Gene detail

Detailed information of scaffold239.g2.t3 in Aurelia aurita complex sp. Pacific

Genomic Location: scaffold239:10316...45020
NR annotation: no NCBI-NR hit recorded
Species abbreviation AAURI2 · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

scaffold239.g2.t3

gggacagggaaaactgtcattttggaatattttgcatcaatgatgggacgttttgatgctcctgaaatcttgaagttgcaacttggtgatcaaacagacagcaagtctattcttggcatttatgtatgcactgaaacaccaggagagtttaaatggcagcaaggaacattaacacaagccgtcacaaatggaagttggttgattcttgaagatatcgattcagcccctttggatgtcatttcagttctacttccattgttggaaaataaaccactttctattcctggtcaaagtaaacccattactcctgcatcaggattccagattttcatgacaagaaggttacaaaggggagccagtggccattatcatcaaaattcacccagcaaatccattgaacatctttgttcaaagattcacttgcagtcacttacaaaagaagaactaaatgagatcgtaagcaagaaacatcccaacttggaaacgataatcccaaagcttgttgatgtttactgcatgatctcttcagatttaagtttacaaacgacccaagatacaatcctatcaaatttaccagcagacaaacgacaatgtacttcaagagatttctttaaatggtgtcaaagagtagcagatcgatttcaacaccaggctctcatttctgcaaaccttgatgtatttcaagaagctttctcgtgcttttgtgttcctgttccaaaatttgagaacagagttgccttagcgcatgctattggcacaaaattagggcttactagagagaaaagtgagttctatgtgcggatctacaagcctcacgtccaacggacacaaatgaatttcactgctggcagagcgtccttagcgaagaaacaagaatttggaatgagatcttctatcatgtcaacaaactacgcttttacaagacactctttgaatttgctggaagaaatagccatctgtgtgtcacatagtgaaccaattctgcttgtcggagagacaggatgtggcaaaacagcaacgatacaatatctagcgacccaatgtgggcacaagttcagtgccatcaatatgagccaacagagtgacgtcacagatctccttggaggttttaaaccagtcgatttcaaacagatagtgaccccattgagagaaacatttgaaggactgtttgtgaacacattttcgcagaaacaaaatatgaaatttcttggacacattcaacaatgttgggcagagaagaaatgggaaattttgttgaaattgatggagcactgcaagacaactgcactgaagagaaaaggcctaaaaatagaactgaaagatatggacaatatcatgcaacaatggaggcaatttgccgtcgagctaaagaagatgaaattacagttgaaagaaggcaatgcattagctttcgcatttgtagaaggaaggttgattcaagcaattcgaaatggagagtggattctgttggatgaaatcaatttagcaacaacagaaacattggaatgtttgagtggcctgcttgaaagtaaatcaggatccgttgtactcgtcgaaagaggggatgcagagcctgtaagaaggcatgaagattttcgattatttgcttgcatgaatccagctactgatgttggaaagaaagatttaccgtttgggatcaggaatagattcacagaaatttacgttgacgagttgaaagatgatggagatttgaaaattctcgttgctcactatctgaaagattgtgacgtcacttctccgctcgttgatggtattgttaagttctaccaaatgattcaacgagactcaaatgaaaagttaacagatggaaccggccacagacctcattacagcttgaggacactctgcagagctcttgaatactcaacaagaaataccaacatgatgttgccaagagccatttatgagggcttctgtttgagtttcctgactcaacttgacagatcttctcaccctacagtagagacgatgatacgagtgaatattttaggccatctcagaaattcgagaagtttattgtcgcaaccaattccttgtcctggaaaatcagatcgtttctgtcaaattgaagggtattggattgagagaggagaaatggcttctcaagcctcagaagagtatgtcataacggcatctgtacgagacaatctgagagatttggcacgagttgtgtcaggaagaaaatacccagtcctattgcaaggagaaacctctgttggaaaaacaagtttaatcaactacctggcaaagagcacagggaatcaatgtgtcaggatcaataatcatgagcatacagatattcaagaatacattggatgttattctgctgatgaaaatggcaaacttgttttcaaggatggtctgttagtagatgcaatgaggaaaggctattggataattttggatgaattgaatcttgcaccgaccgatgtcttagaagcacttaatcggcttttggatgacaacagagaattattcatcgctgaaacacaggaaacaataaaagcacattcgaaattcatgttgtttgcaacacaaaatccaccaggccaatatggtggacgaaagattctgtcaagagctttcagaaatcgatttgttgagttacattttgatgaaatcccaagcaaagaactgcagacaattttgcacaaaagatgtcatcttcctcgatcatactgtggtaaatttgttgccatcatggaagatctgcaggcgaggagaaaatcatctgggatctttgcaggaaagcatggttttatcacattacgtgatttattccgatgggcagaaagatatcggcaaacaccaagcgaagacatgaaaacgagattttatgactgggatcaacatatcgctgaagatggttcgtatacattgtttaagatattatttcctgaattcgtttgttcttatgtcntgtcaagagctttcagaaatcgatttgttgagttacattttgatgaaatcccaagcaaagaactgcagacaattttgcacaaaagatgtcatcttcctcgatcatactgtggtaaatttgttgccatcatggaagatctgcaggcgaggagaaaatcatctgggatctttgcaggaaagcatggttttatcacattacgtgatttattccgatgggcagaaagatatcggcaaacaccaagcgaagacatgaaaacgagattttatgactgggatcaacatatcgctgaagatggatacatgttgttagctggtcgatgtcgaaaaccagaagaagcaattgtaatccaagagacagttgaaagaattatgaaacgaaaaatcaatcttgattcactttacaaaactggctcattaaccaccaccaatcttcttcaacaacttggttctgttgcatccaatgatttccagcatcttgtttggacgagcaatttacaaaggatggctgttctggttggacgagcaattcaattcaacgagccgatcttgttggttggagacacaggctgcggaaaaacaaccatttgtcaactctactctcatctgcgcaacagccagctattatcagtgaattgtcatatgcacacagaatcctctgatttcattggtggattgagaccggtcagacacagggaacaagaggacgaaatgaggttatttgaatggtgtgatggtccactcgtttgtgctttgaaagaaggatcttcgtttttgattgatgaaatttcactagctgatgattcagtattagaaagattgaacagtgttttggaaacagaaaaaactttggttttagcagaaaaaggaggatctgaagattcaaagaaagaagatattgaaattattgttgctagtgaagattttagattgatggcaacgatgaatccaggtggagatttcgggaaaaaggagctttcaccagctttacggaatcgcttcacagaaatctggtgtccacaatccgaaaatcgagaggatttcattaaaattgtcaaccataacatcgagaacatcattcatgagaaggtcgcagtgccagttcagagtttgggagatatgatgatgaattttgttgaatggttcagcaagacagaggcgggacaaaggacaacaatttctgttcgtgatttactaagctgggcaaacttcatcaacaaatcctgccctgaacaaattcatgaatgtaaaacctcaagtgacttatccccacaattggcattcatccatggtgcgttcttggtattcattgatgccattggttcaggaagcagttggaatggtccgagtttttctttggaagctgcgagaactgcctgtttgtcatttctgttaagccaaactgggcccttcgatgattttggcaaacatgagattctttggaacgatccactgaagtttggaataacaccattcatgattgaaagaggttctcttgcccccgtacaatctactggcacatattctctcacaacaacaacaacatctgagaacacattgaggctgcttcgtgctcttcagttggctcgccccattctcctggaaggatcgcctggtgttgggaagacgagtcttgtgactgcgctcgcaaggttttctgggaatcaactgacaaggataaatctttcagaacaaacagacgtgactgatttattcggtgctgatctgcccgttgaaggtggaaagggaggcgaatttgcttggagagatggaccattcttgaaggcacttaaagcaggacattggattgtgctcgatgagctgaatttggcatcgcagtctgttcttgaaggtttgaatgcatgctttgaccacagaggagaggtttttgttccagaattgggtaaaagtttcaaagtgaagcacgagacaacacgaatatttgcctgtcaaaatccattgagccaagggggaggacgaaaaggattgccaaaatcatttcttaatcgattcacaaagatgcaaaaaagaactatggttgatggtgattggggacgaaaagggagcccttgggaattcaatgtcagagacattctgagatggtgtgaactggtcagcaaatatcagaatgtggcttcttacgatccatcagaattcttgaatctcatctatgttgatagaatgcgaacaatggaagacaaagagaaggtcatagaactgtatactgagatctttgatgaccaggagagccacagaaagtcaaaaagcagaatttcacagttcagcattggtgcaaaacatattcaggttggacattctgtactacaaagaacagataagaatgttgtgatgccactcagaccaaagtcaagtttacagctccttcgaaaacaactaccatgcattgaatcggtcatgaaatgcattgaaatgaattggatggctatattggttggtccaaaagcatgcggaaagacaagcattgttgaatcaatcgcacaattaactggcaacactctaaacacacttgcaatgaacagcaacatggacacaacagaattgcttggtggatttgagcaggcactgaaagcaggagaatggcttcttattgataacgtcaatttttgcagcccatcggtgttagatcggttaaatggtcttcttgaacctaatggagttctgagcattgatgaaagaggagttcaaaatgatgaaatcccaacggtcaagccacatccaaatttcaggttattcttagcaatggatccaaagaatggtgagatttcaagagcgatgaggaaccgaggaatagagatttacgtcaccggcgaggatgaaagtggacaattttctgctgttgacaaattacacctgattgtttctgttggccttaaagataccgttgcccaaagagaactccttgctgttcatgaagagttaacgaaaatccatccgcattcaatcacagatctggttaaagctgctagactaacaaatgacgtcattgcacgtggttttgaatcacgtgatgcgttgaagctaggctgcctacatgtatttgctggaaatgagctacccatagagctgaaagaggaaatcacaaagaccatcgattcttgcatcgcttcaaatcacaacagaaataaacagacaaaacagattctagtgtcaccgtcgatctccgagttctcaacgatatctgttttatcacgactttcaagggagggcatgattgtgaatcattcaatgagtgggaattcagatctgcaaatgatcacattggcaatcaaagcatttttagagagagcaacgataaaagattggccgttgaggttgaagttgattcagtccaaagtaggagaagagtgtgaagcggtagctgaaattgcttgcttgatgtttaaagaggtcttccaaactgaagtctacaagaagatagcagacaatcttctcagaatatctggtcaagatggtttaaagattgcagatgacatttcattcgatctacgactaaattcacgaatgttgcaagactctattcacgtggcttcacaggtatgttacataagggtaagctactttgcttttaattctcgaccgttttgctgaaagtgcaaaaatcgtgcttacgagctgattctacttgctattacagaagagaactaccctaaaca

