Gene

KWMTBOMO11396

Pre Gene Modal

BGIBMGA001869

Annotation

PREDICTED:_LOW_QUALITY_PROTEIN:_dynein_heavy_chain_12?_axonemal_[Bombyx_mori]

Location

Bomo_Chr19(+):4712196-4720282      View in EpiBrowser

Location in the cell

Cytoplasmic   Reliability : 1.728 Nuclear   Reliability : 1.186 PlasmaMembrane   Reliability : 1.422

CDS

ATGGGAAAGTTCTTTAAAGGATTAGCTTCCTGTGGAGCTTGGGTGTGTTTTGATGAATTCAATCGTATCGAAGTTGAAGTATTGTCTGTTATAGCTCAACAGATTTTGTGCATTGTTCAGGCTGTTAGACAACATTTAGAGACATTTGATTTCGAAGGTACTACCCTCAAACTTAATCCAGCATGCTACGTTTGTATAACAATGAATCCTGGCTATGCCGGTCGGTCAGAGCTGCCTGACAATCTAAAAGTGTTGTTCCGCACCGTAGCCATGATGGTTCCAGATTACGCAATGATAGGTGAAATATCACTTTATTCTTTTGGTTTTATCGATGCTAGAAGTTTGTCAATTAAAATAGTAACAACTTACCGTTTGTGTTCAGAACAGCTATCATCTCAAAACCATTACGATTACGGTATGCGTGCAGTGAAAACAGTATTGTCGGCGGCTGGTAATTTAAAACGAAGCTTTCCGAACGAAAGTGAGAGTGTCCTACTATTGAGGTCGATAACAGATGTGAATTTGCCTAAATTTTTATCATTTGATGTCCCTTTATTTGAAGGTATAATATCAGACTTGTTCCCCGGTATTTCTTTACCTAAGCCTGACTATGAAAACTTTTTAAATGCATGTCATGACGTTTGTGAAAACAATAACCTACAACCAATGGAATGTTTTTTGATAAAGGTAATTCAAACATATGAAATGATGATTGTAAGACATGGTTTCATGTTAGTGGGTAATCCATTCTCGGGTAAGTCTATGACATTAAAAGTACTCTCGGAGGCGTTGTCGTTAATACATGAACGAAATCAGCCCGATGGCTGTGAATGCACGTATAAAGTTTTAAATCCTAAGGCTGTAACGATGGGCCAACTGTATGGTGCATTTGATCCAATATCGTACGAATGGACGGACGGAATAGTGGCGACTATGTTTCGAGAGTTTGCATCTGAAGACACTCCGGTGCGGAAATGGATAGTATTCGATGGGCCAGTTGATGCTGTGTGGATCGAAAATATGAATACAGTTTTAGATGACAACAAGAAGTTGTGTTTGACGTCGGGTGAAGTAATGGCAATGTCGAACGTTATGTCTATGATTTTTGAAGTTATGGATCTTTCGCAAGCGTCCCCTGCTACCGTATCTAGATGCGGTATGATATACATGGAATCGACATCGCTTGGTTTCATGCCATTTTATAAGTCATGGCTAAACACTTTGAATCCTATATGGTTAGAAGAAAACGAAGAATACATCTATGATATGTGCGATTGGCTGTTTGATCCGCTAGTGTATTACGTCAGGAAGTTTTGCGGGCAGCTCGTTACGGCAGGCGAAGTAAATTTAGTTATAAGCACATTGAGATTAGTAGAGATGTTAATGGATAACGCCATCGAAGGCGAGGAAGACACAAAATATACTAGAACATGGTTTCTAGCATCTCTAATGACTGCCATTGTTTGGGGCCTAGGAGGGATACTGAATACAGACTCACGTGAAAAGTTTGACGACTTAGTGAAAGAATATTTTAAAGGAGAAAAAGGGATTCCATCAAAAATTGAAAGAATAGACGTTTCAATTCCTGCAGAAGGAATGTTAATCGATCATTTTTACATGTATAAGGGAAAAGGCTGTTGGAAAACATGGCCGGATGCTGTTAAGGCTGTACAAGTAAAGGAGCAGATCAATCTTCTTCAAACTGTAATACCAACACTAGAAACTGAAAAATTCATGTATTTACTGAACTTACATTCAAAGTACTTAAAGCCGCTGTTACTAATAGGACCGACTGGAACTGGCAAAAGCTTTTATGTACAAAACTTTTTAATGAACAACTTGGATATGGAAAAGTATACACCTGGCTTTATAACTTTCACAACAACTACTTCTGCAAATCAAACACAAGACTTGGTTATTTCAAAGTTGGTGAAAAGGAGAAAAAATAATTATGGCCCTACTAGAGGGAAACACGCTATAATATTTATAGATGATATGAACATGCCCGCCAAAGAGGTTTATGGTGCACAACCCGCTATTGAATTACTGCGATTATATTTTGATCAAAAACATTGGTATGATCTTAAAACAACCGACAAGCTATTCATATACGACACCATATTTTATGGAGCTATAGGTCCAGTGGGAGGAAGTCGCCAATTGATATACCCTAGGATGTTAAGACATTTTAATATTTATTCAATAAACGAGTTCTCAAAGGAAAGTATGACTAAAATATTCATGTCCTTGTTACAACTGGGTTGGAGAAGGAATGGGTTCGGTCAAGATACTCAACCTTTTATAGTAAATATTATAGCTGCCACTACGGATATATATGATCAAGCAAGAGAAAATTTGCGACCTACACCAGCTAAATCACATTACATTTTCAATCTTAGAGATTTCTCTAGGGTAATACAAGGTTGCGCCTTGCTAAGAAAAGAATCTGCCGATAATAAGAAGACGTTTATTAAAATCTGGATTCATGAAATAATGCGCGTGTTTTATGACCGATTAGTTGATGATCAAGATCGCGCCTGGTTCTTCGGAGTACTAAAAAAATCTACGAGAGATTTTATGAAAGATACATTTGAATCCGCTTTGGAAACTTATCAAGATGAAAAAGGTGAAGTAAATCAGGAAAATATAAAAAAAATGATGTTTGGATGCTATTTAGATACTGACAGCGCAGAAGGAGAAAGACGATATGAAGAAATTCCGTCTAAAGAAGTGTTTCTAAATATAGCGGTTTCTATGCTTTCTGAGTACAACTCTATGCACAAAGCTAAAATGACTATAGTATTATTTGATTATGCTTTGGAACATTTATCGAAAATATGTCGCATATTGTCAATGCCATCGGGAAATGCTTTATTAGTCGGCGTTGGTGGATCTGGCAGACAGTCTTTAACACGTTTAGCTAGTACCATCTTAGGACAACAAGTTTTTCAACCAGAAATTACTAAATCTTACAGCGTAAAAGATTGGCATGATGATATAAAGCTAGTGCTCCGAGAATCGGGTGGCCTCAACAAAGATACGACTTTTTTATTTACTGAAAGTCAAATAAAAGAAGAATCCTATATTCAGAATTTAGACAGCCTGTTGAACTCAGGAGAAGTGCCGAATTTGTACGGTTTGGATGAAAAACAAGAAATACTCGAATTGGTGCGCTTAGCCGCTCAAGGAGGTAACAGAAATTTGGATATAAGTCCATTACAAATATTAGCATTTTTTGTTGGTCGATGCAAAGCGAAACTTCACATAGTTTTATGTTTTAGCCCTATAGGCAGCTCATTTAGAACAAGACTACGATTATATCCATCACTAGTCAATTGTTGCACTATTGATTGGTATGATAGCTGGCCAGAAGATGCACTAGAAATGGTAGCGCATCATTATATGGTTAAAGTAAATGTGCCGGATCCTGTCAAATCTTCTGCTGTTATTGCCTGCAAACAGTTTCATGTTGATGCTCGCATTGTATCAATCGATTTTTTTAATCATTTTGGACGTGAAACTTATATTACATCTGCTTCATACCTTGATTTAATTAAATCTTTTACTACCTTAACGAATAGGAAACAACGTGAACTAAGAGCTGCCAAACTCAGATATACAAATGGTCTCGATAAATTGGGCCAAGCTGCCGATGCAGTAGCAATAATGCAACGGGATTTGAATGCTTTAAAACCTCAACTAATAGTAATGGCGGAAAAATCTGCAAAAATGATGCAAGAAATTGAAGTTGAAACAGCTATTGCAGATAAAGCCGCTGCACAAGTTAGAGAAGACCAAAAAGTCGCAAATGTTCAAGCCGCAGCTGCCCAAGAACTGAAAAAAGATTGTGAAGCTGACTTAGCTCTTGCTTTGCCAATATTAGAAGACGCAATTGCAGCCTTGAATACTTTGAAACCAGCCGATATAACAATTGTGAAATCTATGAAAAATCCACCATATACCGTTAAATTAGTAATGGCTGCGGTGTGCGTTATTAAAGGCATTCCCCCTGATAAAATTCCTGATCCTGATAACCCTGGCAAGAAAATGTTTGACTTTTGGGGACCAAGCAAGCGAATTTTAGGAGACATGGGCTTTTTAGATTCTTTAAAAAACTTTGATAAAGATAATATTCCGGTAGCCACAATGCAAAAAATCAGAAAGGAGTATCTTTCAAACAAAGATTTCAAACCTCACATAGTAGCAAAAGCTTCTGCCGCCGCCGAGGGTTTGTGTAAATGGATCATTGCTATGGATATGTATGATGCTGTAGCTAAAGTGGTAGCACCAAAAAAAGCAAAATTAGAAGCTGCTGAAAAAGAGTTTGCACAAACTATGGCTATTTTAGAAGAAAAAAAAGCTATGGTAGCACGATTAGAAGCTAAGTTGGCTGAACTGAATGAAGCTTTAGAAGAAGCTAACATTAAAAAGAAAGCTTTAGAGGATGAAGTGCAGTTGTGTATTGATAAATTATTTAGAGCTGAAAAATTGATAGGCGGATTAGGAGGTGAAAAAGTGCGATGGACTGTAGCAGCTGAAAACTTGCAAACCCTGTATGATAATCTTGCTGGAGATATTCTTGTTTCCTGTGGTATAATCGCCTATTTAGCTCCGTACACTTTGCCTATTAGAATAGAAATTATAGATAAGTGGCGTGACCTTGTAATCAAGCTTAATATGCCGCACTCTGAGCAATTTGTTTTTAAGGATGTTTTGGGCACTGATATTAAAATCCAAAACTGGTGCATCGCTGGATTACCAAGAGATTTATTTTCAATTGATAACGCCATCATTCAAGATAACTCGATGCGATGGTCTTTACTGATCGATCCTCAGGGTCAGGCAAATAAATGGATTAAAACAATGGAGAAAACGAATGATCTTCAGGTACTCAAATTCACCGATGGTAATTATATGAAAGTTATAGAAACTTGCTTGGAGTACGGGAAACCAGCATTAATTGACTGTGTGCTAGAAGACGTGGAAGCTCCATTGGATCCAGTGTTACTAAAACTCACTTACCTTCAAGGCGGAAAAGAATTTATTGCTCTTGGTGATAATGTCATAGAGTATCACCCAAATTTTAGATTATATATGACAACGAAACTGAGAAATCCACATTATTTACCAGAGATATTTAATAAGGTCACCCTAATAAATTTCGCATTAACAAAAGATGGTTTAGAAGATCAATTGTTAGGAATAGTTGTTGCAAAAGAGAGACCGGATTTACAAGAAAAAAGAGAAAAATTAATTGTACAGGGAGCAGCCAATAGAGCTGCACTCAAACAAGTCGAAGATGATATATTACGAACACTTCAAGAGACGAAAGGTGATATTTTGGAAGATGAGTCCGCAATTGAAGTACTGGATTCATCTAAAAATCTAGCCATTGATATAATGAAAAAACAAGAAGCTAGTTTAGAAACAGAAACAATAATTGAAAAATTCAGATTGGGTTACAGGCCCATTGCCTCGCATTCAGCAGTTTTATACTATTGTGTGACCGAACTTCCAAACGTGGACCCCATGTACCAATATTCGTTGACATGGTTTATTAATCTTTATATTATATCTATTGAAAACGCAAATAAATCAAAAGATCTAGAAAAGCGATTAAAATTTCTTAAGGATACTTTTACTTATAATTTGTATAGTAATGTATGCCGTTCTCTTTTCGACAAAGACAAGTTAATGTTCTCTTTTATAATGTGCTCAAAGATGATGCTTTCAACTGAGAAGATGAATGTTGACGAATACAAGTTCTTGATAACAGGTGGTATAGCTGTAGAAAATCATTTAAAAAAACCTGTGGAATGGCTACCGGACAAAGCTTGGGATGAAATTTGTCGGCTGAATGACTTAAAAGCATTTAGAGCTTTCAGAGACGACTTTGTTAAAACTATAATCAAATGGCAAGAAGTGTATGACGACATTGAGCCACAGAATAAAACATTGCCTGGAGGCTGGGATGAAAGATTAACCCAATTTCAAAAACTTCTGGTAGTCAGAGTACTGCGACCAGATAAATTAACTATAGCCGTTTCTCAATTCCTCGAAAAAGAAATGGGTCGAAAGTACACTACACCACCTCCTTTTGACATCAGCAAATCTTTCGGAGATTCAAACTGCCTTGCCCCACTTATATTCATACTCTCCCCTGGCTCTGACCCAATGGGTGCACTGATCAAATACTGCGAAAGAATGGGCTTTTCTCACAGATTCAATTCTATTTCACTGGGGCAAGGTCAAGGACCTATTGCAAGGGCCATGATAGAAAAAGCTCAAAGTGAAGGTGGTTGGGTTTGCCTGCAGAATTGTCATTTGGCAGTTTCTTGGCTTCCAGTGCTCGAGAAAATTGTCGAGGGTTTTGATTTAACGAACACCGATCTGAGTTTCAGGTTATGGTTGACTAGCTATCCTTCCGACAAGTTCCCTCAGTCTGTCTTACAAGTAGGCGTCAAAATGACAAACGAACCTCCTACTGGACTTCAACACAACTTGAATCGTTCATATATTTCAGAACCATTAAAAGAACCCGAGTTTTATGAAGGATGTCCTGGAAAAGACAAAACATTTAGCAAACTCTTGTATGGAATAAGTTTTTTTCATGCAGTTGTACAAGAACGTAAGAAGTTCGGTCCACTTGGTTGGAACATTCAGTATGGATTCAACGATTCTGATTTTCAGATATCAGTAATGCAACTGCAAATGTTTTTAAATCAATATGAAGAAATACAGTACGTGGCAATCAAATACCTCACAGGAGAATGTAACTACGGCGGACGCGTGACTGATGATTGGGATCGACGTCTAATCGTAACAATACTAGATAATTATGTGAATTCTGGCGTAGTCAACGATCCTAATTACTTGTTCTGTGAACTCGGTCAACAGTATGGCTTACCTCGTCGATGTGAATATCAGGATTATTTGAAGCACATAGAAAGTGTTCCAATTAACCCACCCCCAGAAGTGTTTGGATTACACATGAACGCGGGAATAACGCGCGACTATAGTATTTCAATGGAACTTACATCTTCTTTAGTCCTGGTTGAAGGAACAGGTAGTGGTGGAGAAGGGGGTAATACTGAAACCATTTTGGTTCTTATGGCATCGGAAATCTTGTCGAAGTTACCTCCCAAATTTGATGTTGAAATAGCACAAAAAAAATATCCTGTTGATTACAATGAATCCATGAATACCGTACTCATACAAGAGATGGAAAGATTCAATAAATTACTAAATGAAATCAAATCTTCATTACAAGACTTACAAAAGGCTGTAAAAGGTTTAATTGTGATGTCCCCAGCATTGGATTTACAATCTAACGCAATGTTGTTAGGTAAAATCCCAGAAAATTGGAGAAAATTCTCATATCCCAGCCTAAAACCTTTGCCAAGTTATGTGGCAGACTTTATAGAACGATTATCTATGTTAGAAGATTGGTATCAAAATGGGAAACCACCGACATTCTGGTTACCTGGCTTCTTTTTCACGCAAGCCTTCCTAACAGGGTCCGTTCAGAATTATGCCCGGGCAAAGACGATACCAATTGATTTGCTAGTATTCGATTTTGAAATTCGCAACGTCGACTATGAAACTACACCTCCAAAATGGGGTGTTTTTGTTCAGGGTCTTTTCATGGATGGCGGTAGGTGGAATCGTGAGACACACGCGATAGCCGAACAACTACCAAAAGTATTGAACGATAATATGCCCGTAATATGGCTCTACCCGAAATTGAAAAATGAATTCAATGAAGGCACAAGGTACAAGTGTCCTTTGTATAAGACTCTGGAAAGGAAAGGAGTTTTGGCCACAACTGGACATTCTTCTAATTTCGTGTTAGCCTTTTATTTGCCCTCCGACAAACCATCTGCCCATTGGATTAAACGTAGTGTAGCTTTGCTTCTTCAGTTAGATAACTAA

