Gene

KWMTBOMO11570  Validated by peptides from experiments

Pre Gene Modal

BGIBMGA004090

Annotation

PREDICTED:_midasin_isoform_X1_[Bombyx_mori]

Location

Bomo_Chr19(+):8646898-8690806      View in EpiBrowser

Full name

Midasin      

Alternative Name

Dynein-related AAA-ATPase MDN1
MIDAS-containing protein
Dynein-related AAA-ATPase REA1
Ribosome export/assembly protein 1
Dynein-related AAA-ATPase mdn1

Location in the cell

Nuclear   Reliability : 2.803

CDS

ATGTCTATTTCATATATGTTGTCTGGTCTAAACAAAATAGGCTCTGAAACAGGAACCCAGGAGCTCAAGATATTATGTGAAAATCTAAAGACATCTTTATCAAAAAAAGCATTAGAAATTCAAGATATTGTGAAAATTTTATCAGATTACATTCTCAAAATTGATGATGCTATATTGTTCAAAACATATTTATCAAATATACTACTGGCATTAGTGTCATTGAAGATACCACTAAAAGCTATTTTCTCCAGCCCTGATTACATAAAATGTAGTGATTCTGAAAAGATTGCTCATTTGGAGTATTCTGTGATATTAGCTACTTTATGTGATCACCCTGATATTTTGCAATATGCCCTTAAATACTTTGAGATCAATAAAGTACCACCATTTGAGGTGTTCATATATCACGAAGAAGGTTACAATGTTGCTCCAAAGAAACGTCGGCTGCTCGACTGCAGACAGAAGATTAATGATCAACAAATAGTGAACTGCTGCTACACTTTACTTACGAAGCTGCCAAACGAATTGTCTGTTAAATGGGATTGGACCAAATTTGTTGAGAACTTCAGTAATCATGATAACGTTGAGATAAGATGGATGGTTAAAGAATGCATGGTGATCTTAACTAATATGACAGAAGCACAAGCAAAGATACTATCGAACAATATGAAACTCTCTCAACAAGACGTCTTTCACTTTCTCACTCCCAAAAATTTCAAATGCTATACTTTTGATGAAACGGTCAAAGATGAAAAACTTATTATTGATAATGTAGTTAATATTGATGGTATCCTGTTACCATTGTATGATAAGGACAATGTTCAGAATGGTAGTTTGGTTCCTGTAAAATCGACGGTCAATAATTTGAGAAGTCTTGCACTTGCTGTTGCTTCAGGTCAACCACTTTGTCTCATGGGACCAGTAGGCTCCGGGAAAACTACTCTTGTGGAACACTTAGCAGCTATAACAGGTCGAAAAGGTACCGCTTTCAAGAAAGTACAGTTGGGTGATCAGACTGATTCTCGAATGCTACTTGGCTCTCATCAATGTACTGATGTTCCTGGAGAATTTAAATGGGGTCCAGGAGTACTAACTGAGGCTGTACAAAATGGGCATTGGCTTTTATTAGAGGATATTGACTGTGCTGCATTAGACGTTGCTTCAACTCTCAGCTCGCTCATAGAAAGGAACACGCTATGTGTACCCGGGTACAGAGATTCACTACCTGTAACCCCGGGTTTTCAGCTCTTCGTAACTCAGAGAACATTAACAACAAATTATGGTTTCCAAAAGAAAATGTCCAACTCTAGTACACTCTTACAGAAACATTTGACGCAAATCAATGTCGAACCACTTTCTCGGTCCGAGCTATGTGAAATAGTACAGACATTATATCCGAGTTTGAATACAATTTGCTCGAGAATCATCGAGGTATTCATGATGTTCTCCGTAGGAAATCACGACACTTCATTACAGACAACTGAGGTTGTTATTGAAAAAAACTCCAATATAAATTTAATAAGGGGTTCAAGACTTATATCCACAAGAGATTTGATGAAATGGTGTTCCCGAGCTGTCGTAGGTTTTGATGTGTCAAGTCCAGGATCTGCTCTCAAAGTACTGCAAGATGCTCTCGACATATTCACTTGTTCGGTTTCAACACCGGAACATAGGTTGGAGCTAGCAAAAAAAGTCGGAACATGCTTAGGTATTGTTGAAACCAAATCGGAATTTTATTGCAAACACTACAAGCCAAACGTATCGCTACACCCCGCTTGTTTTGAAGTCGGAAGAGCTAAAGTACCACGGCTAGAGAAAAGCTTAGAAACTATTGATTTTGATAATAAGCAAGTGGTCTTTTCATTTACTCGTCAGTCCGCATGCTTATTGGAGAAGATAGCGTGCTGCGTTATGTCTAACGAGCCTGTGTTGCTTGTTGGCGAAACCGGTACAGGGAAAACATCTTCCGTCCAGTACTTGGCTAAGCAGACGGGACATAAGTTAATCGTTATCAATATGAACCAACAGTCGGATTCGGCGGACTTGCTGGGTGGTTATAAGCCGGTCGACTTGAAATACGTCATAAAACCTATCAAAAACGAATTTCAAGAGCTCTTCCGTAATTTTTATAACATACAAAAAAATACCAAGTTTCTGAGTCACGTAGAGACTTGTTATGAAACAGAAAGTTGGACTGCATTGTTGGCACTGATGCAACAGAGTCATAAAGCAGCCGTTAATAGATTAAATGCCGAGAAAAAAGAAATTAAGCTGAAGAGGTGGTTAATGTTTGGCTACAAACTGGCCAAATTGGAACAACAAATCAAAGCCGCTTCTAAATTAACTTTTGCATTTATAGAAGGCTCTCTAGTGAAAGCTATGCAGGAAGGTCATTGGGTGTTACTAGATGAGATAAATTTGGCTTCAGCTGAGATTCTAGAATGCTTAGCTGGACTATTAGAAGACAAGAATGACACTATAGACTTATTAGAAAAAGGTGATAAAGTTCCTATAAAAAGACATGCCGATTTCACATTGTTCGCGTGCATGAATCCAGCCACAGATGTTGGTAAAAAAGATTTACCCGTTGGCCTTAGAAACCGTTTTACCGAATTCTTCATAGATGAGTTAACCGAACGAAATGATTTGATGTTGCTCATAGGGGACTATTTATATCATATGAATCTCACGGGGGCAACTTTGGAAGCAATTTACTCTTTCTATTCTGGTATAAGAAAAGAGGCAAAGTTGAATCTAGTCGACGGCGCAGGTAATGCGCCACACTATTCCCTTCGTACTCTATGCAGAGCCTTAACGGCTGCCTCCAAAGCAAAATGCGGAACAGTGGCAAGGTCACTTTACGAAGCTTTTTGTTTATCTTTCTTAACGCAATTAGATAGCTCTTCGCATCCTATCGTAGAAGCCATGATTGCCAAGGCTGTTATAGGAAAAAAGAACATAAAATCTGTTCTTAATCAAACCATTCCAGAGCCACAGGTTTTAGGCCAAAACTTTCTACTTTTCGAAGGTCATTGGATTCCACAAGGAACATTAGAAGTATGCATTCCAGAAAACTACATTCTCACTCCGACGGTCCGAAAAAATCTAAGGGATATAGCGCGAATCGTATCCTTGGGTCGTTTACCTGTTCTGCTACAAGGCGATACGTCTGTAGGAAAAACTTCTCTTATCACTTACATTGCAAAGGCATCTGGAAACTACTGTGTGAGAATTAACAATCACGAGCACACCGATCTACAAGAATATATTGGTTCGTACGCCACAGATTCAAGTGGTAAATTAGTGTTCAGAGAAGGCGTTCTTGTTGAAGCCATGAGAAAAGGATATTGGATTATTTTGGACGAATTGAACTTAGCTCCGAGTGACGTACTGGAAGCTTTGAACAGAGTATTGGATGATAATAGAGAATTGTTCATACCAGAAACACAACAAGTTATCAAAGCCGATCCTAACTTTATGCTATTCGCGACCCAGAATCCACCAGGCTTGTATGGAGGGCGCAAAATGCTATCTCGCGCCTTCCGAAATAGATTTGTTGAGCTTCATTTCGATGAAATACCCAAACGAGAATTGGAAACGATACTGCATCAAAGATGTCATGTACCTCCAGCGTATAGTAAAAAAATGATAGCTGTTATGGCAGATCTGCAAATAAGACGTCGAGGATCTGCGGCTGTACAGGGTAAAGATGGCTTCATAACTTTAAGAGACTTATTTAGATGGGGTGAAAGATACAAACATGCGTCCAAAGAGTGTCTCACTGATGAGAAGTTTTACGATTGGGATCAACACATAGCCGATGAAGGTTACCTCATACTCGCTGGAAAAGTAAGACAGACCGATGAGAGATACATTATTGAACAAATCGTTCAGAAAAATATCAAAAGAACCGTAAATCCCGACAATCTTTTCAGTCTCCACCAAGGAACGTCGCCAGTGACAAAATCTACATTAGAAAGTCTCTTTAACAATCAACTGGTTGAGTTCTCGCATGTAGTCTGGACCTACAACATGAGGAGATTAGCCATATTGATAGCGAAAGCGTTTAAATTCAATGAACCGGTTTTACTTGTCGGAGAGACTGGATGTGGCAAGACCACGATTTGTCAAGTTCTTGCGGCAATGAACAAACGTCAGCTGCTATCTGTAAATTGTCATATGCACACTGAGAGTTCAGATTTTTTGGGTGGTCTCAGGCCAGTACGTCAGCATAAGAACGATGGTCGGTTGTTCGAATGGGTGGACGGTCCTTTGATCAAGGCCATGGAAACCGGAGATATATTTTTGGCTGATGAAATATCGCTTGCAGACGACAGTGTCCTGGAACGATTGAATTCTTTACTCGAACCTGAACGCCAATTAGTTCTTAGCGAAAGGGGAATGGAGGATAACTCAGACATAGTCGTTATCACTGCCAATGAAAATTTCCATTTTATCGGCACTATGAATCCTGGTGGAGATTTCGGTAAGAAAGAACTATCTCCAGCCCTTCGAAACAGATTCACTGAAATATGGTGCGACAGTGTTACTACCAGGGAAGATTTATTGGGCGTTCTTGAGAAGAGTGTGAATAAAGGTATAGCTTTGGGAAACCAAGAAGATGGAAGCTCTGGCATAGGCACTTCAATACTAGATTTCACTGAATGGTTAAAAACTTCTGAAGTGACCTGCAAGTTTCCTTTCAGTATTCGTGACTTGCTTTCGTGGGTTCAGTTTATTAATGTTACGGTAGCTAAAGGACTATTAGATGTACCTGAAGCATATGTGCATGGAGCATGTATGACATTTTTGGATTGTTTTGGCACAGCATTGACGGGTCAGATTGATTCAGCATCTCTAACTGCATTGCGAAATTCCGCTATCGATTTCTTGTTAGACCAAATCAAGACTATAGGGCCGGAATATTTGAATAATCTCCGATCTATGCTTGGTAACAAACAAAACGAGTTCACAGCTGAAATGGATTGCAGTAAATTTGGAATAAAGCCTTTTTACATAGAAGTTGGTCCTAACTATGACGTCAGTGGTGAACGCGACAAGTTTACGTTCACAGCTCCTACAACAGGTGCTAATACATTGCGGCTTTTACGCGGCCTGCAATTAAATAAGGCAATACTCCTCGAAGGGAATCCAGGCGTTGGAAAGACGAGCTTAGTCACGGCTATAGCAAAATCATCGGGCCACAAAGTTGTGAGGATAAATTTAAGTGACCAAACTGATATAACTGATTTATTTGGTACCGATTTGCCTTCTGAAGATGGATCTTTCACATTCAAGGAGGGTTCATTTCTGAGTGCGCTCCAAAACGGCGATTGGATTTTATTGGACGAATTAAACTTAGCTCCCCAACCTGTATTAGAAGGTCTCAACGCTTGCCTAGATCACAGGGGAGAAGTTTTCATACCTGAATTAGGCAGAACGTTTAAAGTGAAAGAACAGACAAGATTGTTCGCTTGTCAGAATCCTTTGAAACAAGGCGGAGCAAGAAGAGGTCTCCCAGTTTCATTCTTGAATAGATTCACTCAAGTGTACATTGATACTTTAACTAAAGCTGACTTGATTTATATTGTCGAATCTCAATATCCATCCATACCCAAAGATATTCTCCACAGAATTGTGCATTTTAACTGTAAAGTCGCCCATGATATTATTGAGCTACAGTCTTGGGCACATAGAGGTAGCCCTTGGGAGATGAATTTGAGAGACATACAAAGATGGTGTGAAGCTATTATTAAAGATCAAAACGGTGACAGTAAAATTTGTCCTGGGAAATATGTTGATATGCTGTATGTGAATCGCATGAGGACCGCCGAAGACAAAGGCAAAATGATCCAAACATATACTGAATTTTTCGAACCCGACTACCCGAGAAGCGATGGCATACCACAGTTCTTAATAAACGAAAAAGAAGTTATAATCGGCGATGTATCTATCGAAAGAAACGTCGAAAAACAGTTCAAAAACAGAAGATCCATTCAAACGAATCTCTTAGTTTTAAGAAATCAACTTTCTACTTTGAAAGCCCTGGCACAGAGCGTCAACATGAACTGGCTGTCAATACTTGTGGGTTCGTCGGCCACAGGCAAAAGCAGTGCTGTTCAATTACTTGCCGATTTGACTGGTAACGACTTGCAAGTAGTTCCCGTGACGTCGGCCATGGATGTCTCCGACTTACTAGGCGGCTTCGAGCAAGTCGACTATAATAGAAACCTCGAAATCATTTATGACAAAATAGAAACTATAACGATACAAACGGTCAGAAACATCTGGTTGGACAGTAAAAAGGATGAGTTGAAAACAAAGTGTCTATTGAGTAACTTGTATGAGTACAAAACGTTGCAAAGCACTAGTTGTGACAGAAACGACGATACAAAAGAGTTCCAAGGGAAAATACAATTCCTCAAAAAACACAGTGAACAGCTACTTCAGTACAACGCCACTTGTACCAGTATGAGCGAAAAAATAACAAAAATTGTAAACGTCTTGGATTTATTAGCATTCAGAGTTTCAAAAGGAAAGTCGATAAATGTAGGTGGAAAATTTGAGTGGGTCGATTCTTTACTAGTGAAGACTATGATGGAAGGGTCGTGGCTCCTTCTCGATAACGTAAATCTCACGTCAGCAGCTGTTTTAGATCGTCTAAATGGTCTATTAGAACCCAACGGAGTGTTGAGTATACTGGAGAGAGGGGACGTAAGTGAAATCAAGCCACATCCGAATTTCAGAGTTTTTTTCACTATGGATCCGAAATATGGTGAAATATCGCGAGCTATGAGAAATCGAGGTGTCGAGATTTTCTTACTCAGATCTGATGATTGGAACGCGAGCTTGTCGGAGACCTTGACTTATTTGGATTTAGTGGCCTTGTTGTCTTCATGCGACTTGCCAAGCGAATACCATGAGATATCCATCAAATGTCACGAAGCGATGGCAGCTTTCGTTCAAGGTTTTGAAAGACCAACCATATCGCATCTATTACAAGCATCGCATCTGACTTGGCAGCAAATCGTAAGGGGTATATCGGTTAAAACAGCTCTCGTTAACAGTTTTTCGGATATATATGTAAAACCAAGATGCGGAGGAGATTTCGCCTCAAATGTCATAGCGTCACTGGCCGAAAACAAAAACTGCATGCTGAGAGCTTTGAATCAGTTAATTGATGGTTTTGAATTCAAGGAACCTAGTGATACAACGCATACGTTAAGAGCGAAAGGTCTTTGCGCGAACTCATCATTGGAGATCGCTCAGCAAATAGCTTACATCGCAAGTCGAGAATTCACTGATACAGACTATACAACTGAAAAAGTTCTATACACTATATTCAGTTTATTGACAACCTATTTTAAGTGTTCCAAAGAAACATTCCACATAACCTACACAATCATTGAAGATATTTTAAAACATAAAAAAACGGATAGCATCGATTTAGTTTCAAAATTGAATAAACAAATCAAAGTTCACTTCAACGAAACCGTTGGAATGGATTTCATGTATAAAAGATACTTCCCGGAGTCTCAAAGTGTTAGTGATAACGTTCTTAAAGTGATAAATGTCGAAACTTTATTGCTTTACAACGAACTTTTGTCTGTATACCTTTCGTCGTTACATTGTAAAGATTATTTTTCTGCATACGACTATTCGAAGGCCGTCCTAAAAGGTCAAATGACTAATGATTTCGTCGAGTATCCTATACTGAAACAGTGCACTGTATATTTGAGAACTATTAATCTTTTTATTGAACGAGCTATTATGGAAGCTGAGCACAATTTAGACGACAAGTCTTCGTGTCGCGTGTTACAGCTACTCAGCTGGAGAGACAGACTTATAAGACTGACATACGAACCACTGTTTATTAAATCTGGATCGAAAAAACGTCAGACTCTGAGAGAGGACATCGTTCCTTTGATATATCTTCACATGAAATGGACCCACAAGTATTTGATTCATGAACTTTTTAAGATGTCAAATAACGACGCGATGGTCGAGGAATTCGCGAAGTCCGTTCGTATTATAGATCTGAATAATGATCAACTTAGTTCGGAAAAAACGAAATTGAGCAAGAAGCTGAGAAAGCTCTACGGCCAGCCCAAATTGTATGTGAACAAAGCAGAATATGATCTATGTAAAATCAGAACGGACATTTATAACAGATTGTCTTTGAATATGAACATACCGCTTGAAAGACAGACAGACAAACTTTCGATAGATCTTGCTACAGTATCTGACGTGACCTTAGCGTTGGACGTACCTGATGAAGATAAACTGGCAATAATAAAAGAAAACTTAACCAAATTAGAGTCCGCCATGATATCAGTAAACACGAAACGAGACATTAAATTGTTACCAGTAGCATCGTATGTCATACAAAGAGTATTGAGCTCGTTAAAGCTGATTTTCTTAAAATTGACGAATAAACTATCAACATCAGAAGGTGAGGTGTTGGAGGGAAATTGCAGCGAAGTTTTGAAATACATTGTTCAAATAGCCACAGCTACAAAAGGATTGCCGATTGCTTTGCTGGACGTGCTTAGAGTGCTTGCGAAGTTACTGGGGAATGATCAAGAACTTCGAAATGAGAGACTTTCGTCAATACCAGCGAGATTTTGGGACGAGTTATTCAAAGCGTTTATTAACTCGCCAGCGATGTATCCGACACCGTTCTTGAATATAGATAAAGCCACATCTGATGAAGAATTACAAGAAGCCATCGTCAACACGAAAAAGTTGTCTGAGAACCTTCCTGTATTACCTTATTATGTCCAGAAAGTTACCGTCTCCCCTGTTGAAAACGGCGATCGTCATGTATTGGCTTATGAGACAATATCTATTGAAGACAGAGCTCAATATTCTTTGCATTTAGATTCATTGTTGAATATTATTTGGAAGAATATCGCTACATTACATGCAACGGCTACTTCTAAAACGAAATCAGATGCTGAATTTGAACTGAAAAAATTTGAACAGCTCACGTTGTATTTAAAATCAATCGTAAGTCAAACCAAACCAGCGAACACAGATACAAATACTTCAAACATCGACACAGTACTACAATTGAAAGATAAAAGATTAACAGACATGCTTACTGAAACTCTGAAAGTTTACAACGAATTAAAGGCGACGGAAGATAAAACTAAAATGAAAATATTAACAGCACAACTGTCGTTACTAACGAGTCTTTTGTTCGTCGAAGTCATGGCCGAAGTGAATCCGGTGGATCAGATAGAAATATACCGCCTTAAAGCAAAATACATTGAAGAAGACATAAAAATGTTCGATGGTCTACTTAGCGTTTATTATATTCACGGTTTGACCAGTGGTACGATTACGAGTGCGGTGGACATCAGAAAACCTTCGTCTGTGCCCAGAGAATACCTGCAGGATCCCGAAATCAAAAACTGTTTGAATAAAGTACATCCATATTGTAGTCAGATATTCCAATTAAAAGAACAAACGCTGGCGACAGTGGAAAAATATGCTTTGGGTAATACATACAGACCCGAAACACCAACGTACGGTAGTTTCGTGAAGGACTGCAAACACTTCGCTAAATCCGTGCTCTCAGAGAAAACGGTGAAAGACGTTACCGTCAACTTGATAACCGCATCAAATAGTTTATATCAAAATGGCGCGGGACCGAACAAATCACTCGTACAGAACGCACATACGGTCGTCAAAGAAACAGCTTCGTGGCTTTATTCTGTTGAAGCATTTTATAAGAAGATCATCGAAACATATTCGGATGCCTTCCCCGATTTAGCGAAGCCCTTACAATATTCCTTATCGCAAACTGTGTATAGCGTTACACGTATAAGCGATGTTATAAAGGAATTAATGGTTAAAATCGAACAAGGGCCGACACAGAGAGAAATCGTATCGGCTTTGATAGAGTACCCAATTGCAATATCGAATAAGGACGCGAAAGGAGAGCACTTGAATCGTTTCGTGAATCCGAAATTCCTTCAGTTCTTGAACAAGAATTTGCTGGGATCGAACGTGGATACATTTAATGTTGAGTCGGAATGGATTTCTGTGCTAAAAATGAATTTAGTGGAGTTAAAAATGCATTGTATTGCATCAGAGAAGATCGATAAGATGTCCGTAGATGCCATGCTCGGTACACTCAGCGCTATCGTCACCGCCTGGGAACAACAGCAGAGAGACATTGAAAAGAAAAAACAAGACGACGAGGCCTTATATGTCACGAAATCCAAATGCGAAGATGAAGATGAGGACGCTATGGCTGATGAAGAAATTCTCGAAATGTTCCCCTCGTACTCAGATGAAGACTTCTCAGAGTTCAAACCTCCGACTCTCGAACAGAAACCGATCAAACAGAAGCCACTGACCGATAATAAACTAAAGCAACTCATTTCTTTAGACGACGTATCTTTAATTTATAAATGGCATTCGAACTTTGTACGTCACATGACTGAAGCGGAATGGTTACCCAGTCGAAAAAAGTTGGTCGGAAACGATTTAGTATCCGCGTTCTTTGAACGCTATCCGACATTCAGTCGTGTCATACAGAACAGCTGGGAGGCTCTGGATGCAGATTTTGAAGGAATCATATCACCCAGTTTAATGGTTATCATATCGCAGATTAAAGAGAAGGTTAATGGACAAGAATTCTCAAGCGGCAAAGCCGATTTCTATCGGTCACCGTGGGTATCGGAAACAAAACAATGTGTACCATTGCTACATAAAGTTAAAGAGAGCACCAATGAATTATTAGATCAATGGCCAGATTTCCCCACTTTGAAAGAGATAATCATAATAGTGAATAGGATACTATGTTTCCCGCTAGTGAGCCCGGTATCGCGTTTCTTGACCGGTCTTGAGTTGCTTCGAGATAAGATTGAGGAATGGAACAAAAACGCTCATAAAGGCAACAATTTAATTGAAATATCATTGGCCGTTGGACAACAGATTATAAACTGGAGAAAACTTGAGATGGCTCATTGGAAGGAGTGCCTGAACAATCTATATCAAAGGAAACAATCAGAGGCCCACAAATACTGGTTTTACTTATATTCCGTGATAAAAACTTACCTGGACACGACCTCTGATGAGCCCGTCCCAGCTGACAGGGTTATATCCGTATTGAAGGATTTCATGGAAAAATCTAATTTGGCCGAGTATGAAGTCAGGCTGGATATATTGTATGTGTATCATTGTCACTTAATACACCTTGAGTCTAGTCCGAGACGAGATGAACTCCTCTCCATACTGTGGAATACATACAATTACTACGCTCAATTCAGCGGGCAAGTGCTGGCGTTGATAAAGGACAAACGCGCTCCCATAGAAAAGAAACTGCGCGACTACGTCAAGATCTGCACCTGGGATCGTGATCTCAGCTACTGGAGTGTTAAAGACACTGTCGAAAAAGCTCATAAAGCTTTACATAAACACACGAAGGAGTTTGAGAAAGTGCTCAAGGAAAGCGTTCTAAGCTGCCTGGTGGATAGCACTTCGGACGTGACAACAGATCACGTCGGTATATGGGACAGGCCGAAAAGGGCCACAGCGACGGCTCCAACTGGGGGCGCGTACATGATCGACCCACAAAACCATCTCGTTCTGCCAAGGAATATCAAGAAATATTTAGATCAAGCGGAGCAGCCGTCCAAAGTTTTGGCGGAAGGAAGCCTGCTAGCAAAAATTCCTAGTTTATTCAACAAAGCGAAGACCCTTTGTAAGGATACGATCGCGAATACCGGATATCCGTCACTGGTACAAGCTCTGGACGATTTCGTGACGACAATTATTGAGACGAACACCCATCTAGGATCTTTAGAGGTCGACACGTCCCTGGCCAAAGAAAAACAAAAATCTCAAGCGAAAAATATAATTCAACAAAAGCGCAAGGCACTCGCCGATTTGTTCAAGTACCTCGCCAAATTGGGCCTCAACTATCGAACGGGTCTGGTTGTCCTGTCAACGTCAGATGACCTGTACGATTTCACGATACCGCCCGTTGACTTAGATGCCGCTATGGGATATTTGAAGAGCAGACGCTGTGACGCTTCGCTGTCGTTGCTCTGGTCCGGTTGCGAGAAATACTTCCAAAAAAATATAGCACGTCACCGATTCTTAACGTTAGCTCTACAATCACCGCACGAAGATTTGGGCATGCAGAACATAGAGAGATGTAAAGGTTTCGCCGCTCAGTTAATGAAATTAACAAACACACAGAAGAAATCAATATCAAAATATTCGCGTTTGCTTTGCGATTTACGAACTGCCACAACGAATCTGACCAACGCTTTAGACATTGATACAGACGGCATCAACATATCTACAATAAATTCGAAAATTGACATTCTTTGCGAGTGTTACGCAAATTGTAGTCTTGTATTAGAACAGTTCAATATAGTTTTAAAATCTTGTCCAGAACAAGGTCTGAGATCAGATGTAGAACCGGAATTCGACTCAATAGTATCTGGATCTCAAATTGTAAAGTGCTTCAAAAACTCTGACGAATGGTGTGAACTTAATAAAAAAATAAAATCTCTAATAACGAACGTTAATAAAAAGAAAAGTGCATTGCTCAAGTTGTCCTGTACTATACCAAAGAAAATAGGACTAAACTCGGAGCTCCCGTTGGTTTCCCAGAATCATATAGACGTAGTTGACGAATGTTACGCCAATTTAGAAACTATGATCAACGAAATAGAGGCCATTCTAGACGAATATAAATTTGTATTAAATATCGAAATCGGCTTTGCGGCCCCAGAACATCCAATCTTGAGAAGTGTAAGAGATTTATCGTTATATATGAAACAAACTTTGGTACAACTAGGCAGTTTGGACGGGAACAACGACATAACTACACCACAAATTTCGAGGGATGTCGTGATAAGTAAAACAGAAGATCTAATAGCCACAATGCTATTAATCATACAATCAATATACAAAAAACATTTGGGAGATAATTTGAATGAAAGCACTGAGGTCATTAATGCTATCGATGAGATAATTGATAGCGAAAAAGAATCCAAAGATATACTTGAAGACAAACATTTGAAAGAGCTTTTGCAAGATAAAATATCGAATGATTCAAAAATGCTACAATTAGACGTTTTAATAAATAAAACATCCGGCCTGTTGAACAACTATGTACAATATTTGGCTAGTGGAGGCGATGTTTGCGATGTAAAGGACATTGTGATGAGATCTGTACCGATATTGGAACAAACTATGTTATTCGTCCAATATTTCGTAACGCAAAAAGTAGCTGTCCATAGAGTGTCTTGTAAGATGTTATCCGTTTTGTTGAAAATATTCTCCGACTTATCGTCCAAAGGATTCTGCAAACCCTCTGATTTGGATATGGAGGAAGGTGAAGGTGAGGGTGGACCAGGTAAATTATCTGGAGGTGTCGGGTTAGGCGAGGGAGAGGGACAGAAAGATGTATCAGATAAAATAGAAAATCAGGACCAATTAGACGATGCTCAACGTCCAGGAGAAGAGCAGAAAGAAGAAGATAGGGATTGTAAAGAAGAAGAAAAGGGTGTAAACATGACTGATGATTTCGATTCTCACTTGCAAGATGTTGACAAAAAAGGTGACGATTCAGAACAAGAGGACGATGAAGACGACGCCGACAAACAAATGGGCGACACTGATAATGCCGCGGAAAAGTTGGATCAACAAATCTGGGGTTCAGAAGACGAAGAAGATCTCGATGAACAAGAAGGGAAGAAGGATAAAGAGGAAAAAGGTAAAGGTGAGAGCACGGGCGAGAAGGAAATGGGTGCTAAAGAGGAAGAACAAGGTACCGACGACGGCGCTGAAGGGAAAGACCGAAAACAAAAGAAAGACATAAATACAATGGAAGAACCGGAAGTCGATGATGATCATGTGGATCCATATCATGGCAACGCGCCCCAACTTCCAGAACCAGAAGATTTCGATCTCCCTGAGAACATGGATATTGATGGTGAAGAGCCAGGTGAAGATGAAGGTGAAACAGAAACGGAGAATCCATTTGAGATAGACGTCACGAAGGATGTTCCGGAAGAGTCGAAGGAAGAGAACGTTGAGGAAAAAGAGAATAATAAGAACGGACTAGAAGTATCCAGTGACGAGGAAGAAGGCGATGACCAAAACGACGGAGAAAAAAATAACATGGAACAAGAGGAAAAGCAAGATGAAACGCAAGAAAAAGACAAGGAATCGACAGAAAATGAAGAAGAAAAAGAAGAAGACGATCAAACCAATACAGACGGCGAAGCTCAGTCGTCCGAGCCGACCCAAGAACAGGAACCGGAACAAAAAGAAGACAAACTTCCACCAAACGAAGAGAAGATTGATGAAGATGATGATGTACAGGAAAAAGGCCAGGAACCTAATCCACAAGCCAATCCATCAAATAATGATGAGGCTGCGGGAGAGAAGGCAGAGAACGCTGAAATCGATCGCGGTACTAGCGATAATGTCGAGACTAACGATGAACAGGCTAAAGATGAAGACGCAGCGCCTTTCGAACAAGCTCAGGAACAAGTGGGCGAAGATAAACAGTCAATGGGCCGTTCGGAACTCGACAAGAGCGATAAAGGTCATCGCGGTGAGAAGCAGGTCGCGAACCGGGCTGACGCGACACAGGAGAAAAAGAACAAACACGAGAACAAACCAGGGAAAACAGACGAGGAACGAATACTAGGTGACATTACTGAGAGGAAACATAAACAAATGCAGACATTGAACGTTGAGCGGGAAGATGATAACGCAGAAGAGGGCGGCGATGTCAATGATGAAGATGAAAGCGACGCCGATGCCTTCCAACATGTGAAACAAGCTAAAAAGGATGATTTACAGGCGTTAGACGCAGCAACCAAAGAACAAGCCAATGAACAGCCGGTGATACAGAAAGAAGAAGATGAAGGCGAAGAACTGAAGGAAGATGAACAAGTTCCTATGGAAGTTGACGATGAAGAATTACAGGTTGAGAAATCGAAAGAACTTAAACCGGAAAAGATGGGAGAAAGTGCTGAAAAAGACAAAGATAAATCTGGCAACAAAAATGAAACCGGAGAGGAGCCCACTGGCGAAACCGGTATGGAAGTGGAAGGAGAAAAAATTGATACCTCTAGTGTTGCCAGAGGAACTGACACTACTTATCATACACGATTGGAGCAAGAGGATGTCCAACCGGAGGAGATGACGATCGAGCAGTACATGAGTATACGGGAGTGGCTGGCGTGCGGTAGGGCGGGGGGTGCGGGGGGCGCGGCGGCGTGGCGCGCGCTGTGGCGGGACTCGGCCGCGTCCGCGCGCGCGCTCTGCGAACGGCTGCGTCTGGTGCTAGAACCCACTGGACGGTCGCGACGAGCGGGCGATTTTCGAACTGGTCGTGCCATTAACATGCGTCGAATTATTCCATACATCGCGTCACACTTCCGCAAGGATCGCATCTGGCTGCGGAGGACAAAGCCGGCAAAACGAGAGTACAAGATCGCTATAGCCGTCGACGATTCCAGTTCTATGTCCGATAACAGGAGCAAAGAGTTGGCCTTCGAGAGCTTAGCGCTCGTATCTCAGGCTTTAAATCTACTGGAATCAGGTGATTTAGCCGTTTTGAGTTTCGGCGAGAAACCGAACCTCTTGCACCCGTTCACCGAACAATTCTCAGAACATTCCGGCTCGAAGATTCTCGAACAGTTACGTTTCGAACAGAATAAAACTAAGATAGCTCAACTGCTGGACTATTGTACGGTTTTATTCGAAGAACAGACCGTGAAGAGTGATGCCCTGAACGCTAAATTGTTAGTTATAGTAAGCGACGGTAGAGGAATATTCTCTGAAGGTGAAACGAAGGTACTCCAGGCGGTCAGAAGGGCGAAACAGCAAGGGATATTCTTAGTTTACGTCATCATCGACAACCCTCATAATAAGGACTCGATAATGGACATCAGACGACCGATACTAGACCCCGCTACGAACAGCCTGTTGAGATTCGAGTCGTATTTAGACTCGTTCCCGTTCCCGTTCTATCTAATATTGCGGGATATATCCGCGCTACCAACTGTACTGGGAGACGCGCTGCGGCAATGGTTCGAACTGGCCGCTAATGTTAGCTAA