Transcript

scaffold239.g2.t3

GGGACAGGGAAAACTGTCATTTTGGAATATTTTGCATCAATGATGGGACGTTTTGATGCTCCTGAAATCTTGAAGTTGCAACTTGGTGATCAAACAGACAGCAAGTCTATTCTTGGCATTTATGTATGCACTGAAACACCAGGAGAGTTTAAATGGCAGCAAGGAACATTAACACAAGCCGTCACAAATGGAAGTTGGTTGATTCTTGAAGATATCGATTCAGCCCCTTTGGATGTCATTTCAGTTCTACTTCCATTGTTGGAAAATAAACCACTTTCTATTCCTGGTCAAAGTAAACCCATTACTCCTGCATCAGGATTCCAGATTTTCATGACAAGAAGGTTACAAAGGGGAGCCAGTGGCCATTATCATCAAAATTCACCCAGCAAATCCATTGAACATCTTTGTTCAAAGATTCACTTGCAGTCACTTACAAAAGAAGAACTAAATGAGATCGTAAGCAAGAAACATCCCAACTTGGAAACGATAATCCCAAAGCTTGTTGATGTTTACTGCATGATCTCTTCAGATTTAAGTTTACAAACGACCCAAGATACAATCCTATCAAATTTACCAGCAGACAAACGACAATGTACTTCAAGAGATTTCTTTAAATGGTGTCAAAGAGTAGCAGATCGATTTCAACACCAGGCTCTCATTTCTGCAAACCTTGATGTATTTCAAGAAGCTTTCTCGTGCTTTTGTGTTCCTGTTCCAAAATTTGAGAACAGAGTTGCCTTAGCGCATGCTATTGGCACAAAATTAGGGCTTACTAGAGAGAAAAGTGAGTTCTATGTGCGGATCTACAAGCCTCACGTCCAACGGACACAAATGAATTTCACTGCTGGCAGAGCGTCCTTAGCGAAGAAACAAGAATTTGGAATGAGATCTTCTATCATGTCAACAAACTACGCTTTTACAAGACACTCTTTGAATTTGCTGGAAGAAATAGCCATCTGTGTGTCACATAGTGAACCAATTCTGCTTGTCGGAGAGACAGGATGTGGCAAAACAGCAACGATACAATATCTAGCGACCCAATGTGGGCACAAGTTCAGTGCCATCAATATGAGCCAACAGAGTGACGTCACAGATCTCCTTGGAGGTTTTAAACCAGTCGATTTCAAACAGATAGTGACCCCATTGAGAGAAACATTTGAAGGACTGTTTGTGAACACATTTTCGCAGAAACAAAATATGAAATTTCTTGGACACATTCAACAATGTTGGGCAGAGAAGAAATGGGAAATTTTGTTGAAATTGATGGAGCACTGCAAGACAACTGCACTGAAGAGAAAAGGCCTAAAAATAGAACTGAAAGATATGGACAATATCATGCAACAATGGAGGCAATTTGCCGTCGAGCTAAAGAAGATGAAATTACAGTTGAAAGAAGGCAATGCATTAGCTTTCGCATTTGTAGAAGGAAGGTTGATTCAAGCAATTCGAAATGGAGAGTGGATTCTGTTGGATGAAATCAATTTAGCAACAACAGAAACATTGGAATGTTTGAGTGGCCTGCTTGAAAGTAAATCAGGATCCGTTGTACTCGTCGAAAGAGGGGATGCAGAGCCTGTAAGAAGGCATGAAGATTTTCGATTATTTGCTTGCATGAATCCAGCTACTGATGTTGGAAAGAAAGATTTACCGTTTGGGATCAGGAATAGATTCACAGAAATTTACGTTGACGAGTTGAAAGATGATGGAGATTTGAAAATTCTCGTTGCTCACTATCTGAAAGATTGTGACGTCACTTCTCCGCTCGTTGATGGTATTGTTAAGTTCTACCAAATGATTCAACGAGACTCAAATGAAAAGTTAACAGATGGAACCGGCCACAGACCTCATTACAGCTTGAGGACACTCTGCAGAGCTCTTGAATACTCAACAAGAAATACCAACATGATGTTGCCAAGAGCCATTTATGAGGGCTTCTGTTTGAGTTTCCTGACTCAACTTGACAGATCTTCTCACCCTACAGTAGAGACGATGATACGAGTGAATATTTTAGGCCATCTCAGAAATTCGAGAAGTTTATTGTCGCAACCAATTCCTTGTCCTGGAAAATCAGATCGTTTCTGTCAAATTGAAGGGTATTGGATTGAGAGAGGAGAAATGGCTTCTCAAGCCTCAGAAGAGTATGTCATAACGGCATCTGTACGAGACAATCTGAGAGATTTGGCACGAGTTGTGTCAGGAAGAAAATACCCAGTCCTATTGCAAGGAGAAACCTCTGTTGGAAAAACAAGTTTAATCAACTACCTGGCAAAGAGCACAGGGAATCAATGTGTCAGGATCAATAATCATGAGCATACAGATATTCAAGAATACATTGGATGTTATTCTGCTGATGAAAATGGCAAACTTGTTTTCAAGGATGGTCTGTTAGTAGATGCAATGAGGAAAGGCTATTGGATAATTTTGGATGAATTGAATCTTGCACCGACCGATGTCTTAGAAGCACTTAATCGGCTTTTGGATGACAACAGAGAATTATTCATCGCTGAAACACAGGAAACAATAAAAGCACATTCGAAATTCATGTTGTTTGCAACACAAAATCCACCAGGCCAATATGGTGGACGAAAGATTCTGTCAAGAGCTTTCAGAAATCGATTTGTTGAGTTACATTTTGATGAAATCCCAAGCAAAGAACTGCAGACAATTTTGCACAAAAGATGTCATCTTCCTCGATCATACTGTGGTAAATTTGTTGCCATCATGGAAGATCTGCAGGCGAGGAGAAAATCATCTGGGATCTTTGCAGGAAAGCATGGTTTTATCACATTACGTGATTTATTCCGATGGGCAGAAAGATATCGGCAAACACCAAGCGAAGACATGAAAACGAGATTTTATGACTGGGATCAACATATCGCTGAAGATGGTTCGTATACATTGTTTAAGATATTATTTCCTGAATTCGTTTGTTCTTATGTCNTGTCAAGAGCTTTCAGAAATCGATTTGTTGAGTTACATTTTGATGAAATCCCAAGCAAAGAACTGCAGACAATTTTGCACAAAAGATGTCATCTTCCTCGATCATACTGTGGTAAATTTGTTGCCATCATGGAAGATCTGCAGGCGAGGAGAAAATCATCTGGGATCTTTGCAGGAAAGCATGGTTTTATCACATTACGTGATTTATTCCGATGGGCAGAAAGATATCGGCAAACACCAAGCGAAGACATGAAAACGAGATTTTATGACTGGGATCAACATATCGCTGAAGATGGATACATGTTGTTAGCTGGTCGATGTCGAAAACCAGAAGAAGCAATTGTAATCCAAGAGACAGTTGAAAGAATTATGAAACGAAAAATCAATCTTGATTCACTTTACAAAACTGGCTCATTAACCACCACCAATCTTCTTCAACAACTTGGTTCTGTTGCATCCAATGATTTCCAGCATCTTGTTTGGACGAGCAATTTACAAAGGATGGCTGTTCTGGTTGGACGAGCAATTCAATTCAACGAGCCGATCTTGTTGGTTGGAGACACAGGCTGCGGAAAAACAACCATTTGTCAACTCTACTCTCATCTGCGCAACAGCCAGCTATTATCAGTGAATTGTCATATGCACACAGAATCCTCTGATTTCATTGGTGGATTGAGACCGGTCAGACACAGGGAACAAGAGGACGAAATGAGGTTATTTGAATGGTGTGATGGTCCACTCGTTTGTGCTTTGAAAGAAGGATCTTCGTTTTTGATTGATGAAATTTCACTAGCTGATGATTCAGTATTAGAAAGATTGAACAGTGTTTTGGAAACAGAAAAAACTTTGGTTTTAGCAGAAAAAGGAGGATCTGAAGATTCAAAGAAAGAAGATATTGAAATTATTGTTGCTAGTGAAGATTTTAGATTGATGGCAACGATGAATCCAGGTGGAGATTTCGGGAAAAAGGAGCTTTCACCAGCTTTACGGAATCGCTTCACAGAAATCTGGTGTCCACAATCCGAAAATCGAGAGGATTTCATTAAAATTGTCAACCATAACATCGAGAACATCATTCATGAGAAGGTCGCAGTGCCAGTTCAGAGTTTGGGAGATATGATGATGAATTTTGTTGAATGGTTCAGCAAGACAGAGGCGGGACAAAGGACAACAATTTCTGTTCGTGATTTACTAAGCTGGGCAAACTTCATCAACAAATCCTGCCCTGAACAAATTCATGAATGTAAAACCTCAAGTGACTTATCCCCACAATTGGCATTCATCCATGGTGCGTTCTTGGTATTCATTGATGCCATTGGTTCAGGAAGCAGTTGGAATGGTCCGAGTTTTTCTTTGGAAGCTGCGAGAACTGCCTGTTTGTCATTTCTGTTAAGCCAAACTGGGCCCTTCGATGATTTTGGCAAACATGAGATTCTTTGGAACGATCCACTGAAGTTTGGAATAACACCATTCATGATTGAAAGAGGTTCTCTTGCCCCCGTACAATCTACTGGCACATATTCTCTCACAACAACAACAACATCTGAGAACACATTGAGGCTGCTTCGTGCTCTTCAGTTGGCTCGCCCCATTCTCCTGGAAGGATCGCCTGGTGTTGGGAAGACGAGTCTTGTGACTGCGCTCGCAAGGTTTTCTGGGAATCAACTGACAAGGATAAATCTTTCAGAACAAACAGACGTGACTGATTTATTCGGTGCTGATCTGCCCGTTGAAGGTGGAAAGGGAGGCGAATTTGCTTGGAGAGATGGACCATTCTTGAAGGCACTTAAAGCAGGACATTGGATTGTGCTCGATGAGCTGAATTTGGCATCGCAGTCTGTTCTTGAAGGTTTGAATGCATGCTTTGACCACAGAGGAGAGGTTTTTGTTCCAGAATTGGGTAAAAGTTTCAAAGTGAAGCACGAGACAACACGAATATTTGCCTGTCAAAATCCATTGAGCCAAGGGGGAGGACGAAAAGGATTGCCAAAATCATTTCTTAATCGATTCACAAAGATGCAAAAAAGAACTATGGTTGATGGTGATTGGGGACGAAAAGGGAGCCCTTGGGAATTCAATGTCAGAGACATTCTGAGATGGTGTGAACTGGTCAGCAAATATCAGAATGTGGCTTCTTACGATCCATCAGAATTCTTGAATCTCATCTATGTTGATAGAATGCGAACAATGGAAGACAAAGAGAAGGTCATAGAACTGTATACTGAGATCTTTGATGACCAGGAGAGCCACAGAAAGTCAAAAAGCAGAATTTCACAGTTCAGCATTGGTGCAAAACATATTCAGGTTGGACATTCTGTACTACAAAGAACAGATAAGAATGTTGTGATGCCACTCAGACCAAAGTCAAGTTTACAGCTCCTTCGAAAACAACTACCATGCATTGAATCGGTCATGAAATGCATTGAAATGAATTGGATGGCTATATTGGTTGGTCCAAAAGCATGCGGAAAGACAAGCATTGTTGAATCAATCGCACAATTAACTGGCAACACTCTAAACACACTTGCAATGAACAGCAACATGGACACAACAGAATTGCTTGGTGGATTTGAGCAGGCACTGAAAGCAGGAGAATGGCTTCTTATTGATAACGTCAATTTTTGCAGCCCATCGGTGTTAGATCGGTTAAATGGTCTTCTTGAACCTAATGGAGTTCTGAGCATTGATGAAAGAGGAGTTCAAAATGATGAAATCCCAACGGTCAAGCCACATCCAAATTTCAGGTTATTCTTAGCAATGGATCCAAAGAATGGTGAGATTTCAAGAGCGATGAGGAACCGAGGAATAGAGATTTACGTCACCGGCGAGGATGAAAGTGGACAATTTTCTGCTGTTGACAAATTACACCTGATTGTTTCTGTTGGCCTTAAAGATACCGTTGCCCAAAGAGAACTCCTTGCTGTTCATGAAGAGTTAACGAAAATCCATCCGCATTCAATCACAGATCTGGTTAAAGCTGCTAGACTAACAAATGACGTCATTGCACGTGGTTTTGAATCACGTGATGCGTTGAAGCTAGGCTGCCTACATGTATTTGCTGGAAATGAGCTACCCATAGAGCTGAAAGAGGAAATCACAAAGACCATCGATTCTTGCATCGCTTCAAATCACAACAGAAATAAACAGACAAAACAGATTCTAGTGTCACCGTCGATCTCCGAGTTCTCAACGATATCTGTTTTATCACGACTTTCAAGGGAGGGCATGATTGTGAATCATTCAATGAGTGGGAATTCAGATCTGCAAATGATCACATTGGCAATCAAAGCATTTTTAGAGAGAGCAACGATAAAAGATTGGCCGTTGAGGTTGAAGTTGATTCAGTCCAAAGTAGGAGAAGAGTGTGAAGCGGTAGCTGAAATTGCTTGCTTGATGTTTAAAGAGGTCTTCCAAACTGAAGTCTACAAGAAGATAGCAGACAATCTTCTCAGAATATCTGGTCAAGATGGTTTAAAGATTGCAGATGACATTTCATTCGATCTACGACTAAATTCACGAATGTTGCAAGACTCTATTCACGTGGCTTCACAGGTATGTTACATAAGGGTAAGCTACTTTGCTTTTAATTCTCGACCGTTTTGCTGAAAGTGCAAAAATCGTGCTTACGAGCTGATTCTACTTGCTATTACAGAAGAGAACTACCCTAAACA

