Gene

KWMTBOMO02802

Pre Gene Modal

BGIBMGA003690

Annotation

PREDICTED:_LOW_QUALITY_PROTEIN:_dynein_heavy_chain_8?_axonemal-like_[Bombyx_mori]

Location

Bomo_Chr5(-):11690492-11752977      View in EpiBrowser

Full name

Dynein heavy chain 5, axonemal       + More
Dynein heavy chain 8, axonemal      
Dynein gamma chain, flagellar outer arm      
Dynein heavy chain 11, axonemal      
Dynein heavy chain 2, axonemal      
Dynein-1-beta heavy chain, flagellar inner arm I1 complex      
Dynein heavy chain 6, axonemal      
Dynein-1-alpha heavy chain, flagellar inner arm I1 complex      
Cytoplasmic dynein 1 heavy chain 1      
Dynein beta chain, ciliary      
Dynein heavy chain 17, axonemal      
Dynein heavy chain 10, axonemal      

Alternative Name

Axonemal beta dynein heavy chain 5
Ciliary dynein heavy chain 5
Axonemal beta dynein heavy chain 8
Ciliary dynein heavy chain 8
Axonemal beta dynein heavy chain 11
Ciliary dynein heavy chain 11
Axonemal beta dynein heavy chain 2
Ciliary dynein heavy chain 2
1-beta DHC
Dynein-1, subspecies f
Axonemal beta dynein heavy chain 6
Ciliary dynein heavy chain 6
1-alpha DHC
Cytoplasmic dynein heavy chain 1
Dynein heavy chain, cytosolic
MAP 1C
Axonemal beta dynein heavy chain 17
Ciliary dynein heavy chain 17
Axonemal beta dynein heavy chain 10
Ciliary dynein heavy chain 10
Axonemal dynein heavy chain-like protein 1
Ciliary dynein heavy chain-like protein 1
Dynein light chain 2, axonemal