Protein

MGKFFKGLASCGAWVCFDEFNRIEVEVLSVIAQQILCIVQAVRQHLETFDFEGTTLKLNPACYVCITMNPGYAGRSELPDNLKVLFRTVAMMVPDYAMIGEISLYSFGFIDARSLSIKIVTTYRLCSEQLSSQNHYDYGMRAVKTVLSAAGNLKRSFPNESESVLLLRSITDVNLPKFLSFDVPLFEGIISDLFPGISLPKPDYENFLNACHDVCENNNLQPMECFLIKVIQTYEMMIVRHGFMLVGNPFSGKSMTLKVLSEALSLIHERNQPDGCECTYKVLNPKAVTMGQLYGAFDPISYEWTDGIVATMFREFASEDTPVRKWIVFDGPVDAVWIENMNTVLDDNKKLCLTSGEVMAMSNVMSMIFEVMDLSQASPATVSRCGMIYMESTSLGFMPFYKSWLNTLNPIWLEENEEYIYDMCDWLFDPLVYYVRKFCGQLVTAGEVNLVISTLRLVEMLMDNAIEGEEDTKYTRTWFLASLMTAIVWGLGGILNTDSREKFDDLVKEYFKGEKGIPSKIERIDVSIPAEGMLIDHFYMYKGKGCWKTWPDAVKAVQVKEQINLLQTVIPTLETEKFMYLLNLHSKYLKPLLLIGPTGTGKSFYVQNFLMNNLDMEKYTPGFITFTTTTSANQTQDLVISKLVKRRKNNYGPTRGKHAIIFIDDMNMPAKEVYGAQPAIELLRLYFDQKHWYDLKTTDKLFIYDTIFYGAIGPVGGSRQLIYPRMLRHFNIYSINEFSKESMTKIFMSLLQLGWRRNGFGQDTQPFIVNIIAATTDIYDQARENLRPTPAKSHYIFNLRDFSRVIQGCALLRKESADNKKTFIKIWIHEIMRVFYDRLVDDQDRAWFFGVLKKSTRDFMKDTFESALETYQDEKGEVNQENIKKMMFGCYLDTDSAEGERRYEEIPSKEVFLNIAVSMLSEYNSMHKAKMTIVLFDYALEHLSKICRILSMPSGNALLVGVGGSGRQSLTRLASTILGQQVFQPEITKSYSVKDWHDDIKLVLRESGGLNKDTTFLFTESQIKEESYIQNLDSLLNSGEVPNLYGLDEKQEILELVRLAAQGGNRNLDISPLQILAFFVGRCKAKLHIVLCFSPIGSSFRTRLRLYPSLVNCCTIDWYDSWPEDALEMVAHHYMVKVNVPDPVKSSAVIACKQFHVDARIVSIDFFNHFGRETYITSASYLDLIKSFTTLTNRKQRELRAAKLRYTNGLDKLGQAADAVAIMQRDLNALKPQLIVMAEKSAKMMQEIEVETAIADKAAAQVREDQKVANVQAAAAQELKKDCEADLALALPILEDAIAALNTLKPADITIVKSMKNPPYTVKLVMAAVCVIKGIPPDKIPDPDNPGKKMFDFWGPSKRILGDMGFLDSLKNFDKDNIPVATMQKIRKEYLSNKDFKPHIVAKASAAAEGLCKWIIAMDMYDAVAKVVAPKKAKLEAAEKEFAQTMAILEEKKAMVARLEAKLAELNEALEEANIKKKALEDEVQLCIDKLFRAEKLIGGLGGEKVRWTVAAENLQTLYDNLAGDILVSCGIIAYLAPYTLPIRIEIIDKWRDLVIKLNMPHSEQFVFKDVLGTDIKIQNWCIAGLPRDLFSIDNAIIQDNSMRWSLLIDPQGQANKWIKTMEKTNDLQVLKFTDGNYMKVIETCLEYGKPALIDCVLEDVEAPLDPVLLKLTYLQGGKEFIALGDNVIEYHPNFRLYMTTKLRNPHYLPEIFNKVTLINFALTKDGLEDQLLGIVVAKERPDLQEKREKLIVQGAANRAALKQVEDDILRTLQETKGDILEDESAIEVLDSSKNLAIDIMKKQEASLETETIIEKFRLGYRPIASHSAVLYYCVTELPNVDPMYQYSLTWFINLYIISIENANKSKDLEKRLKFLKDTFTYNLYSNVCRSLFDKDKLMFSFIMCSKMMLSTEKMNVDEYKFLITGGIAVENHLKKPVEWLPDKAWDEICRLNDLKAFRAFRDDFVKTIIKWQEVYDDIEPQNKTLPGGWDERLTQFQKLLVVRVLRPDKLTIAVSQFLEKEMGRKYTTPPPFDISKSFGDSNCLAPLIFILSPGSDPMGALIKYCERMGFSHRFNSISLGQGQGPIARAMIEKAQSEGGWVCLQNCHLAVSWLPVLEKIVEGFDLTNTDLSFRLWLTSYPSDKFPQSVLQVGVKMTNEPPTGLQHNLNRSYISEPLKEPEFYEGCPGKDKTFSKLLYGISFFHAVVQERKKFGPLGWNIQYGFNDSDFQISVMQLQMFLNQYEEIQYVAIKYLTGECNYGGRVTDDWDRRLIVTILDNYVNSGVVNDPNYLFCELGQQYGLPRRCEYQDYLKHIESVPINPPPEVFGLHMNAGITRDYSISMELTSSLVLVEGTGSGGEGGNTETILVLMASEILSKLPPKFDVEIAQKKYPVDYNESMNTVLIQEMERFNKLLNEIKSSLQDLQKAVKGLIVMSPALDLQSNAMLLGKIPENWRKFSYPSLKPLPSYVADFIERLSMLEDWYQNGKPPTFWLPGFFFTQAFLTGSVQNYARAKTIPIDLLVFDFEIRNVDYETTPPKWGVFVQGLFMDGGRWNRETHAIAEQLPKVLNDNMPVIWLYPKLKNEFNEGTRYKCPLYKTLERKGVLATTGHSSNFVLAFYLPSDKPSAHWIKRSVALLLQLDN