Protein

scaffold239.g2.t3

MMGRFDAPEILKLQLGDQTDSKSILGIYVCTETPGEFKWQQGTLTQAVTNGSWLILEDIDSAPLDVISVLLPLLENKPLSIPGQSKPITPASGFQIFMTRRLQRGASGHYHQNSPSKSIEHLCSKIHLQSLTKEELNEIVSKKHPNLETIIPKLVDVYCMISSDLSLQTTQDTILSNLPADKRQCTSRDFFKWCQRVADRFQHQALISANLDVFQEAFSCFCVPVPKFENRVALAHAIGTKLGLTREKSEFYVRIYKPHVQRTQMNFTAGRASLAKKQEFGMRSSIMSTNYAFTRHSLNLLEEIAICVSHSEPILLVGETGCGKTATIQYLATQCGHKFSAINMSQQSDVTDLLGGFKPVDFKQIVTPLRETFEGLFVNTFSQKQNMKFLGHIQQCWAEKKWEILLKLMEHCKTTALKRKGLKIELKDMDNIMQQWRQFAVELKKMKLQLKEGNALAFAFVEGRLIQAIRNGEWILLDEINLATTETLECLSGLLESKSGSVVLVERGDAEPVRRHEDFRLFACMNPATDVGKKDLPFGIRNRFTEIYVDELKDDGDLKILVAHYLKDCDVTSPLVDGIVKFYQMIQRDSNEKLTDGTGHRPHYSLRTLCRALEYSTRNTNMMLPRAIYEGFCLSFLTQLDRSSHPTVETMIRVNILGHLRNSRSLLSQPIPCPGKSDRFCQIEGYWIERGEMASQASEEYVITASVRDNLRDLARVVSGRKYPVLLQGETSVGKTSLINYLAKSTGNQCVRINNHEHTDIQEYIGCYSADENGKLVFKDGLLVDAMRKGYWIILDELNLAPTDVLEALNRLLDDNRELFIAETQETIKAHSKFMLFATQNPPGQYGGRKILSRAFRNRFVELHFDEIPSKELQTILHKRCHLPRSYCGKFVAIMEDLQARRKSSGIFAGKHGFITLRDLFRWAERYRQTPSEDMKTRFYDWDQHIAEDGSYTLFKILFPEFVCSYVXSRAFRNRFVELHFDEIPSKELQTILHKRCHLPRSYCGKFVAIMEDLQARRKSSGIFAGKHGFITLRDLFRWAERYRQTPSEDMKTRFYDWDQHIAEDGYMLLAGRCRKPEEAIVIQETVERIMKRKINLDSLYKTGSLTTTNLLQQLGSVASNDFQHLVWTSNLQRMAVLVGRAIQFNEPILLVGDTGCGKTTICQLYSHLRNSQLLSVNCHMHTESSDFIGGLRPVRHREQEDEMRLFEWCDGPLVCALKEGSSFLIDEISLADDSVLERLNSVLETEKTLVLAEKGGSEDSKKEDIEIIVASEDFRLMATMNPGGDFGKKELSPALRNRFTEIWCPQSENREDFIKIVNHNIENIIHEKVAVPVQSLGDMMMNFVEWFSKTEAGQRTTISVRDLLSWANFINKSCPEQIHECKTSSDLSPQLAFIHGAFLVFIDAIGSGSSWNGPSFSLEAARTACLSFLLSQTGPFDDFGKHEILWNDPLKFGITPFMIERGSLAPVQSTGTYSLTTTTTSENTLRLLRALQLARPILLEGSPGVGKTSLVTALARFSGNQLTRINLSEQTDVTDLFGADLPVEGGKGGEFAWRDGPFLKALKAGHWIVLDELNLASQSVLEGLNACFDHRGEVFVPELGKSFKVKHETTRIFACQNPLSQGGGRKGLPKSFLNRFTKMQKRTMVDGDWGRKGSPWEFNVRDILRWCELVSKYQNVASYDPSEFLNLIYVDRMRTMEDKEKVIELYTEIFDDQESHRKSKSRISQFSIGAKHIQVGHSVLQRTDKNVVMPLRPKSSLQLLRKQLPCIESVMKCIEMNWMAILVGPKACGKTSIVESIAQLTGNTLNTLAMNSNMDTTELLGGFEQALKAGEWLLIDNVNFCSPSVLDRLNGLLEPNGVLSIDERGVQNDEIPTVKPHPNFRLFLAMDPKNGEISRAMRNRGIEIYVTGEDESGQFSAVDKLHLIVSVGLKDTVAQRELLAVHEELTKIHPHSITDLVKAARLTNDVIARGFESRDALKLGCLHVFAGNELPIELKEEITKTIDSCIASNHNRNKQTKQILVSPSISEFSTISVLSRLSREGMIVNHSMSGNSDLQMITLAIKAFLERATIKDWPLRLKLIQSKVGEECEAVAEIACLMFKEVFQTEVYKKIADNLLRISGQDGLKIADDISFDLRLNSRMLQDSIHVASQVCYIRVSYFAFNSRPFC