Location in the cell

Cytoplasmic   Reliability : 2.178

CDS

ATGTCGGATGATGCTGAAAATGTACCCGAAAACACAGAAAAGACAGAGGCTGGTGGCCAGGATATTTCTGACGAACACGCAGAAGATGTAGCTCAAACTGCTGTAATAATTAATGAAATAGAAACAAGACCTTCTAAAAGAGATTCTCTATTCCCATTTTCTTTTGGCGATGATGAAGAACGTGTAGATGTTGATAGAACAGCTTTAGAAGCAATTTTAGATGTCGGCGCTCGATTACAAGATATTCAAAAGAAAAGTAGGGTGTCTATGAGTACATTGGCTTTGGCACATGAGTCTTATAAAGATAAACAAGCCAAAGCTAAAGAAGCCAGGAATAACCGCATGGGTGGTCTTAAAACCCAACACAGATTTTTGCTGGAAAATGCAGCAGCCATTTTAAACCGACCAGTTGAATATGTTTTGGATGGTGTGTTTGATGCAGACATTAATATTGAACTACTGGATAGTGCTGTAGTTGAAGGTGGAAGAAATTGTGTTGTGGTCTGTGATGCGGTGCTGCCACAACTAAAAATGGAGTCTGGGAGATATATTCCGAACCAGAAAGGAAGAATGGAGAGGGTTTATTTATCAGATGGAGCAACAATTGCAACTGAGGGTGTTTGTGTTGCAATGTACAGAATAAAAAATAAAGCCATTGATACAAAAAATATGGCTGATGATTATTATTTAGTCTATCTTGACATGAATCAAGAAACCGAAAATGTGGTTTCTGGTATTTTTAAAACCATGGATCGTGTTTATATACCCGCCATAAAATGTTGTAAAGCTTGGGGCGATCTTAATCCACCAAAACCGAATAGTGAGGACATCATCAAAACTTACATTTCGAAGGTGATGCTGTTCATTGACTATCTAGCAAAAACAAAAACTGACTTGGACTGTTGTACGAAGTTTAAAATAAATTTGACTCTCTATGAAGATGAGTTGTCAGATCAAGAGAAAATGAAACACGCAGTAACAAAGATGCATGTTTTGGAAGAGATATGCGCATTTGTTAAACAATGGATGAAACAAATTACTATGGTATTAGTGCAAAGTCAGCAGTTAAGACGTGAACCGTCCAACATAGGTCCTTTGGCTGAGCTGGATCATTGGCGGCGACAACTCACCACTTTTACATCGATTATTGAACACATAAAAAGCGATCCTTGTCAGATGTACATTCACACGCTTATAAGAGCCAAGTCGAAACTGATTAAGAAATGGAGGCTCTTAGATAATCAAGTAACGGACTATTACAATGAAGCTTCAGACAATGTTAAATATTTATATGCTTTGGAAAAGTACTGTGAACCACTTTACAGATGTGATCCAAAGTCAATGCAGCAGTACATACCGGGCTTGCTGTACACGGTCCGAATGGTTTTTGCGACATCTAGATATTACAATACGACTAAACAAATCTCTACCCTGCTTGTTAAAGTTACGAATCAGATACTTAACATGTGCATGGAATATCTAACCAATGGCGGAAAGAAAACTATATGGAACCAAGATAAATTGAATTTCATTGAAAAAGCCAAGTTATGCCTTGATTTATATGGGTTTTATCGAGAATGTTATATGGAAACGCAAAAAGAAATGATAGCAGCGGCAGACGAACGTCCATTCGATTGCTCTGAAATGTATATATTTGGAAAATTCGAAACATTTCGAAAACGATTATTAAAGATAATGGATCTTTTCCAAAACTACATCACCTATTATGTTTTGAATAAGACCACACTGGAAGGTATTGAAGAATACGCTACAAATTTCAACAAACTATTCAAAGCTATTTCCACAAAAACATATGATGCCTTGGACCATAGACGTCCTGATTTCGATAAAGATTACAAAGTGTATAAAGATGGAGTTGCGAATCAAGAGTTATTACTGGAAAATTTCATGATCGCGAGCGTCAATAAATGCCCAACCACAGAAATAGCGTTACATCTATTGAAACGTTTTGAAAAGCTTCAATTAGATTGTTTGTACTTGGAAGATCAATATTATGATTTGATTAGTAATTACACAGCTGAAATTGAAGCAATCAGGGACAGGTATAATGAAATCAGGGAAAACCCGGAATTGCCTCGAAATATGCCACCGGTAGCCGGCAGGGTTATGTGGATAAGGTTCTATAACAAAAATATCAAAGGACCGATGGAAGAATTCAAAAAACATTATGAAGTTATCACACATATGAATACACAAAGATGCATAAAACTGTATAATGTTATGACTATTGTATTCACCGAATTCGAATTAATTTACCATAGCGCTTGGGCGGAAAATGTTGGTCAGGTCAGACTCGGTTTAGTCGCACCCCTACTGATACGTCATCCATCTACGAATATGTACATTGTGAATTTCAGTATTTATATACCGGAGTGTATAAGGGAAGTTGAATACATGTGGCAATTGGGATTACGTGTTCCCGAAGGAGCTCAAATTGTAGCTTTCTGCAAGGAAAAAATATTGGGGAATTACGAGCGCATAAAATTCTTGGTGGAGAGAAATAATCAAATTAGAAAGAGTATGCCGAAATTATATTTACCGCTCCTTCGAGCACAGTTGATAAAAATAGAAAAAGCCTTCCAACCTGGGCTGTCAACAATAACGTGGACTTCTTTAGAAATACCCTCGTATTGTGATAATATCGAAGCTATTCTCGATGAAGTCGATTTGTTTGTCAAAGAAGTGGTGGACATGAAGGAAGCTCGAATTGATGCAATCTTGCAGTCAATATCTAAAATGTTGCTTGTGTATTTGCCTGAGCAAGCTGTAGAGCCTGCGGTGTTTTATGAAGAGAATCTTTTACGACGAGATGAAATCGCAATTGAATTGCAACAGAAATCTTGGAATGCCGAGATTGCTGTGATTGAATTGATACACAAGTTTCTCGACAGTGTGCCATCGAAACAGATTCAAGATTTAAAGGACAATTGGTTAGATATAGAAAAAGCGCTAAAACAAGTTACCTCTGCTACAAGAGTATTTCCTGAAGATGCTGCATTTTTGGAAATTGAAAATCCTGACCGATTCGACGTATTGCCCACTATAAACGAATGCAATGAATTATTCGCGTATTTCGCAACGAAATGCTTGGAGTCGCTCATCAAGTGTACCAGGCAGAGTCTTGATATATTACGGAAGCGAGCTTCAGTGTCCAGCTTTTTAACAATGACAACCGATCCTGAAGAACAAAAGAAACTAAAACCACTCATGCTAACGAAGATGTTCCTTCAAATTCCCAGAATACTCATTAAACCAGCGCTTGAAGAAATTCAGGCAGCTTTCTCTCAGGTAGTTTTGAATTGCGTGATGGATACGCATCGTAGCGTGTTCATGTGGGGTCAGCAGGAACAAATCAAGAAGGAACAAATGAGGGGAGTGTCGTTGACTACGAGTAGAAGTGTGAGCGGCTCGAAAACAGGGTCGAGTCTCGCCGGTATTAGAAATTATTTTCGAATGGTATCCGAACATAAAGATATCGTACGTTCTGTAATGGCCTTACAAGGCATGATGTTTATGTACAAGCCTGATATTGAGAAGCTGTTGAAGACCTACTCCCGATTTTCGTATCTTTGGGCTGAAGATAGGGTACAACAGGTCCAAGACTTCGTAGATTCCAATCCATTGAATGTGATTATCAGAGATATGCTCAAAAAATATGAAGGACAAACTGAAGAAGTGCTGAATTTACCGGAACGACACATTATTGGGTCAATAGAAATTAATATGGATAACATAAAGCTTGCCCTACATGTCGAATCGGTGGAATGGAAACGGATTCTGGGTAAATTACTCAGTCAGGCGTACAAAGAACGAGTAATTAAATTGATGCAGTTTATAAACGACCGCATGAAGACTATGGGAAAGAAAATCAAAGATTTGGACGATGTCAGATTAGCTATGATGTGCCTCGAACTAATCAGAGAAGAATTTATTGGTATGGACATGGAATTGGATCTAATTGAAGAAAGTTACGCCACGTTTGCACAGTTCAGTATTGATATTCCCAAAGAAGACATAGATTTGGTGTATGGATTGCGTTACGCTTTTCAGAATATGTTAATAACGTCTCAACAAGTTCAACAAAAAATAGTGGACATGCAAGGCCCGCTTCAAAAAGAGTTGACCGAAGGTGTAGCGTCATTCTTGGCCGATGTCTTGAAGTTTGATGCTGACTATGATGCATACGGTCCTATGACGCCTGGACTAAGCGCTAGAGAAGCTAGTGACAGGGTAATATTGTTCCAGTCGAGGTTCGATGAACTATGGAGAAGGTTCGAAATGTATTCAAATGGTGAAAAATTGTTCGGCATGGAGGTTAAGGATTATCCGATTCTTCACCAGAAGAAGAAGGAATTTAATTTATTGAGCAAACTGTACAGTTTATATTTGGCCGTTATGAATTCAATAGACGGGTACTTTGAAACTCCGTGGAGTGAGATTGATATTGAGCAAATTGTTGCGCAGCTAGCGGACTTTGACTTAAGATGTCGAAAATTACCGCGAGGTATGAAAGATTGGCCTGCGTTCATAGAGTTGAAGAACAAAATAGATGATTTCAACCAAACCTGCCCATTACTAGAATTGATGGCAGATAAATCAATGAAAGATCGACACTGGAAGAGATTAGAAAAATTGATGAATTGTATTCTGGATGTCGAATCTGAATCATTTACGCTGGCCAATGTCATGGAAGCTCCGCTACTGAAATATAAAGAAGATGTTGAGGACATCTGTATAAGTGCAGTGAAAGAAAAAGACATAGAAGCAAAGTTAAAGCAAGTTATAGCTGATTGGGCTGTCATTGATCTCACATTTGCTCCATTCAAGAACAGGGGAGAGCTGCTCGTCAAACCTCAAGAAACCCTTGACATAATCACGTTATTGGAGGACTCGTTAATGATTCTCAACTCATTAGCTTCGAATAGATACAATGCACCGTTCAAAAAAGATATTCTTCTTTGGATTAATAAGCTAGTCGGTACAGCCGAGATCCTAGAGAAATGGCTTCAAGTACAAAACTTGTGGATGTATTTGGAGGCTGTATTTGTTGGCGGCGATATCGCCAAACAGCTGCCCGCTGAAGCTAAGAGATTCGCTTCGATCGACAAGTCATACGTGAAAATCATGTATCGGGCTCGAGACATAGTGAACTGCGTTGAAACTTGCACGTGCGATGATACATTGAAGCAACTCCTGCCGCACCTGTACGAACAACTGGAAGCGTGTCAGAAATCGCTCACCGGGTACCTCGAAACAAAACGTTTGATATTTCCGAGATTTTTCTTCGTGTCCGATCCAGTTTTGCTCGAGATCCTTGGACAAGCCTCGGATCCGCACTCTATACAGCCTCATTTGCCCAGTATTTTCGACGCGATGTACACAGTCGATTTTGACGACAAGGAGAGGATAATCAATATGAATTCGGACAACGGCGAGACTATTCCACTGGAAAGACCTGTAGTGTGCACTGGTGGTGTAGAAATTTGGTTGAACACTTTGTTAGACACAATGAAAGATACCGTCAGGAATATAATCGCTAATATCTCACAAACGATGTCTGGTGATCCGGAATTTGAGTTCTTAGTCGGATTCTGGTTTTTCCCTGGCCAGGCTGGTTTGTTGGGTATGCAAATTCTGTGGACCAGTGACGCGGAATATGCATTAAAAAAAGCTAAAGCCGATCGATTTATAATGAGGTTGACGAATCAGAAGTTCTTGGATTTGTTGAATGGTCTCATCGACTTGACGGTGACTGATCTTGTATCTTTGGATAGAACCAGGGTCGAAACTATGATCACTATACACGTGCATCAAAGGGATATCTTTGATGATCTAGTAAGGATGAGAATAAAGTCTCCTATTGATTTCGAATGGCAAAAGCAAGCACGTTTCTATTACAACGAAGATTCAGATGACTGTATTGTTTCCATAACTGATGTTGATTTCTTGTATCAGAATGAATATCTGGGTATAACTGAGCGTCTTGTGATCACGCCGTTGACCGATCGATGCTACATCACGCTCTCCCAAGCTATCGGCATGAGTATGGGCGGGGCGCCGGCGGGTCCGGCCGGCACGGGTAAGACTGAAACCACCAAGGACATGGCTCGAACACTCGGGAAACTGGTCATCGTGTTCAATTGCTCCGATCAAATGGATTTCAGAGGCTTGGGTCGCATATACAAGGGCTTAGCACAGTCGGGCACTTGGGGTTGCTTCGACGAATTCAATCGTATAGAATTGCCGGTGCTATCTGTGGCTGCTCAGCAGATTTATATTTGTCTCACGGCGAGACGAGAGAAGCGTGACTTCTTCATATTCAGCGACGGTGACGTTGTCACTTTAAATCCGGAGTTCGCGTTCATAATCACGATGAATCCGGGATACGCTGGAAGGCAAGAGCTGCCCGAAAATCTAAAGATTCAGTTCCGTTCGGTGGCCATGATGGTGCCCGACAGACAGATTATCATACGAGTGAAACTTGCTAGTTGCGGTTTTAAGGATAATATTTTGCTTGCCCGGAAATTCTTTACCTTGTACAAGCTATGCGAAGAGCAGTTATCTAAGCAAGTGCACTATGATTTTGGACTACGTAACATTCTGTCTGTGTTGCGTACTATGGGCTCGCAGAAACGAGCCAATCCCGAGAGCACTGAGGAGAATATTATGATGAGAGTATTGAAGGAAATGAATGTATCAAAGCTGGTGGACGAAGACGAACCGCTGTTTGTGTCTTTGATTGAAGATTTGTTCCCTGGAATTAAGTTGAGTCAAACCGTTCACAGGGAAATGCAACGCGCCATCGCATTAGTGACAGATCGTACAGGTCTAGTCAATCATCCTGAGTGGAATTTGAAGATCATTCAACTGTATGAAACTTCGTTAGTGCGACACGGTCTAATGACGATGGGACCCACTGGTTCAGGGAAAACGACATGCATTCACACACTCATGGCGGCTTTGACGGAAGTAGGGAGACCGCACAGGGAGATGAGGATGAATCCAAAAGCCATCACTGCTCCGCAAATGTTTGGACGCTTGGATGTTGCAACCAACGATTGGACGGATGGTATTTTTTCCACTTTGTGGAGAAGAGCTTTGAAGGTCAAGAAGTCTGATACCACCTGGATAGTTTTAGATGGTCCCGTGGACGCTGTTTGGATTGAAAACTTAAATTCAGTGTTGGATGATAACAAGACTTTGACTTTGGCCAATGGAGATCGTATTACAATGGCGCAGAATAGTAAGCTGGTGTTCGAACCAGACAACGTGGACAATGCTTCGCCTGCCACCGTCAGCCGTATGGGGATGGTCTTCCTATCTTCTTCCGTCTTAAAGTGGCAGCCCATCTTAGAGGGTTGGTTGAAAAAGAGATCGCAAAAAGAATCGGATGCTTTGAGGAACGCATTCAATAAAGTATACGATGATATACATTCGTTCGTGCAACAAAAGTTGCCAGCTAAAATGAAACTGCTCGAGGCTATATATGTCAGGCAATGTATCGATGTTTTGATTGGTCTCCTTCAAATAGAAGTACCCGGTGGAAAGATACACACAGACCGACATCTAGAACGTCTGTTTATATTTGCGATGATGTGGTCGCTCGGCGCCGTCTTGGAGCTGGACTCTCGGACTCGTTTGGCCGAATTCGCGACAAAGTTGCCCGTGAGAATGGATTGGCCCGGAGCCAAGTCTAAAGAGTGGGTGATGCCATTCGAGTATATGGTTAACGAGGCCGGAGTGTGGCAACATTGGTCAGAGAGTGTAGAAAACTATATTTATCCTTCGGACAGCATTCCGGAATACGCATCGATTTTAGTACCGAATATCGATAACGTATGCATATCATTTCTCATTGAAACTATTGCGAAGCAGAATAAAGCTGTACTGTTGATAGGCGAGCAAGGCACCGCCAAAACAGTGATGCTGAAGAGCTATATGCAGAAATATAACAATGAAGTTAAATTGTACAAGATGATCAATTTCTCTTCTGCGACCACACCTAATATGTTTCAGAGAATTGTCGAATCGTACGTTGAGAAGCGCGTCGTGGGGAGATCAGGTGGTGGAAGAAACGACATTCCACCTCGTTTAAAAAGGCAGTTCAACATTTTTAACTGCACCTTACCGAGTAATATTTCAATGGATCGTATTTTTGAAACTATAAGTGCCGGATACTTCTGTAAGACAAGGTTCGAGAAAAAAATTGTGGATTTCATGCCGAGGCTTGTGCCTGTCACGCGAATAATTTGGCAGCAAACAAAAGCAAAAATGTTGCCGACTCCTGCAAAGTTTCATTACGTGTTTAATCTTCGAGATCTATCTAGAATATGGGAAGGGATTTTGTTTATTAAGAAAGATGAACTGCCGACAATTACAACGGCTCTAAAGCTATGGTTCCACGAATGCTTAAGAGTCATATGTGATAGATTCACTACATTCGATGACAAGGACTGGTTCGTGGCAAACTTCTGGAAGACCGCCGCCCAAGAGTTGCCTGAACTCGTCAGCGAATTTCCTGAAGAGGAAACATTTTTCGTGAACTTTCTCCGAGAACCCGCAGATCCCACCGGCGACGAGGAAGAAGATTTTAGCACTGACGCGCCAAAGATCTACGAAGAGCTACCAACATGGGATTTCGTTTTGATGAAACTTGGTCAATTCCAAGAACAATTTAACGATCAAGTCAGAGGCGCTCATTTAGACTTGGTGTTTTTCCACGACGCCATGGTACATTTGTTCATTATATCACGGATCATAAATACGCCGAGAGGCAACGCTTTGCTTGTCGGTGTCGGTGGATCGGGGAAGCAAAGTTTGACCAAGCTTGCGTCTTATATTGCGAATTTTTCGTTTTATCAAATCACGTTAACGAGATCATATAACGTGGGAAATTTCATGGATGACATTAAAATATTGTACCGAATCGCCGGCTTGCAAGGTCAAGGTATAACGTTTATATTCACCGACAACGACATAAAAGACGAACAGTTTTTGGAATTTTTAAATAACATTCTCAGTTCGGGAGAGATTGCCAATTTATTTGCTAAAGACGAAATGGATGAAATTCTAAACGAATTGACTCCGATAATGAAGAAATATGCACCGAAAAGGATTCCGGTACCTGATGTGCTGTACGAATACTTTATAATGCGTTCGAGGGCAAATCTACACGTTGTATTATGTTTTTCGCCCGTCGGAGAAAAGTTTAGAAGCAGAGCCCTAAAATTCCCGGGACTCATTTCTGGGTCAACCATGGATTGGTTCCAGAAGTGGCCGAGAGTTGCACTTATCGAAGTTGCTCATCATTTCCTCGCGGACTTTCATGTTGTGTGCTCTCCAGAAACGAAACAACAGCTAATCGAGATTATGGGAATGGTGCAAGACAACGTGGCCGATACTTGCACAACTTATTACGATAGGTTCAGAAGACAGACACACGTAACTCCGAAGTCGTATCTTTCGTTCTTGGAAGGTTACAAAGTATTGTACAAGGAAAAACATGTCAATATCGCCGAAATGGCTCGCAGAATGACGACTGGCTTAGATAAACTTGTGGAGGCGGCCGCAAGCGTCGACGTACTAAAGAAGGAACTTGAATTAAAAGATTACGAGATTAAAGTTGCAACAGCGAAAGCTGAAGAGGTCTTGGCCGCGGTAGCTGAGTCGGCGGCTGCAGCAGAAGTGGTTAAAACGGAAGTGTTAGATGTTAAGGACCGCGCTGTGAAGTTGGTGGGCGTGATCGCCGCGGAAACAGCAGTGGCCGAAGAGAAGTTGGCTGCAGCCAAGCCGGCCCTAGACGCCGCCGAAGCTGCCCTACAAACGATTAACGCAGCGGATATAGCAACAGTGAGAAAGTTGGGGAAACCGCCCTACCTTATCACGCTCATTATGGACGCTGTAATACTCTTGTTTAGAAAGAGGATTGATCCAATCAGACCGGACCCCGAAAGGTTGTTCCTGATGGCGTCATGGGCAGAATCTCTTAAATCAATACACGCTAATCTAGCTATAATGCAAGGAAAGTACCAGGCAGCCAAAAAGGAATTGGAAGGTGCAGAAGCACTGCTCGAAGCTAAAGAGCTAGAACTAGCGGAAGTACAGAAGCAATTCGACGAGGCGATGGCTCTGAAGCAGGCCGTATTGGACGACGCGGCCAAGTGCCAACAGAAAATGGACGCCGCTACTGCTCTGATTAACGGACTCAGCGGAGAGAGGATCCGATGGACAGAACAATCGGCGTTGTTCAAATCCGAGATAGAAAGACTCGTCGGCGATATACTATTGCTTACCGGATTCCTGTCTTACTCTGGACCATTCAATCAAGAATTCCGAGCATTTTTGATAAACAGTTGGCTCGGTGAACTGTTGAAAAGAAAAATACCCGTTTCTATGAATTTGAATATCACGGAACAACTGACGGACACAGCCACGATTGGTGATTGGAACCTTTGCGGCTTACCAACTGACGAACTTTCCATACAAAATGGTATAATTGTTACGAAAGCTGCGCGTTTTCCATTGCTCATTGATCCCCAGACGCAAGGCAAGAACTGGATAAAGAACATGGAAAGATATAATGAGTTGATTGTTACGACCCTCAATCATAAATACTTTAGAAATCATATCGAAGATTGCGTATCTCTAGGCAGACCGTTACTCATCGAGGACGTTGCAGAAGAATTAGATCCGGCACTTGATAATGTGCTTGAGAGAAATTACATTAAGATCGGATCCTCTTATAAGGTGAGGTTGGGTGATAAAGAAATAGACGTGACAGCGGGACACAAGATATACATAACAACAAAACTGCCTAATCCGGCGTACACGCCCGAGATCTCCGCGCGAACCTCGATCATCGATTTCACGGTCACCATGCAAGAGTACCGCTACCGAGGCGGTGCTGCTTTAGATCTAAACGCTTGTCCTCCAAAGCCCTTCAAATGGGTGACCGACATGTCATGGCTCAATTTAGTACAGCTTTCCGGCTTGAGACAATTCACTAATATCCTAAACCAAGTAGTGAACAATGAGAAGGGATGGAAGAATTGGTTCGATAAAGAGGCTCCAGAAGACGAGCCCTTGCCTGATGGATATCACACGTTGGACGTTTTCAGGAAATTGCTCGTTGTACGCGCGTGGTGTCCAGACCGAACCTTAGCTCAGAGTCTGAAATATGTTATATCATCAATGGGCGCAAGATTTTCAGAAGCTGTCATTGTCAATTATGAGCAAATGGTACTAGAATCCCGTCCTCTTGTGCCTTTGATTGGATTTTTAGCCATGGGCTCTGACCCGACACCATCTATTGAAGGTACAGCGAAGAGATTAGAGTGTCTTTGTTCGTCCATTTCTATGGGGCAAGGACAAGAAATTCATGCCAGGAAACTCATCGACCGTGGACTTAAGGAGGGGTTATGGGTGCTTCTACAAAATTGTCACTTGGGTCTCGAATATATGGTTGAAATCATAGAACAGTTTGCGGAACTAGAGAAGTACCCGGAAAAGGTGCATGAAACTTTTAGGCTCTGGATCACAACTGAGCCGCACGATAAGTTCCCGATAACGTTACTGCAGATGTCGATTAAGTACACTTGCGAGCCGCCGTCAGGAATAAAGGCAGGCCTCATGAGAACTTACGATTCAATGAGCCAAGATTTCCTGGACTACAGCGATAGTCCTTTTTATCTACCCCTCATATATACTATCTCGTTCTTACACACTGTTGTGCAAGAGAGACGTAAATTCGGACCTCTTGGTTGGAACATCCCCTACGAATTCAATTCTGCGGACTGGCTTGCTTCTTGTATGTTTGTTCAAAATCATTTGGATGGTTTGGAACAGGGGCAGTCAATAAGCTGGACAACTGTACGATATATGGTTTCGGCGGTGCAGTACGGTGGACGGGTGACGGACGATTATGACAATCGCTTATTGGGCACTTTCTGCAGGGTCTGGTTAACGGATCAACTGTTCCAAGAGGATTTTCAGTTTTACAAGAACTACGGCATCATGAAATTTCGTAACATTCCGGAATATCTTGAAGAGATCGATAAAATGAAGATGGTCGATCCCCCGCAGGCGTATGGGCTGCACACAAACGCTGATATAACATATCAAAGAAGCAAAACCCAAGAGCTGTTGGACACAATACTTTCTATCCAACCAAAAGAGTCCAGTTCTGGTGGTGGTGAAACTAGAGAAGCTTCAGTGTATCGACAAGCTAAAGAAATGCTCGATAAAGTTCCTCCTAATTTTGATCCACACGAAGTAAAGGAAAGATTGAAATTTTACGGTATACTAAATTCCATGGTGATTTTCTTGCGGCAAGAAATAGATCGAATGCAAAAAGTAATTTCCTTAGTTCGTATAACATTAAAGGATTTGTTGCTCGCTATCGATGGTACTATTATTATGAACGAGGCTCTTCGTGATTCCCTAGATAATATATATGACGCGAAGGTTCCGAATATCTGGTTGAAGAGTTCGTGGTCGTCATCCACGCTTGGATTCTGGTTCACAGAGTTCTTGGAGAGGAACACGCAGTTCTCGACTTGGTGTTTCCAGGCGAGACCAAACTCGTTTTGGATGACTGGATTCTTCAATCCTCAAGGTTTCCTGACTGCGATGCGTCAGGAAGTGACTCGGGCTCACAAAGGATGGGCCCTGGATATGGTGGCGTTGCACAATGACGTCACTAAGTATACTTATGACGAAATTAAGGCCCCGCCGCCGGAAGGTGTATTTATTCACGGCGTGTTCTTGGACGGTGCCGGCTGGGACAGACGTAATATGCGTCTCACTGAATCGATACTAAAGGTTTTGTACACGCCAGTACCCGTGATACATGTGTACGCAATCAATTCAACGGCCCCGAAGGATCCTAAACTGTATCAGTGTCCAGTTTATAAAAAGCCTCGTCGTACTGATCTAACCTTCATCACACCTCTGTGGTTGCCAACTATAAAAAATCCTGATCATTGGATTTTGAGAGGTGTTGCCATTTTGTGTGATACTAAGTAG