Uniprot

A0A3S2LZQ1   A0A0N1IP46   A0A2A4K979   A0A2H1VGP6   A0A0L7LCT7   H9IX86   + More
E0VN31   B0W746   Q16GP5   A0A182G247   A0A182RFC0   A0A182MXX9   A0A182XCB9   A0A182HNM2   Q7Q319   A0A182P9E4   A0A182WF42   A0A182YDC6   A0A182M045   A0A182LPK2   A0A182K092   A0A182QFA8   A0A182U9T1   D6X1I5   A0A182J1U0   A0A067RS52   A0A232EV87   A0A182FTC2   A0A182V949   A0A1J1IHF6   A0A0L7QVH0   A0A1B6F6A7   A0A3B0JT26   A0A3B0JT11   B4KXV2   B5DQZ6   A0A087ZWH2   B4N3U6   B4MGM9   A0A1I8NV83   B4PDT6   W8B4L5   B3M7A9   V4AAK2   A0A0M4F1I4   Q7KVA7   A0A154PSA2   A0A1W4W6R4   B3NEU9   A0A2A3ELV2   A0A1A9WFE7   A0A1I8MKK7   A0A0L0CNJ9   A0A0J9RNI1   A0A210PH27   A0A1B0AID2   J9KB19   A0A1B0G7G3   W4ZLI0   E2B3R4   A0A1X7V533   M3YZJ8   A0A3Q0JTD3   A0A3Q0JQH7   A0A1W4YXS2   A0A3Q0JQH1   A0A2Y9IYT2   W5N6X4   E9QBH9   A0A2I3TN80   A0A3Q7SE67   A0A2D0SN58   A0A2D0SLX4   H2Z3M1   A0A2R9AUV8   E9PG32   A0A0G2K7D4   A0A2J8T165   A0A3Q1B603   A0A2K6CWA5   A0A2K5KRN1   F6PY57   A0A2K5UTV2   A0A2K6PQ51   A0A3P8SM51   A0A3Q7VWA7   J9NYC7   A0A2R8M839   A0A2K6SX48   A0A2U9C068   A0A096NG50   W5L7L2   W5PWU4   K7FBQ7   G1SRT4   A0A2Y9FXD7   F1Q4D7   E7FGS8   A0A1S3LH09   A0A2U4CC23  

Pubmed

26354079    26227816    19121390    20566863    17510324    26483478    + More
12364791    14747013    17210077    25244985    20966253    18362917    19820115    24845553    28648823    17994087    15632085    17550304    24495485    23254933    10731132    12537568    12537572    12537573    12537574    16110336    17569856    17569867    25315136    26108605    22936249    28812685    20798317    23594743    16136131    22722832    16641997    15057822    17431167    25362486    16341006    25329095    20809919    17381049    21993624   