Protein

MSISYMLSGLNKIGSETGTQELKILCENLKTSLSKKALEIQDIVKILSDYILKIDDAILFKTYLSNILLALVSLKIPLKAIFSSPDYIKCSDSEKIAHLEYSVILATLCDHPDILQYALKYFEINKVPPFEVFIYHEEGYNVAPKKRRLLDCRQKINDQQIVNCCYTLLTKLPNELSVKWDWTKFVENFSNHDNVEIRWMVKECMVILTNMTEAQAKILSNNMKLSQQDVFHFLTPKNFKCYTFDETVKDEKLIIDNVVNIDGILLPLYDKDNVQNGSLVPVKSTVNNLRSLALAVASGQPLCLMGPVGSGKTTLVEHLAAITGRKGTAFKKVQLGDQTDSRMLLGSHQCTDVPGEFKWGPGVLTEAVQNGHWLLLEDIDCAALDVASTLSSLIERNTLCVPGYRDSLPVTPGFQLFVTQRTLTTNYGFQKKMSNSSTLLQKHLTQINVEPLSRSELCEIVQTLYPSLNTICSRIIEVFMMFSVGNHDTSLQTTEVVIEKNSNINLIRGSRLISTRDLMKWCSRAVVGFDVSSPGSALKVLQDALDIFTCSVSTPEHRLELAKKVGTCLGIVETKSEFYCKHYKPNVSLHPACFEVGRAKVPRLEKSLETIDFDNKQVVFSFTRQSACLLEKIACCVMSNEPVLLVGETGTGKTSSVQYLAKQTGHKLIVINMNQQSDSADLLGGYKPVDLKYVIKPIKNEFQELFRNFYNIQKNTKFLSHVETCYETESWTALLALMQQSHKAAVNRLNAEKKEIKLKRWLMFGYKLAKLEQQIKAASKLTFAFIEGSLVKAMQEGHWVLLDEINLASAEILECLAGLLEDKNDTIDLLEKGDKVPIKRHADFTLFACMNPATDVGKKDLPVGLRNRFTEFFIDELTERNDLMLLIGDYLYHMNLTGATLEAIYSFYSGIRKEAKLNLVDGAGNAPHYSLRTLCRALTAASKAKCGTVARSLYEAFCLSFLTQLDSSSHPIVEAMIAKAVIGKKNIKSVLNQTIPEPQVLGQNFLLFEGHWIPQGTLEVCIPENYILTPTVRKNLRDIARIVSLGRLPVLLQGDTSVGKTSLITYIAKASGNYCVRINNHEHTDLQEYIGSYATDSSGKLVFREGVLVEAMRKGYWIILDELNLAPSDVLEALNRVLDDNRELFIPETQQVIKADPNFMLFATQNPPGLYGGRKMLSRAFRNRFVELHFDEIPKRELETILHQRCHVPPAYSKKMIAVMADLQIRRRGSAAVQGKDGFITLRDLFRWGERYKHASKECLTDEKFYDWDQHIADEGYLILAGKVRQTDERYIIEQIVQKNIKRTVNPDNLFSLHQGTSPVTKSTLESLFNNQLVEFSHVVWTYNMRRLAILIAKAFKFNEPVLLVGETGCGKTTICQVLAAMNKRQLLSVNCHMHTESSDFLGGLRPVRQHKNDGRLFEWVDGPLIKAMETGDIFLADEISLADDSVLERLNSLLEPERQLVLSERGMEDNSDIVVITANENFHFIGTMNPGGDFGKKELSPALRNRFTEIWCDSVTTREDLLGVLEKSVNKGIALGNQEDGSSGIGTSILDFTEWLKTSEVTCKFPFSIRDLLSWVQFINVTVAKGLLDVPEAYVHGACMTFLDCFGTALTGQIDSASLTALRNSAIDFLLDQIKTIGPEYLNNLRSMLGNKQNEFTAEMDCSKFGIKPFYIEVGPNYDVSGERDKFTFTAPTTGANTLRLLRGLQLNKAILLEGNPGVGKTSLVTAIAKSSGHKVVRINLSDQTDITDLFGTDLPSEDGSFTFKEGSFLSALQNGDWILLDELNLAPQPVLEGLNACLDHRGEVFIPELGRTFKVKEQTRLFACQNPLKQGGARRGLPVSFLNRFTQVYIDTLTKADLIYIVESQYPSIPKDILHRIVHFNCKVAHDIIELQSWAHRGSPWEMNLRDIQRWCEAIIKDQNGDSKICPGKYVDMLYVNRMRTAEDKGKMIQTYTEFFEPDYPRSDGIPQFLINEKEVIIGDVSIERNVEKQFKNRRSIQTNLLVLRNQLSTLKALAQSVNMNWLSILVGSSATGKSSAVQLLADLTGNDLQVVPVTSAMDVSDLLGGFEQVDYNRNLEIIYDKIETITIQTVRNIWLDSKKDELKTKCLLSNLYEYKTLQSTSCDRNDDTKEFQGKIQFLKKHSEQLLQYNATCTSMSEKITKIVNVLDLLAFRVSKGKSINVGGKFEWVDSLLVKTMMEGSWLLLDNVNLTSAAVLDRLNGLLEPNGVLSILERGDVSEIKPHPNFRVFFTMDPKYGEISRAMRNRGVEIFLLRSDDWNASLSETLTYLDLVALLSSCDLPSEYHEISIKCHEAMAAFVQGFERPTISHLLQASHLTWQQIVRGISVKTALVNSFSDIYVKPRCGGDFASNVIASLAENKNCMLRALNQLIDGFEFKEPSDTTHTLRAKGLCANSSLEIAQQIAYIASREFTDTDYTTEKVLYTIFSLLTTYFKCSKETFHITYTIIEDILKHKKTDSIDLVSKLNKQIKVHFNETVGMDFMYKRYFPESQSVSDNVLKVINVETLLLYNELLSVYLSSLHCKDYFSAYDYSKAVLKGQMTNDFVEYPILKQCTVYLRTINLFIERAIMEAEHNLDDKSSCRVLQLLSWRDRLIRLTYEPLFIKSGSKKRQTLREDIVPLIYLHMKWTHKYLIHELFKMSNNDAMVEEFAKSVRIIDLNNDQLSSEKTKLSKKLRKLYGQPKLYVNKAEYDLCKIRTDIYNRLSLNMNIPLERQTDKLSIDLATVSDVTLALDVPDEDKLAIIKENLTKLESAMISVNTKRDIKLLPVASYVIQRVLSSLKLIFLKLTNKLSTSEGEVLEGNCSEVLKYIVQIATATKGLPIALLDVLRVLAKLLGNDQELRNERLSSIPARFWDELFKAFINSPAMYPTPFLNIDKATSDEELQEAIVNTKKLSENLPVLPYYVQKVTVSPVENGDRHVLAYETISIEDRAQYSLHLDSLLNIIWKNIATLHATATSKTKSDAEFELKKFEQLTLYLKSIVSQTKPANTDTNTSNIDTVLQLKDKRLTDMLTETLKVYNELKATEDKTKMKILTAQLSLLTSLLFVEVMAEVNPVDQIEIYRLKAKYIEEDIKMFDGLLSVYYIHGLTSGTITSAVDIRKPSSVPREYLQDPEIKNCLNKVHPYCSQIFQLKEQTLATVEKYALGNTYRPETPTYGSFVKDCKHFAKSVLSEKTVKDVTVNLITASNSLYQNGAGPNKSLVQNAHTVVKETASWLYSVEAFYKKIIETYSDAFPDLAKPLQYSLSQTVYSVTRISDVIKELMVKIEQGPTQREIVSALIEYPIAISNKDAKGEHLNRFVNPKFLQFLNKNLLGSNVDTFNVESEWISVLKMNLVELKMHCIASEKIDKMSVDAMLGTLSAIVTAWEQQQRDIEKKKQDDEALYVTKSKCEDEDEDAMADEEILEMFPSYSDEDFSEFKPPTLEQKPIKQKPLTDNKLKQLISLDDVSLIYKWHSNFVRHMTEAEWLPSRKKLVGNDLVSAFFERYPTFSRVIQNSWEALDADFEGIISPSLMVIISQIKEKVNGQEFSSGKADFYRSPWVSETKQCVPLLHKVKESTNELLDQWPDFPTLKEIIIIVNRILCFPLVSPVSRFLTGLELLRDKIEEWNKNAHKGNNLIEISLAVGQQIINWRKLEMAHWKECLNNLYQRKQSEAHKYWFYLYSVIKTYLDTTSDEPVPADRVISVLKDFMEKSNLAEYEVRLDILYVYHCHLIHLESSPRRDELLSILWNTYNYYAQFSGQVLALIKDKRAPIEKKLRDYVKICTWDRDLSYWSVKDTVEKAHKALHKHTKEFEKVLKESVLSCLVDSTSDVTTDHVGIWDRPKRATATAPTGGAYMIDPQNHLVLPRNIKKYLDQAEQPSKVLAEGSLLAKIPSLFNKAKTLCKDTIANTGYPSLVQALDDFVTTIIETNTHLGSLEVDTSLAKEKQKSQAKNIIQQKRKALADLFKYLAKLGLNYRTGLVVLSTSDDLYDFTIPPVDLDAAMGYLKSRRCDASLSLLWSGCEKYFQKNIARHRFLTLALQSPHEDLGMQNIERCKGFAAQLMKLTNTQKKSISKYSRLLCDLRTATTNLTNALDIDTDGINISTINSKIDILCECYANCSLVLEQFNIVLKSCPEQGLRSDVEPEFDSIVSGSQIVKCFKNSDEWCELNKKIKSLITNVNKKKSALLKLSCTIPKKIGLNSELPLVSQNHIDVVDECYANLETMINEIEAILDEYKFVLNIEIGFAAPEHPILRSVRDLSLYMKQTLVQLGSLDGNNDITTPQISRDVVISKTEDLIATMLLIIQSIYKKHLGDNLNESTEVINAIDEIIDSEKESKDILEDKHLKELLQDKISNDSKMLQLDVLINKTSGLLNNYVQYLASGGDVCDVKDIVMRSVPILEQTMLFVQYFVTQKVAVHRVSCKMLSVLLKIFSDLSSKGFCKPSDLDMEEGEGEGGPGKLSGGVGLGEGEGQKDVSDKIENQDQLDDAQRPGEEQKEEDRDCKEEEKGVNMTDDFDSHLQDVDKKGDDSEQEDDEDDADKQMGDTDNAAEKLDQQIWGSEDEEDLDEQEGKKDKEEKGKGESTGEKEMGAKEEEQGTDDGAEGKDRKQKKDINTMEEPEVDDDHVDPYHGNAPQLPEPEDFDLPENMDIDGEEPGEDEGETETENPFEIDVTKDVPEESKEENVEEKENNKNGLEVSSDEEEGDDQNDGEKNNMEQEEKQDETQEKDKESTENEEEKEEDDQTNTDGEAQSSEPTQEQEPEQKEDKLPPNEEKIDEDDDVQEKGQEPNPQANPSNNDEAAGEKAENAEIDRGTSDNVETNDEQAKDEDAAPFEQAQEQVGEDKQSMGRSELDKSDKGHRGEKQVANRADATQEKKNKHENKPGKTDEERILGDITERKHKQMQTLNVEREDDNAEEGGDVNDEDESDADAFQHVKQAKKDDLQALDAATKEQANEQPVIQKEEDEGEELKEDEQVPMEVDDEELQVEKSKELKPEKMGESAEKDKDKSGNKNETGEEPTGETGMEVEGEKIDTSSVARGTDTTYHTRLEQEDVQPEEMTIEQYMSIREWLACGRAGGAGGAAAWRALWRDSAASARALCERLRLVLEPTGRSRRAGDFRTGRAINMRRIIPYIASHFRKDRIWLRRTKPAKREYKIAIAVDDSSSMSDNRSKELAFESLALVSQALNLLESGDLAVLSFGEKPNLLHPFTEQFSEHSGSKILEQLRFEQNKTKIAQLLDYCTVLFEEQTVKSDALNAKLLVIVSDGRGIFSEGETKVLQAVRRAKQQGIFLVYVIIDNPHNKDSIMDIRRPILDPATNSLLRFESYLDSFPFPFYLILRDISALPTVLGDALRQWFELAANVS