Protein

MSDDAENVPENTEKTEAGGQDISDEHAEDVAQTAVIINEIETRPSKRDSLFPFSFGDDEERVDVDRTALEAILDVGARLQDIQKKSRVSMSTLALAHESYKDKQAKAKEARNNRMGGLKTQHRFLLENAAAILNRPVEYVLDGVFDADINIELLDSAVVEGGRNCVVVCDAVLPQLKMESGRYIPNQKGRMERVYLSDGATIATEGVCVAMYRIKNKAIDTKNMADDYYLVYLDMNQETENVVSGIFKTMDRVYIPAIKCCKAWGDLNPPKPNSEDIIKTYISKVMLFIDYLAKTKTDLDCCTKFKINLTLYEDELSDQEKMKHAVTKMHVLEEICAFVKQWMKQITMVLVQSQQLRREPSNIGPLAELDHWRRQLTTFTSIIEHIKSDPCQMYIHTLIRAKSKLIKKWRLLDNQVTDYYNEASDNVKYLYALEKYCEPLYRCDPKSMQQYIPGLLYTVRMVFATSRYYNTTKQISTLLVKVTNQILNMCMEYLTNGGKKTIWNQDKLNFIEKAKLCLDLYGFYRECYMETQKEMIAAADERPFDCSEMYIFGKFETFRKRLLKIMDLFQNYITYYVLNKTTLEGIEEYATNFNKLFKAISTKTYDALDHRRPDFDKDYKVYKDGVANQELLLENFMIASVNKCPTTEIALHLLKRFEKLQLDCLYLEDQYYDLISNYTAEIEAIRDRYNEIRENPELPRNMPPVAGRVMWIRFYNKNIKGPMEEFKKHYEVITHMNTQRCIKLYNVMTIVFTEFELIYHSAWAENVGQVRLGLVAPLLIRHPSTNMYIVNFSIYIPECIREVEYMWQLGLRVPEGAQIVAFCKEKILGNYERIKFLVERNNQIRKSMPKLYLPLLRAQLIKIEKAFQPGLSTITWTSLEIPSYCDNIEAILDEVDLFVKEVVDMKEARIDAILQSISKMLLVYLPEQAVEPAVFYEENLLRRDEIAIELQQKSWNAEIAVIELIHKFLDSVPSKQIQDLKDNWLDIEKALKQVTSATRVFPEDAAFLEIENPDRFDVLPTINECNELFAYFATKCLESLIKCTRQSLDILRKRASVSSFLTMTTDPEEQKKLKPLMLTKMFLQIPRILIKPALEEIQAAFSQVVLNCVMDTHRSVFMWGQQEQIKKEQMRGVSLTTSRSVSGSKTGSSLAGIRNYFRMVSEHKDIVRSVMALQGMMFMYKPDIEKLLKTYSRFSYLWAEDRVQQVQDFVDSNPLNVIIRDMLKKYEGQTEEVLNLPERHIIGSIEINMDNIKLALHVESVEWKRILGKLLSQAYKERVIKLMQFINDRMKTMGKKIKDLDDVRLAMMCLELIREEFIGMDMELDLIEESYATFAQFSIDIPKEDIDLVYGLRYAFQNMLITSQQVQQKIVDMQGPLQKELTEGVASFLADVLKFDADYDAYGPMTPGLSAREASDRVILFQSRFDELWRRFEMYSNGEKLFGMEVKDYPILHQKKKEFNLLSKLYSLYLAVMNSIDGYFETPWSEIDIEQIVAQLADFDLRCRKLPRGMKDWPAFIELKNKIDDFNQTCPLLELMADKSMKDRHWKRLEKLMNCILDVESESFTLANVMEAPLLKYKEDVEDICISAVKEKDIEAKLKQVIADWAVIDLTFAPFKNRGELLVKPQETLDIITLLEDSLMILNSLASNRYNAPFKKDILLWINKLVGTAEILEKWLQVQNLWMYLEAVFVGGDIAKQLPAEAKRFASIDKSYVKIMYRARDIVNCVETCTCDDTLKQLLPHLYEQLEACQKSLTGYLETKRLIFPRFFFVSDPVLLEILGQASDPHSIQPHLPSIFDAMYTVDFDDKERIINMNSDNGETIPLERPVVCTGGVEIWLNTLLDTMKDTVRNIIANISQTMSGDPEFEFLVGFWFFPGQAGLLGMQILWTSDAEYALKKAKADRFIMRLTNQKFLDLLNGLIDLTVTDLVSLDRTRVETMITIHVHQRDIFDDLVRMRIKSPIDFEWQKQARFYYNEDSDDCIVSITDVDFLYQNEYLGITERLVITPLTDRCYITLSQAIGMSMGGAPAGPAGTGKTETTKDMARTLGKLVIVFNCSDQMDFRGLGRIYKGLAQSGTWGCFDEFNRIELPVLSVAAQQIYICLTARREKRDFFIFSDGDVVTLNPEFAFIITMNPGYAGRQELPENLKIQFRSVAMMVPDRQIIIRVKLASCGFKDNILLARKFFTLYKLCEEQLSKQVHYDFGLRNILSVLRTMGSQKRANPESTEENIMMRVLKEMNVSKLVDEDEPLFVSLIEDLFPGIKLSQTVHREMQRAIALVTDRTGLVNHPEWNLKIIQLYETSLVRHGLMTMGPTGSGKTTCIHTLMAALTEVGRPHREMRMNPKAITAPQMFGRLDVATNDWTDGIFSTLWRRALKVKKSDTTWIVLDGPVDAVWIENLNSVLDDNKTLTLANGDRITMAQNSKLVFEPDNVDNASPATVSRMGMVFLSSSVLKWQPILEGWLKKRSQKESDALRNAFNKVYDDIHSFVQQKLPAKMKLLEAIYVRQCIDVLIGLLQIEVPGGKIHTDRHLERLFIFAMMWSLGAVLELDSRTRLAEFATKLPVRMDWPGAKSKEWVMPFEYMVNEAGVWQHWSESVENYIYPSDSIPEYASILVPNIDNVCISFLIETIAKQNKAVLLIGEQGTAKTVMLKSYMQKYNNEVKLYKMINFSSATTPNMFQRIVESYVEKRVVGRSGGGRNDIPPRLKRQFNIFNCTLPSNISMDRIFETISAGYFCKTRFEKKIVDFMPRLVPVTRIIWQQTKAKMLPTPAKFHYVFNLRDLSRIWEGILFIKKDELPTITTALKLWFHECLRVICDRFTTFDDKDWFVANFWKTAAQELPELVSEFPEEETFFVNFLREPADPTGDEEEDFSTDAPKIYEELPTWDFVLMKLGQFQEQFNDQVRGAHLDLVFFHDAMVHLFIISRIINTPRGNALLVGVGGSGKQSLTKLASYIANFSFYQITLTRSYNVGNFMDDIKILYRIAGLQGQGITFIFTDNDIKDEQFLEFLNNILSSGEIANLFAKDEMDEILNELTPIMKKYAPKRIPVPDVLYEYFIMRSRANLHVVLCFSPVGEKFRSRALKFPGLISGSTMDWFQKWPRVALIEVAHHFLADFHVVCSPETKQQLIEIMGMVQDNVADTCTTYYDRFRRQTHVTPKSYLSFLEGYKVLYKEKHVNIAEMARRMTTGLDKLVEAAASVDVLKKELELKDYEIKVATAKAEEVLAAVAESAAAAEVVKTEVLDVKDRAVKLVGVIAAETAVAEEKLAAAKPALDAAEAALQTINAADIATVRKLGKPPYLITLIMDAVILLFRKRIDPIRPDPERLFLMASWAESLKSIHANLAIMQGKYQAAKKELEGAEALLEAKELELAEVQKQFDEAMALKQAVLDDAAKCQQKMDAATALINGLSGERIRWTEQSALFKSEIERLVGDILLLTGFLSYSGPFNQEFRAFLINSWLGELLKRKIPVSMNLNITEQLTDTATIGDWNLCGLPTDELSIQNGIIVTKAARFPLLIDPQTQGKNWIKNMERYNELIVTTLNHKYFRNHIEDCVSLGRPLLIEDVAEELDPALDNVLERNYIKIGSSYKVRLGDKEIDVTAGHKIYITTKLPNPAYTPEISARTSIIDFTVTMQEYRYRGGAALDLNACPPKPFKWVTDMSWLNLVQLSGLRQFTNILNQVVNNEKGWKNWFDKEAPEDEPLPDGYHTLDVFRKLLVVRAWCPDRTLAQSLKYVISSMGARFSEAVIVNYEQMVLESRPLVPLIGFLAMGSDPTPSIEGTAKRLECLCSSISMGQGQEIHARKLIDRGLKEGLWVLLQNCHLGLEYMVEIIEQFAELEKYPEKVHETFRLWITTEPHDKFPITLLQMSIKYTCEPPSGIKAGLMRTYDSMSQDFLDYSDSPFYLPLIYTISFLHTVVQERRKFGPLGWNIPYEFNSADWLASCMFVQNHLDGLEQGQSISWTTVRYMVSAVQYGGRVTDDYDNRLLGTFCRVWLTDQLFQEDFQFYKNYGIMKFRNIPEYLEEIDKMKMVDPPQAYGLHTNADITYQRSKTQELLDTILSIQPKESSSGGGETREASVYRQAKEMLDKVPPNFDPHEVKERLKFYGILNSMVIFLRQEIDRMQKVISLVRITLKDLLLAIDGTIIMNEALRDSLDNIYDAKVPNIWLKSSWSSSTLGFWFTEFLERNTQFSTWCFQARPNSFWMTGFFNPQGFLTAMRQEVTRAHKGWALDMVALHNDVTKYTYDEIKAPPPEGVFIHGVFLDGAGWDRRNMRLTESILKVLYTPVPVIHVYAINSTAPKDPKLYQCPVYKKPRRTDLTFITPLWLPTIKNPDHWILRGVAILCDTK

