAAGATATATTCCGTCCAAGAGGGCCTGACATTGATTATTCCAAAATCCTCTCGCAGCTTAAATGTTTGGAGATTAACAAACTACACAACCTCTATTCGATGGGGTTTGAGAACCCCTGGATGGCCCCCCTTCTTGAAATGCTAGAAACGTTGAACGTTTCGGAATGCAACTTGTTGACAAACTTGGCAGCATCATCTGCTGTGTCTTTCTTCTATCTCACTGAGCTGAAGGTAGAGAATTGCGCAGGATTGAAATATTTGTTCACATCTTCAACTGCCAAAAGTTTGGGTGCACTGCGAGAATTGTCCATTACCAAGTGTGAATTATTGGAGGCAGTAGTGGCTCATGAAGAGAGAGATAAACCAGAAGATATGATACTATTAACTAACCTTGGTATTTTGTCTCTCAATGAGTTACCACAACTTGAAAGCTTTTACACAGGGAATTCAACTTTGTATTTCCCGAGGCTATATAGTAGTTTATTGTGCACGATCACTAAGTGCAATAAGATGAAGACTTTCTCTCATGGCGACGTGCTACCCAAGTTTATGCAAGGGAAAATAGATGAAGACCCTTGGCATGGTGATCTAAATGCCGCAGTCCAGAAACA 7658 0.3983 MTLPTPPLPDWLVQWATKLLKQELNYFLYYEKNIKDLENQVNKLKLERQKLGDRVAEDEDRHGREIYDDVSKWLDGADTIIDAYEKFEKEEEEAHARCLAGFPPNLSARYFLSKKSIEIKGKAESQLQNAKFDIISRSRGPPSVALVLSNVDYQSLPSRVTAIEDIMNALKDTSARMIGVHGPSGVGKTTLVMEAVNRVQNDQEKPKLFDVVIMANVTKSPNIRKIQGQIADMLWMKLDEESEEGRASRIRERLKKEKESTLIILDDLYGKVDLNILGIPWQSGDGNQKNPKGKKSLGSSTANEETKQQALADGVMMNAQKSSDASSSSASTSIIALTTEERYKGCKVLLISEVRQVLNQMDVRPKLIVPLELLNEKDARILFNKIAGIGDKNTEFGELPAQIVEKCDGLPMSLVTTAKALKGRSRLVWQDTYQKFETQTMTGTPEHSTRVIYNLLENEELRITFLLCACMDNDALVSDLVRACIGLGFLRGIYTVRDTRTRVQVMLMKLRESGLLSDSYSSDRYTMQNLVRNAALSIAFKERHMFMLNKVRVDEWPDDDEVRRYVAISLRHCDIIDAITKRMTCARLKILEVINNDPQLKLPTKFFEQMKELKVLILTGINLSPSDSSVGCLTKLRMLCLEHCTLSSSKEELSLCEELSIIKNLENLRILSFSGSNIDCLPVELGDLSKLQTLDISNCPKLRVIPPDVISRLTSLEELYMRKTQIQWPKVINGAENDERKNASLLELGELNQLTNLDIQIQSVDQLPENLFFDKLSSYKIVIGSSNRYYLEGDFKMPEKHELSRFLAIHQKGGIHIHSHKGIKMLFERVEYLLLGKLNGVQDLFYELNLKGFPHLKYLAIQNNHDIQFLIHPKDRQEHHEKAFEKLETLELNKVTQIEGLCFSSCPLSESSFVNLKVIKINFCENLKYLFSPSLFKHLEALETIQVSDCDSLKEIVPVERPDESEMLKLLKLHTLTLQSLKDFIGFYPISTTDSTKILFHEKVEVKELERLELRWIQIDQIWNDQSCKFENLIHLDVSGCHYLKYLLPFSVAKNLKKLQSLYVSECYQMENIFPDGPIKVAKDATFPNLKNIKLSRMGSLRKIWNLNVAVEKLDTLVIEKCNQLVSVFTHDMEGIFQGLSSLTVTDCKSMKTIFDLTADQNWFARHYETLLRDVHLESLRELEEIVRCEQDQEGTLQLKSLQNITVHGCGKLQNIFPFSIAKHQLENLKCLVVSNCSELKEIVAVQNGTSDNGGSSTSNPVPLVFPELTSIKFSKLPNFKNFCPGSELQCEKLDEVSIELCGKLELFRESQLFHETFPSSQAGTSDQGTPLFHEKVMNKLRSMHIELQHTSSSTRYRRDKLEVLRLSRLIYSNPYLKSLWLDNCRFPRLVEPKSDGNENIGVVPKLKTLRLTNLSCLKEIGFEHDAILQRIESLLLENCPKLDTIVPSKEGIRFNFLTNLEVVDCRCMKYVMPLSTAKSLGQLVTMKKVYVVRDEEKRLCWDGDLRATVKHIYDKQKYYEGMDKISVSEHSVLEEGWKTEKALDKGWFYSLKTLTLERCKFESFAIPSFVLRCLKSLKELEVRNCKNITCIFEMNDIKGTFQLEKLTLEELPNVTHVWPQQDKQNDSRFRNLQQVFVKSCRKLKALFPVAIATNLKMLEQLEVHFCDELLEIVEKDRVGGGETKKFVFLYLTRLRLYNLPQLEHFYDGMFTLECPELNYLYPFNCIKFELFQTPQENSPPITRPGLFSNIKGISKVKTLSMKSKDTSVLKSWLQQSEDLELKYLRGLMLTFDDDVNNEYSTLQCEILGRRTPKLERMGIMNSTSLRKILFPSQNHKFLEHLDYMGLESLLELSSIGGLEYLSKLQKFGVFQCPLLRTIEQYPPSMKKLNVAGCHGLQCLFTSSAAKSLKHLEELYVYDCKSLKDIVRKEQGDETATEEIIFQQLKSISLQYLECLECFYQGNAALKLPSLAQAKIWKCPKMIIFSQQLRQEDPSEKVSVSFHSGADKSEVQLTHYHQLNLAVGAQFLNQTFLFLNDYPEMQGKWVGASGIPVEWSFNYLKYLEVEGCDFLTNAVLPSHLLPLLRNLENLTVKKCKFVAAIFDVKDTPPEHDDPNKIVKIPVKKIILEELPTLTHVWNNDPKPSLSFPSLEKVFVEECKSIKSLFPASVPRDNLQHLDVRNCGELEEIVTIPQDANNKEISMLFPKLTWLVLWALPELRCICSGMHSLLDQSVVLTRLYVFGCPRLTVFPADIQNSDPRGEDCFANDDDKHSFVSSAQKVITSNFVELVLSKEDVRMIEKGLLHVDLQNLNYLGLDSFNDNESDEFPDVFFSKVSLPKLTEIQLVDCAFKDIFRPRGPDIDYSKILSQLKCLEINKLHNLYSMGFENPWMAPLLEMLETLNVSECNLLTNLAASSAVSFFYLTELKVENCAGLKYLFTSSTAKSLGALRELSITKCELLEAVVAHEERDKPEDMILLTNLGILSLNELPQLESFYTGNSTLYFPRLYSSLLCTITKCNKMKTFSHGDVLPKFMQGKIDEDPWHGDLNAAVQK 2552
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Adu02g00615 2552 Gene3D - 149 368 IPR027417 -
Adu02g00615 2552 SUPERFAMILY L domain-like 2048 2492 - -
Adu02g00615 2552 SUPERFAMILY L domain-like 527 980 - -
Adu02g00615 2552 PANTHER - 2450 2535 - -
Adu02g00615 2552 Coils Coil 27 61 - -
Adu02g00615 2552 Gene3D Ribonuclease Inhibitor 572 993 IPR032675 -
Adu02g00615 2552 PRINTS Disease resistance protein signature 686 702 - -
Adu02g00615 2552 PRINTS Disease resistance protein signature 255 269 - -
Adu02g00615 2552 PRINTS Disease resistance protein signature 177 192 - -
Adu02g00615 2552 PRINTS Disease resistance protein signature 407 421 - -
Adu02g00615 2552 Gene3D Ribonuclease Inhibitor 1335 1496 IPR032675 -
Adu02g00615 2552 Gene3D Ribonuclease Inhibitor 1881 1999 IPR032675 -
Adu02g00615 2552 Gene3D Ribonuclease Inhibitor 1540 1676 IPR032675 -
Adu02g00615 2552 SUPERFAMILY L domain-like 1547 1730 - -
Adu02g00615 2552 SUPERFAMILY RNI-like 1875 2186 - -
Adu02g00615 2552 SMART AAA_5 174 341 IPR003593 -
Adu02g00615 2552 Gene3D Ribonuclease Inhibitor 2263 2547 IPR032675 -
Adu02g00615 2552 PANTHER RPP4C4 13 1496 - -
Adu02g00615 2552 PANTHER RPP4C4 2073 2375 - -
Adu02g00615 2552 PANTHER RPP4C4 2377 2470 - -
Adu02g00615 2552 Pfam NB-ARC domain 337 453 IPR002182 GO:0043531
Adu02g00615 2552 Pfam NB-ARC domain 162 283 IPR002182 GO:0043531
Adu02g00615 2552 Gene3D - 373 456 IPR042197 -
Adu02g00615 2552 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 149 468 IPR027417 -
Adu02g00615 2552 PANTHER - 13 1496 - -
Adu02g00615 2552 PANTHER - 2377 2470 - -
Adu02g00615 2552 PANTHER - 1566 2010 - -
Adu02g00615 2552 PANTHER - 2073 2375 - -
Adu02g00615 2552 SUPERFAMILY L domain-like 846 1468 - -
Adu02g00615 2552 PANTHER RPP4C4 1566 2010 - -
Adu02g00615 2552 PANTHER RPP4C4 2450 2535 - -
Adu02g00615 2552 MobiDBLite consensus disorder prediction 283 308 - -
Adu02g00615 2552 Gene3D Ribonuclease Inhibitor 2055 2260 IPR032675 -
Adu02g00615 2552 Gene3D Ribonuclease Inhibitor 995 1253 IPR032675 -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Adu02g00615 Adu-Chr2 8280236 8294263 Dispersed/Tandem
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Adu02g00615 - - adu:107473345 2659.79