EMBL

RSAL01000096    RVE47759.1    KQ460772    KPJ12459.1    NWSH01000016    PCG80781.1    + More
ODYU01002448    SOQ39951.1    JTDY01001624    KOB73318.1    BABH01018127    BABH01018128    BABH01018129    BABH01018130    AAZO01003806    DS235332    EEB14797.1    DS231852    EDS37651.1    CH478250    EAT33412.1    JXUM01039430    KQ561204    KXJ79356.1    APCN01001944    AAAB01008966    EAA13034.3    AXCM01001232    AXCN02002113    KQ971371    EFA09466.2    KK852455    KDR23635.1    NNAY01002033    OXU22263.1    CVRI01000048    CRK98972.1    KQ414727    KOC62554.1    GECZ01023970    JAS45799.1    OUUW01000009    SPP85255.1    SPP85254.1    CH933809    EDW17624.2    CH379070    EDY73927.2    CH964095    EDW79301.2    CH940682    EDW57095.2    CM000159    EDW92901.2    GAMC01018326    GAMC01018324    JAB88231.1    CH902618    EDV38770.2    KB200576    ESP01004.1    CP012525    ALC44807.1    AE014296    AAS64934.2    KQ435127    KZC14782.1    CH954178    EDV50222.2    KZ288215    PBC32474.1    JRES01000141    KNC33880.1    CM002912    KMY96944.1    NEDP02076707    OWF35798.1    ABLF02040460    ABLF02040467    CCAG010000130    AAGJ04000924    AAGJ04000925    GL445398    EFN89651.1    AEYP01002128    AEYP01002129    AEYP01002130    AEYP01002131    AEYP01002132    AEYP01002133    AEYP01002134    AEYP01002135    AEYP01002136    AEYP01002137    AHAT01029308    AHAT01029309    CR376797    CT573385    AACZ04000347    AACZ04000348    AACZ04000349    AACZ04000350    AACZ04000351    AACZ04000352    AACZ04000353    NBAG03000218    PNI80081.1    AJFE02063955    AJFE02063956    AJFE02063957    AJFE02063958    AJFE02063959    AJFE02063960    AJFE02063961    AJFE02063962    AJFE02063963    AJFE02063964    AC092418    AC093928    AC121250    AC231288    AC232304    AABR07024509    AABR07024510    AABR07072485    AC118794    NDHI03003532    PNJ26765.1    JSUE03023567    JSUE03023568    JSUE03023569    JSUE03023570    JSUE03023571    AQIA01039841    AQIA01039842    AQIA01039843    AQIA01039844    AAEX03012165    CP026253    AWP09828.1    AHZZ02020045    AHZZ02020046    AHZZ02020047    AHZZ02020048    AHZZ02020049    AHZZ02020050    AMGL01045376    AMGL01045377    AMGL01045378    AMGL01045379    AMGL01045380    AMGL01045381    AMGL01045382    AGCU01138671    AGCU01138672    AGCU01138673    AGCU01138674    AGCU01138675    AGCU01138676    AGCU01138677    AGCU01138678    AGCU01138679    AGCU01138680    AAGW02044258    AAGW02044259    AAGW02044260    AAGW02044261    AAGW02044262   

Proteomes

UP000283053    UP000053240    UP000218220    UP000037510    UP000005204    UP000009046    + More
UP000002320    UP000008820    UP000069940    UP000249989    UP000075900    UP000075884    UP000076407    UP000075840    UP000007062    UP000075885    UP000075920    UP000076408    UP000075883    UP000075882    UP000075881    UP000075886    UP000075902    UP000007266    UP000075880    UP000027135    UP000215335    UP000069272    UP000075903    UP000183832    UP000053825    UP000268350    UP000009192    UP000001819    UP000005203    UP000007798    UP000008792    UP000095300    UP000002282    UP000007801    UP000030746    UP000092553    UP000000803    UP000076502    UP000192221    UP000008711    UP000242457    UP000091820    UP000095301    UP000037069    UP000242188    UP000092445    UP000007819    UP000092444    UP000007110    UP000008237    UP000007879    UP000000715    UP000192224    UP000248482    UP000018468    UP000000437    UP000002277    UP000286640    UP000221080    UP000007875    UP000240080    UP000005640    UP000002494    UP000257160    UP000233120    UP000233060    UP000006718    UP000233100    UP000233200    UP000265080    UP000286642    UP000002254    UP000008225    UP000233220    UP000246464    UP000028761    UP000018467    UP000002356    UP000007267    UP000001811    UP000248480    UP000087266    UP000245320   

PRIDE

H9IX86    Q7KVA7    E9PG32    W5PWU4   

Pfam

PF12774   AAA_6        + More
PF08393   DHC_N2
PF12781   AAA_9
PF03028   Dynein_heavy
PF18198   AAA_lid_11
PF12780   AAA_8
PF18199   Dynein_C
PF17852   Dynein_AAA_lid
PF17857   AAA_lid_1
PF12777   MT
PF07525   SOCS_box
PF17489   Tnp_22_trimer
PF02994   Transposase_22