Description

Force generating protein of respiratory cilia. Produces force towards the minus ends of microtubules. Dynein has ATPase activity; the force-producing power stroke is thought to occur on release of ADP. Required for structural and functional integrity of the cilia of ependymal cells lining the brain ventricles.
Force generating protein of respiratory cilia. Produces force towards the minus ends of microtubules. Dynein has ATPase activity; the force-producing power stroke is thought to occur on release of ADP. Involved in sperm motility; implicated in sperm flagellar assembly.
Force generating protein of respiratory cilia. Produces force towards the minus ends of microtubules. Dynein has ATPase activity; the force-producing power stroke is thought to occur on release of ADP. Involved in sperm motility; implicated in sperm flagellar assembly (By similarity).
Force generating protein of respiratory cilia. Produces force towards the minus ends of microtubules. Dynein has ATPase activity; the force-producing power stroke is thought to occur on release of ADP (By similarity).
Cytoplasmic dynein 1 acts as a motor for the intracellular retrograde motility of vesicles and organelles along microtubules. Dynein has ATPase activity; the force-producing power stroke is thought to occur on release of ADP. Plays a role in mitotic spindle assembly and metaphase plate congression.
Cytoplasmic dynein 1 acts as a motor for the intracellular retrograde motility of vesicles and organelles along microtubules. Dynein has ATPase activity; the force-producing power stroke is thought to occur on release of ADP. Plays a role in mitotic spindle assembly and metaphase plate congression (PubMed:27462074).
Force generating protein of respiratory cilia. Produces force towards the minus ends of microtubules. Dynein has ATPase activity; the force-producing power stroke is thought to occur on release of ADP. Involved in sperm motility; implicated in sperm flagellar assembly (By similarity). Probable inner arm dynein heavy chain.

Subunit

Interacts with DNAL1 (PubMed:21496787). Consists of at least two heavy chains and a number of intermediate and light chains.
Interacts with DNAL1 (By similarity). Consists of at least two heavy chains and a number of intermediate and light chains.
Consists of at least two heavy chains and a number of intermediate and light chains.
Consists of at least 3 heavy chains (alpha, beta and gamma), 2 intermediate chains and 8 light chains.
The I1 inner arm complex (also known as the f dynein complex) is a two-headed isoform composed of two heavy chains (1-alpha and 1-beta), three intermediate chains and three light chains. I1 occupies a specific position proximal to the first radial spoke and repeats every 96 nm along the length of the axoneme.
The dynein complex consists of at least two heavy chains and a number of intermediate and light chains.
Homodimer. The cytoplasmic dynein 1 complex consists of two catalytic heavy chains (HCs) and a number of non-catalytic subunits presented by intermediate chains (ICs), light intermediate chains (LICs) and light chains (LCs); the composition seems to vary in respect to the IC, LIC and LC composition. The heavy chain homodimer serves as a scaffold for the probable homodimeric assembly of the respective non-catalytic subunits. The ICs and LICs bind directly to the HC dimer and dynein LCs assemble on the IC dimer. Interacts with DYNC1LI1; DYNC1LI1 and DYNC1LI2 bind mutually exclusive to DYNC1H1. Interacts with DYNC1LI2; DYNC1LI1 and DYNC1LI2 bind mutually exclusive to DYNC1H1. Interacts with DYNC1I2 (By similarity). Interacts with BICD2 (PubMed:22956769).
Homodimer. The cytoplasmic dynein 1 complex consists of two catalytic heavy chains (HCs) and a number of non-catalytic subunits presented by intermediate chains (ICs), light intermediate chains (LICs) and light chains (LCs); the composition seems to vary in respect to the IC, LIC and LC composition. The heavy chain homodimer serves as a scaffold for the probable homodimeric assembly of the respective non-catalytic subunits. The ICs and LICs bind directly to the HC dimer and dynein LCs assemble on the IC dimer. Interacts with DYNC1LI1; DYNC1LI1 and DYNC1LI2 bind mutually exclusive to DYNC1H1. Interacts with DYNC1LI2; DYNC1LI1 and DYNC1LI2 bind mutually exclusive to DYNC1H1. Interacts with DYNC1I2 (By similarity). Interacts with BICD2 (PubMed:25512093).
Homodimer. The cytoplasmic dynein 1 complex consists of two catalytic heavy chains (HCs) and a number of non-catalytic subunits presented by intermediate chains (ICs), light intermediate chains (LICs) and light chains (LCs); the composition seems to vary in respect to the IC, LIC and LC composition. The heavy chain homodimer serves as a scaffold for the probable homodimeric assembly of the respective non-catalytic subunits. The ICs and LICs bind directly to the HC dimer and dynein LCs assemble on the IC dimer (PubMed:2140361). Interacts with DYNC1LI1; DYNC1LI1 and DYNC1LI2 bind mutually exclusive to DYNC1H1. Interacts with DYNC1LI2; DYNC1LI1 and DYNC1LI2 bind mutually exclusive to DYNC1H1. Interacts with DYNC1I2 (PubMed:10893223). Interacts with BICD2 (By similarity).
Consists of at least two heavy chains (alpha and beta), three intermediate chains and several light chains.

Similarity

Belongs to the dynein heavy chain family.

Keywords

ATP-binding   Cell projection   Ciliopathy   Cilium   Coiled coil   Complete proteome   Cytoplasm   Cytoskeleton   Disease mutation   Dynein   Kartagener syndrome   Microtubule   Motor protein   Nucleotide-binding   Polymorphism   Primary ciliary dyskinesia   Reference proteome   Repeat   Alternative splicing   Flagellum   Phosphoprotein   Direct protein sequencing   TPR repeat   3D-structure   Acetylation   Cell cycle   Cell division   Mitosis   Transport   Charcot-Marie-Tooth disease   Mental retardation   Neurodegeneration   Neuropathy   Kelch repeat   Glycoprotein  

Feature

chain  Dynein heavy chain 5, axonemal
sequence variant  In dbSNP:rs339445.
splice variant  In isoform 2.