Description

Nuclear chaperone required for maturation and nuclear export of pre-60S ribosome subunits (PubMed:27814492). Functions at successive maturation steps to remove ribosomal factors at critical transition points, first driving the exit of early pre-60S particles from the nucleolus and then driving late pre-60S particles from the nucleus (By similarity). At an early stage in 60S maturation, mediates the dissociation of the PeBoW complex (PES1-BOP1-WDR12) from early pre-60S particles, rendering them competent for export from the nucleolus to the nucleoplasm (By similarity). Subsequently recruited to the nucleoplasmic particles through interaction with SUMO-conjugated PELP1 complex (PubMed:27814492). This binding is only possible if the 5S RNP at the central protuberance has undergone the rotation to complete its maturation (By similarity).
Nuclear chaperone required for maturation and nuclear export of pre-60S ribosome subunits. Functions at successive maturation steps to remove ribosomal factors at critical transition points, first driving the exit of early pre-60S particles from the nucleolus and then driving late pre-60S particles from the nucleus (PubMed:15260980, PubMed:15528184, PubMed:19737519, PubMed:20542003). At an early stage in 60S maturation, mediates the dissociation of the NOP7 complex (YTM1-ERB1-NOP7) from early pre-60S particles, rendering them competent for export from the nucleolus to the nucleoplasm (PubMed:20542003). Subsequently recruited to the nucleoplasmic particles through interaction with the RIX1 complex. This binding is only possible if the 5S RNP at the central protuberance has undergone the rotation to complete its maturation (PubMed:26619264). After remodeling, removes the ribosome biogenesis factor RSA4 in an ATP hydrolysis-driven step from pre-60S ribosomal subunits, rendering them competent for export from the nucleoplasm to the cytoplasm (PubMed:19737519, PubMed:20542003). Activates the GTPase activity of NOG2, which disengages from the pre-60S particle upon GTP hydrolysis, thus freeing its binding site for the nuclear export factor NMD3 (PubMed:24240281).
Nuclear chaperone required for maturation and nuclear export of pre-60S ribosome subunits. Functions at successive maturation steps to remove ribosomal factors at critical transition points, first driving the exit of early pre-60S particles from the nucleolus and then driving late pre-60S particles from the nucleus.

Subunit

Associates with pre-60S ribosomes in the nucleoplasm. Interacts (via its hexameric AAA ATPase ring) with the PELP1 complex (via PELP1); the interaction is regulated by SUMO conjugation of PELP1 and is crucial for recruitment of MDN1 to the pre-ribosomal particle (PubMed:27814492). Interacts (via VWFA/MIDAS domain) with WDR12 (via UBL domain) (PubMed:26601951). Interacts (via VWFA/MIDAS domain) with NLE1 (via UBL domain) (PubMed:26601951).
Associates with pre-60S ribosomes in the nucleoplasm (PubMed:11583615, PubMed:12374754, PubMed:15260980, PubMed:19737519). Interacts (via its hexameric AAA ATPase ring) with the RIX1 complex (via RIX1); this interaction is crucial for recruitment of MDN1 to the pre-ribosomal particle (PubMed:15260980, PubMed:26619264). Interacts (via VWFA/MIDAS domain) with YTM1 (via UBL domain) (PubMed:20542003). Interacts (via VWFA/MIDAS domain) with RSA4 (via UBL domain) (PubMed:19737519, PubMed:20542003).
Associates with pre-60S ribosomes in the nucleoplasm.

Miscellaneous

Present with 538 molecules/cell in log phase SD medium.

Similarity

Belongs to the midasin family.

Keywords

Acetylation   ATP-binding   Chaperone   Complete proteome   Cytoplasm   Nucleotide-binding   Nucleus   Phosphoprotein   Polymorphism   Reference proteome   Repeat   3D-structure  

Feature

chain  Midasin
sequence variant  In dbSNP:rs4707569.

Uniprot

Q9NU22.2   Q12019.1   O94248.1   A0A1P8AUY4.1   Q869L3.2   Q8T5T1.1   + More

Pubmed

12102729    14574404    9205841    17081983    18691976    18669648    + More
19413330    19369195    19690332    19608861    20068231    21269460    21406692    22002106    23186163    26601951    27814492    9169871    24374639    9090053    11583615    12374754    14562106    15528184    15260980    18407956    19737519    19779198    20542003    24240281    26619264    11859360    16823372    18257517    12097910    15875012    10930750   

EMBL

AF503925    AL096678    AL158813    AL353692    AB002299    U53876    + More
Z73278    X89514    Z73279    BK006945    CU329672    AAFI02000013    AF494287   

Proteomes

UP000005640    UP000002311    UP000002485    UP000002195   

PRIDE

Q9NU22    Q12019    O94248    Q869L3    Q8T5T1   

Pfam

PF17865   AAA_lid_5        + More
PF07728   AAA_5
PF17867   AAA_lid_7

Interpro

IPR036465   vWFA_dom_sf        + More
IPR027417   P-loop_NTPase       
IPR041190   Midasin_AAA_lid_5       
IPR040848   AAA_lid_7       
IPR002035   VWF_A       
IPR011704   ATPase_dyneun-rel_AAA       
IPR012099   Midasin       
IPR003593   AAA+_ATPase       
IPR025662   Sigma_54_int_dom_ATP-bd_1       

SUPFAM

SSF52540   SSF52540        + More
SSF53300   SSF53300       

Gene 3D

3.40.50.410    

ProteinModelPortal

Q9NU22.2   Q12019.1   O94248.1   A0A1P8AUY4.1   Q869L3.2   Q8T5T1.1   + More

PDB

6I27     E-value=0,     Score=3552

KEGG

101735682    K14572 midasin | (RefSeq) midasin

PATHWAY

03008    Ribosome biogenesis in eukaryotes - Bombyx mori (domestic silkworm)

GO

GO:0016887   GO:0005730   GO:0005654   GO:0006364   GO:0045111   GO:0005829   GO:0005634   GO:0065003   GO:0000027   GO:0016020   GO:0051082   GO:0005524   GO:2000200   GO:0005739   GO:0110136   GO:0030687   GO:0005509   GO:0004713   GO:0004888   GO:0007166   GO:0003707   GO:0006418   GO:0003824  

Subcellular location

Nucleus  
Nucleolus  
Nucleoplasm  
Cytoplasm  

Length:

5367

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.1112

Exp number, first 60 AAs:

0.01279

Total prob of N-in:

0.00425

outside

1  -  5367

 

 

Pi

226.784778

Theta

170.963229

Tajima's D

0.788797

CLR

0.393281

CSRT

0.59982000899955

Interpretation

Uncertain