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF17867 all species →	AAA_lid_7	Midasin AAA lid domain	Domain	Interproscan
PF21108 all species →	MDN1_4th	Midasin AAA+ ATPase lid domain	Domain	Interproscan
PF07728 all species →	AAA_5	AAA domain (dynein-related subfamily)	Domain	Interproscan
PF17865 all species →	AAA_lid_5	Midasin AAA lid domain	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR040848 all species →	Domain	Midasin, AAA lid domain 7	Interproscan
IPR027417 all species →	Homologous_superfamily	P-loop containing nucleoside triphosphate hydrolase	Interproscan
IPR048617 all species →	Domain	Midasin, lid domain 4	Interproscan
IPR003593 all species →	Domain	AAA+ ATPase domain	Interproscan
IPR011704 all species →	Domain	ATPase, dynein-related, AAA domain	Interproscan
IPR041190 all species →	Domain	Midasin AAA lid domain 5	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR48103 all species →	MIDASIN-RELATED	Interproscan

Gene Ontology

GO term	Category	Description	Source
GO:0016887 all species →	Molecular Function	ATP hydrolysis activity	Interproscan
GO:0000027 all species →	Biological Process	ribosomal large subunit assembly	Interproscan
GO:0000055 all species →	Biological Process	ribosomal large subunit export from nucleus	Interproscan
GO:0005634 all species →	Cellular Component	nucleus	Interproscan
GO:0030687 all species →	Cellular Component	preribosome, large subunit precursor	Interproscan
GO:0005524 all species →	Molecular Function	ATP binding	Interproscan

Search by domain instead of by gene. Any accession above (InterPro, Pfam, PANTHER, GO, KEGG) can be used as a query on the Functional Domain Search page, which searches all 148 annotated genomes at once.

KEGG pathway

KO	Enzyme	Enzyme ID	Pathway	Map ID	Source
K14572	MDN1, REA1; midasin	-	Ribosome biogenesis	ko03009	deepkoala

Searching by KO or pathway ID across all species is available on the KEGG Pathway page.