Uniprot

Q8TE73.3   M0R8U1.1   Q8VHE6.2   Q91XQ0.2   Q96JB1.2   Q39575.1   + More
Q96DT5.4   P0C6F1.1   Q9MBF8.1   Q9C0G6.3   Q9SMH3.1   Q9JHU4.2   Q14204.5   P38650.1   P39057.1   P23098.1   Q69Z23.2   Q8IVF4.4   Q9UFH2.3  

Pubmed

11788826    11062149    8812413    10997877    14702039    21496787    + More
16627867    25186273    15057822    11912187    19468303    16141072    15269178    21183079    12297094    10602986    9373155    16054618    14574404    18691976    16959974    7516341    12142464    12853948    18022865    10888669    10069812    2957507    2137128    9008712    17974005    15815621    15489334    11175280    11214970    28206990    10459015    8889521    9247642    12730604    18034455    22956769    23806337    9205841    8666668    8227145    14654843    17081983    18669648    19690332    19608861    20068231    21269460    22223895    23186163    24275569    25944712    27462074    21076407    21820100    22368300    22847149    22459677    23033978    23603762    25512093    24307404    25484024    26846447    28193117    7690137    7684232    2140361    10893223    1830928    1830927    1833761    11250194    15368895    16541075    19159218    16625196    9545504   

EMBL

AY045575    AY049075    U61735    AB046823    AK026756    AABR07008948    + More
AF466704    AC131997    AC154880    AK052643    AF356520    AF356521    AF356522    AF356523    AF363577    AF342999    AC165951    AC165962    AC166166    AC174471    AF117305    Z83817    AK133238    AF356519    AL034345    AL035555    AL035690    AL353700    AL391415    Z83806    AJ132091    U15303    AJ320497    AC004595    AC102952    AC073102    AC013481    AC005078    AC004002    AC099653    AJ132087    AL596125    AL731687    Z83813    AK029791    AJ242523    AJ242524    AJ242525    AJ132799    AK027182    AK094676    AL512706    AC010087    AC096770    AC098975    AC109827    CH471053    BC015442    BC104884    BC113424    BC117259    BC143666    U61736    AJ132086    AB051484    AJ243806    U61364    AY004877    AC152827    AB002323    AB290157    AY682080    U53530    L23958    BC021297    D13896    L08505    D01021    X59603    AL591204    AL591433    Z83807    AK173343    AC079315    AC117503    AK095581    AK125475    AK125796    AB095937    AJ132089    AC016182    AC061992    KF510431    AK097776    BC105107    Z83799    AL122077    AJ000522   

Proteomes

UP000005640    UP000002494    UP000000589   

PRIDE

Q8TE73    M0R8U1    Q8VHE6    Q91XQ0    Q96JB1    Q39575    + More
Q96DT5    P0C6F1    Q9MBF8    Q9C0G6    Q9SMH3    Q9JHU4    Q14204    P38650    P39057    P23098    Q69Z23    Q8IVF4    Q9UFH2   

Pfam

PF18198   AAA_lid_11        + More
PF12780   AAA_8
PF03028   Dynein_heavy
PF08385   DHC_N1
PF17857   AAA_lid_1
PF12777   MT
PF18199   Dynein_C
PF17852   Dynein_AAA_lid
PF12774   AAA_6
PF08393   DHC_N2
PF12781   AAA_9

Interpro

IPR027417   P-loop_NTPase        + More
IPR024743   Dynein_HC_stalk       
IPR024317   Dynein_heavy_chain_D4_dom       
IPR041589   DNAH3_AAA_lid_1       
IPR035706   AAA_9       
IPR042222   Dynein_2_N       
IPR041228   Dynein_C       
IPR042228   Dynein_2_C       
IPR041658   AAA_lid_11       
IPR035699   AAA_6       
IPR013594   Dynein_heavy_dom-1       
IPR004273   Dynein_heavy_D6_P-loop       
IPR013602   Dynein_heavy_dom-2       
IPR042219   AAA_lid_11_sf       
IPR003593   AAA+_ATPase       
IPR041466   Dynein_AAA5_ext       
IPR026983   DHC_fam       

SUPFAM

SSF52540   SSF52540       

Gene 3D

1.10.8.720     1.20.140.100     3.20.180.20    

ProteinModelPortal

Q8TE73.3   M0R8U1.1   Q8VHE6.2   Q91XQ0.2   Q96JB1.2   Q39575.1   + More
Q96DT5.4   P0C6F1.1   Q9MBF8.1   Q9C0G6.3   Q9SMH3.1   Q9JHU4.2   Q14204.5   P38650.1   P39057.1   P23098.1   Q69Z23.2   Q8IVF4.4   Q9UFH2.3  

PDB

5NUG     E-value=0,     Score=1913

KEGG

101738267    K10408 dynein heavy chain, axonemal | (RefSeq) dynein heavy chain 8, axonemal-like

GO

GO:0036157   GO:0008569   GO:0097729   GO:0003341   GO:0045505   GO:0021670   GO:0007368   GO:0005524   GO:0005930   GO:0005874   GO:0036158   GO:0060271   GO:0045503   GO:0007018   GO:0051959   GO:0030286   GO:0007507   GO:0030317   GO:0003777   GO:0005858   GO:0097228   GO:0031514   GO:0060285   GO:0005737   GO:0060294   GO:0035545   GO:1905419   GO:0061371   GO:0007611   GO:0120134   GO:0003356   GO:0060411   GO:0060287   GO:0097728   GO:0036156   GO:0036159   GO:0008017   GO:0031122   GO:0005881   GO:0072382   GO:0090235   GO:0051301   GO:0034063   GO:0000278   GO:0032388   GO:0030424   GO:1904115   GO:0005813   GO:0033962   GO:0043025   GO:1905832   GO:0005868   GO:0030175   GO:0005938   GO:0005635   GO:0007097   GO:0051293   GO:0002177   GO:0008090   GO:0120162   GO:0060236   GO:0007052   GO:0097711   GO:0070062   GO:0043312   GO:0010389   GO:0035578   GO:0000086   GO:0005829   GO:0019886   GO:0003723   GO:0016020   GO:0006888   GO:0005576   GO:1905243   GO:1990090   GO:0007286   GO:0030030   GO:0016539   GO:0016887   GO:0005216   GO:0045211   GO:0006281   GO:0048384  

PANTHER

PTHR10676  

Subcellular location

  
Cell projection  
Cilium  
Flagellum  
Cytoplasm  
Cytoskeleton  
Flagellum axoneme  

Length:

4347

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.0890500000000005

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00037

outside

1  -  4347

 

 

Pi

24.267953

Theta

18.385375

Tajima's D

1.021424

CLR

0.478634

CSRT

0.676766161691915

Interpretation

Uncertain