Interpro

IPR041466   Dynein_AAA5_ext        + More
IPR003593   AAA+_ATPase       
IPR042219   AAA_lid_11_sf       
IPR026983   DHC_fam       
IPR013602   Dynein_heavy_dom-2       
IPR004273   Dynein_heavy_D6_P-loop       
IPR035699   AAA_6       
IPR041658   AAA_lid_11       
IPR041228   Dynein_C       
IPR042228   Dynein_2_C       
IPR042222   Dynein_2_N       
IPR035706   AAA_9       
IPR041589   DNAH3_AAA_lid_1       
IPR024317   Dynein_heavy_chain_D4_dom       
IPR024743   Dynein_HC_stalk       
IPR027417   P-loop_NTPase       
IPR002048   EF_hand_dom       
IPR025662   Sigma_54_int_dom_ATP-bd_1       
IPR002110   Ankyrin_rpt       
IPR036036   SOCS_box-like_dom_sf       
IPR036770   Ankyrin_rpt-contain_sf       
IPR001496   SOCS_box       
IPR020683   Ankyrin_rpt-contain_dom       
IPR004244   Transposase_22       
IPR035301   L1_trimer       

SUPFAM

SSF52540   SSF52540        + More
SSF158235   SSF158235       
SSF48403   SSF48403       

Gene 3D

1.10.8.720     1.20.140.100     3.20.180.20     1.25.40.20    

CDD

cd00204  ANK

ProteinModelPortal

A0A3S2LZQ1   A0A0N1IP46   A0A2A4K979   A0A2H1VGP6   A0A0L7LCT7   H9IX86   + More
E0VN31   B0W746   Q16GP5   A0A182G247   A0A182RFC0   A0A182MXX9   A0A182XCB9   A0A182HNM2   Q7Q319   A0A182P9E4   A0A182WF42   A0A182YDC6   A0A182M045   A0A182LPK2   A0A182K092   A0A182QFA8   A0A182U9T1   D6X1I5   A0A182J1U0   A0A067RS52   A0A232EV87   A0A182FTC2   A0A182V949   A0A1J1IHF6   A0A0L7QVH0   A0A1B6F6A7   A0A3B0JT26   A0A3B0JT11   B4KXV2   B5DQZ6   A0A087ZWH2   B4N3U6   B4MGM9   A0A1I8NV83   B4PDT6   W8B4L5   B3M7A9   V4AAK2   A0A0M4F1I4   Q7KVA7   A0A154PSA2   A0A1W4W6R4   B3NEU9   A0A2A3ELV2   A0A1A9WFE7   A0A1I8MKK7   A0A0L0CNJ9   A0A0J9RNI1   A0A210PH27   A0A1B0AID2   J9KB19   A0A1B0G7G3   W4ZLI0   E2B3R4   A0A1X7V533   M3YZJ8   A0A3Q0JTD3   A0A3Q0JQH7   A0A1W4YXS2   A0A3Q0JQH1   A0A2Y9IYT2   W5N6X4   E9QBH9   A0A2I3TN80   A0A3Q7SE67   A0A2D0SN58   A0A2D0SLX4   H2Z3M1   A0A2R9AUV8   E9PG32   A0A0G2K7D4   A0A2J8T165   A0A3Q1B603   A0A2K6CWA5   A0A2K5KRN1   F6PY57   A0A2K5UTV2   A0A2K6PQ51   A0A3P8SM51   A0A3Q7VWA7   J9NYC7   A0A2R8M839   A0A2K6SX48   A0A2U9C068   A0A096NG50   W5L7L2   W5PWU4   K7FBQ7   G1SRT4   A0A2Y9FXD7   F1Q4D7   E7FGS8   A0A1S3LH09   A0A2U4CC23  

PDB

5NUG     E-value=0,     Score=2375

KEGG

101745889    K10408 dynein heavy chain, axonemal | (RefSeq) dynein heavy chain 12, axonemal

GO

GO:0005524   GO:0030286   GO:0007018   GO:0003777   GO:0045503   GO:0051959   GO:0008569   GO:0045505   GO:0005509   GO:0016021   GO:0008090   GO:1904115   GO:0003341   GO:0005875   GO:0036156   GO:0042623   GO:0035556   GO:0016887   GO:0046034   GO:0032559   GO:0004812   GO:0006418   GO:0003824  

PANTHER

PTHR10676  

Length:

2643

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

2.69048000000001

Exp number, first 60 AAs:

0.00467

Total prob of N-in:

0.00420

outside

1  -  2643

 

 

Pi

224.327803

Theta

209.685333

Tajima's D

0.349672

CLR

0.365767

CSRT

0.465626718664067

Interpretation

Uncertain