Silkworm Genome Informatics Database

Gene

KWMTBOMO04158

Pre Gene Modal

BGIBMGA008719

Annotation

PREDICTED:_calcineurin-binding_protein_cabin-1-like_[Papilio_machaon]

Location

Bomo_Chr7(+):12583093-12589381 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.642

CDS

ATGATTAAAATAAGTGCTCTGAATGATGAATCAGAGGAGGAAAGCGGTTCCGAAGAGGAAGTAACCAAAGAAGCTTTGGAACAGATTGCGCTGCAACAATATGCGAAAGCTCTTGATCTGCAACGCAAAGGCAATGTGCGCGACGCCACACAACTTCTAAAGGATCTCCTGAACACCGAAGTATTATACGACATCAAGAAGCCAGCCCAAGGGGAAAAGATAACTAGTCCTCTATTTAATTTAAAATATGTGTGTTACAAAAATTTGGCAAGCATGCTAAGTATTTCAGGCGAGACAGATGCGGCTATAGATGCCTACTGTGCTGCTTCAGAACTTGACGACACTGATGTAACACTCTGGAATAAATTAGGGCAACTATGCTTATTGGGTAAGCGGTTTGAAATGGCCTTAAATGCATTTCAACATGGCGTGGAACGTAATCCCCGTTATTGGCCCTGTCTGGACAAGATAGTCACCCTATTACTCGGTCTTGACTTCAAGGAGGATTGTATTGCTGTTATCTATGAGGCTCTGCAGCTTGATCCCGGGTATTTGAGAGGTCTGTCATATCGGAAACATATTTATACAAAATATCCGTACATTAGAAGATTTATGGAATATTTAAATCCGATTTACAAGTGGGATCAGGAAAATGATGAACTAATTGATGAGAAGAAAGCTGAGATCTTGCTGAAAGAAGCTGAAGATATCCACGAATCGTTTATAGAAAAACAAAAAGCAGAAAAGTTTAAATATGTCATACCTTTGTTAAAACTCAATAAACCAATAACCAGTATGACTTGGAGTGCGGTTGGAGAATCTCTTGTACACATGCATAAGTATATAAGTGATAATTCATACAGCTATGTATGTCCTATTGAATTAACTTATGAAAAAAGGGAAGAAGAGGAAGTTATGGAAGTCTGTGAAGAGCCTAAAGAACTTGAACAAACTGAACCTAAAATAAAAGAAGATGAGGTGAACATTGAGACTGAGAAACCTACTGAAAATATGTCTGAAACTGAAAACAATGATTTATCTGATAAAGACAAGGCCACAACAGATACAGAGAAAGTGGAAAGTGATGTAGAAATAGTCCCATCAGACACTGCAGCTGAGGCACAGACAACAGAGACACAAACAGAATCAAAAATTCAAAAGAAACAACCGGTAAGAAGAAGAGGGAGTTCGCTCAGTTTCCTGCAGCAATGGGAGTGGTGTAAAAAAAGAAGATCAGGCAGAAAAAAAACAGCAAACAGACAAGAAACAGATGAAAACATCTATGATATTCTAAGGAAGATGGTTCCGCTTTATTTGACACCAGAAGTCATACAAAAAAGCGAAAATCAAAACACAGAAGGCCCCACAGAAGGCATTAATGATATTGAGAAACTTTTCGAAGAGAAAGATGCAATAATGGAAGTAAAAGATGTAGAGTATTTTGGTTCAGAGAATGAAAATAAGGATGTGAATGAATTCATAAAAAAATATACAGAAAAAAAACATGATGTAATTGATTTATTAAAGGATTACTTGAATATACTTGCGGAGAAATGGAAATTGAAGTGGCCCAATAATCTTCCTAAAATATTTATACATGCCAATGAATGTTACAGCACACATATTGACACACCGGCTTGTACTGATGATAATCAAGAAGATATACTACACTACACTACTGTCAATATATTGGTGGAGGAATTTTCTGTTAATGATAAATTAAATTGTGGTGATGATACTAAAGAAAAACCAGGTCATGGCCTCAATGTCATAGAATCAATAGGAATGTTTCTCACATATAAGCCACATTTGTTTCCAAGCACAGATTGCCTAGAGCTGATGCTTAGAAGTCTCTGGGTGAAACTACACATTCACACGTTGAACAAATGTGATGACCAAACCTTGGAGTGTCTATATCAATTGTTTTATGAATTTGATGCAATGGGTGAACATCATGATACATATAGTTTGACTGTCACAAACTTTACATTTAAACAGACCATCAATGAAACAGAAATTTTGGACGCTATCGATTTCTTGGAAAGAAACAAGAAACTTACAACGGTGATGGATCTGTACGATATAGGTAACTATGAGGAAGTGTTATCAATTGTTTTAGATTCTTTTGAACATTGCAAGAAGATGATTAAAACTCAAGAAGATGAAATGTCTCTGGACTTTGCTGCCCAACTATCGCTAATATTAGACTCGTATTGGGCTTTGAAAAAAGTTGATGAATGCTTTAAATGGTCCCTGATATGTCTTCATGAGGCATTAAAACATTATTTTAGATACACATCTGGATCATCTGATTACGATAAGTGGACTTTGGCTGTAGTTAAAATCCTCAGTTGCATGGAGCATATACTTGAGACTGAAGGCTTCAATTGTTTGGAAACGGTTTCTCACATTGAGTTAAGTCAGGGCTTGGAAGACCTCATCAGGATAATTGGTCATCAAGTGGAGACGAACACAACCGAAATGCCTTTTGATACAGTCAGTCCTTGGATAATTATGTACTACATTTTACAAAGAGAAGAAGATCAAGGTAGAGGTAGACCATTTGATAAAGATAAGATCTTGGCCTATGAAGTCCCTACACCTTTGCTCTTATTGTTTATTGCACATGAACATTTAGGCCAGAGGAACTGGTGCTGCAGGAATGACGGGAAACTCCTTTACTTCATTTTGGATACAGTGGTTCCTCTTTTACGCTCACCTCTCTATGCTAAATCGTTGGAGCAGATATGCCAATATATGGAACAATGCGTGTTTTGTTTGTTTGCTCATCCAGGAAAAAAGTCGAGGGTAAAATACATCGTAGACCATAAAGCAAACCCACATAATTTGGAATGGAAAAGGGCCCAGCAACTGTACGAAATATTTCGGCCTCCGATTCTTCCGGGTCTCGAGGGTAAAATATCGGGCATTACATTGGATACCGAACAATTATTCCTACGGATTTTAGCATTACTTCCGCCCGAATGTGATCCACAGAAACATGTGCACGAAGTCGAGAAATACATAAAAGGCTTACAAGATAAAGTACGAATAACATCGACCACTTTACCGTACAAAATGCGGGACATTTACTTCTTGTTGGGGGACTATTATTTTAAGAAAGATGATGGTAAAATGGCTGTCAAATATAACATGCTGGATGTTGTTGTGAACAACGATCGTTTAGAATCATGGGCCGAGATAGCGCTCGCTAAATCCGTCAATTTAGAAACATTACTGAACTCGTGCAAGAATTTGCATAACGAAAGGGAATTCTTGAATCCGGCGAAAGCTATAATACGGTGTTTCAAACGGGCTTTAGAACTTGACCCCACACATTGTAACTTGTGGATCGAATACGGTATCTTCGTGTATACGGTACATTCGTTTTGCTCTAGACTATTGAAACAAGCGAGCGAATCATTGAGCATGGAGGACTTTGAATCATTGGAGAAGCAAAAAGAAGAAATGCTGGATACAACACAAAAATGTTTCATTACGGTTCTGAATGATTTGAATAACAGTAAGGACGGTGACAAAAAGAATGTCGAAGCATGGCTGTACTACTATATGCTGGGAAAGGTGGCCGAGAAACGCAATAAACCACCGTCCGTTTATCTTGACTATTACATGAAAGGAGTCAGGAGTCTGGAGGCGACTGAAGCCACTTATCCGTTGAAAATAAATTACAACACACCGAGCCATCTATGTATTGAAGTTCTTGAATTTCATTACAGAATTCACGCGTCGATTCTTAAATACATAGAGCAACACGACAAAAAGCCTATACCGGCTTCGGTTGGGAAAGTGTTTTTAGCTTGCATCGACGAATGGCAAAAGGGGCCGTTTTCTAAGAAACCTAAAAAAGATTGTGTTTCTGAAACTGAATCTGAATTGAAACCGAAAGAACCAGTACACGCTGCGAATATTCTTAAACGATCCGTGAGCGATTCCGGGGAGGACGACACGCACGAAGTTAAAAGGCTCAAAATGGAAGCTGCAGCGGCCAAAGTTCGGAGGTCGGCATCTTATGATACGGAAAGGATAGTGTCAAATTCTACTGCACCGTTAGCGGTTACGGTCCCTGATACTAATAAAATGTTATTAACGCCTACGAAAGAGAAGCTTCAGGGATCGCCTCTGAAAAGTGAAGAAATTGAGGCTAATGACGAAAAAAATTCTCGGGAGAAAATGCAAGTTGAAGAAAAAACCGACAGGCCCGAAAAAAATTCAGAACCAAAAAAGCCTAGTACACAAATCGAGAAAAAAGACGAAAGTTCAAGTGAAACGTCGTCTTCGTCGTCCTCTGATTCAAGTTCGAGCGACTCTTCCTCAGACAGTAGTAGTGACTCGAGCAGAGACAGCGATGCTTCAGCGAATGCCTCTAAACCTTTGTCTGAGGAGGAGATCACAAAAATCACAGCATTTTGTCTCGACGCTTTAGAAGATTGTGCGAGTAGATTCCCTCAGCATTATAAAGCGATATATCGATTAGCTCACTACCACTTCTATTGTAAGAGAGGCTTGGACATTGAGAGATGCAGGGACTTGATGTTGTTGAATTTTACGTCAAGGTCCGGTCAGAAGCTAGGAGGCTTGTTTAGTGAGAGGAGACAGACGAACTTCTTTAACAATATTTGGAAGATACCTCTGTCTGAAGTTGAAAGGCCGGGCGGATTTGCATTTCACATGAGCCGGTCCGTGCAGCTCACCATGGAGATATTAAAAGAGATTGACGATCATAAAACGTTATTAGATTTGAGTTTGCATTTACAAAGAATACCTGATGCCGATAAGAAATATTTACGCGATTCTGATAGAGAAGAATTAGCGCAACAAGCGTTCTCCCTCTCTGTTCAGTCCCTCAAAGGTCAGTTGCTTAAATTCAGCCAGCAACCGGATCTTAGGAGTAACGAGGTCGAACGCCAGGCTTTGAACAGTCTGATGCTAGACATTCATAGAGCGTATCAGAGGGTGCAGAAAGAAAAGCAACCGAACATAAAACAATTCACTAATCTACTAGTAGACGGCTATAAATTAGCTACAACGGAACTTGTTAATGAGGAATATACGAATCTAGTCGATTTAAGTTTAAAATACTGTCAGAAATTGAAACAGAAATTGAAATATGAAGCGTTTATGGCCAGTTTAGAGAAAAGCAACGCTGCGCCAAAGAAACAGACCGCTAAAACTGTGGAGCAGGTGAAATCCGCTCCTTTAGTCACAGTAAATCCGCCGAAAATCGATCAGAAAGCAACGGCACCGTCCACGTCCGCATCAGGGCTGCCAAAGATGTCCACCCAGGAAATGGCAGCCGCCTTCCAAAATTATCTACCCGTGTTAAACGACTCAATGCTGTCGCAACAGACTGCGGCGGCACTATCGTTATCATATTTGAGTAACATGAGCGCTCTAGCCGGTTACAGCCTACAGAATTCGTTACACAATTCCCTTCAGAATTCCTTTCAAGCGGAATTCTACAGACAGTTTCTAGAGAACAGTTTCTCGTCGTATCTACCGCCAGTGAAGAAACAGAAACGGGGACCGAAACAGTCTACGGTCAGATTTACCAACCCTTCAGTGTCGAAACCTGTCACTAGCAAGTCGTTAGGCGGCACCATGCCGACCGTAACGAAGGCCACGCCGATGTCTGTGAGTACTTCTCTTGCAAAACTGGCTCCTACTTCAGTAGCCCTGAACGTAGGTGGTGGCCCTTCGAAATTGCCCGCGTCTTTATCTAATTTATCGAACTTTGGCACGCACACAACGCACAGCTCTTTGCCTGCCCCAAGTAACATGGCAGCTGCTTCGGCAAGCGTCCTCCACCCCAAACATGCGTTGTCGCATCAGCAAATCAGTCCAGGGAAGACGTTACAAGAGAAGCTGGCTGAAAGGCAGAAGCACATGCCGATATCGAAGACCAACCCTGAACTCAGTGCCTCTATCAGCAAGCTACCGTCTTCGCTAACAATAACAAAGACGTCCGTAACAAAACAAACTTCTAAAAAGCCTGAGTTTAAGAAATCTTTGTCGTTTAGTGGAAATGAGCGTCCCAAGCCAATCGCCCCCGATGAAGTGATTGTTCTCGACGACGATTAA

Protein

MIKISALNDESEEESGSEEEVTKEALEQIALQQYAKALDLQRKGNVRDATQLLKDLLNTEVLYDIKKPAQGEKITSPLFNLKYVCYKNLASMLSISGETDAAIDAYCAASELDDTDVTLWNKLGQLCLLGKRFEMALNAFQHGVERNPRYWPCLDKIVTLLLGLDFKEDCIAVIYEALQLDPGYLRGLSYRKHIYTKYPYIRRFMEYLNPIYKWDQENDELIDEKKAEILLKEAEDIHESFIEKQKAEKFKYVIPLLKLNKPITSMTWSAVGESLVHMHKYISDNSYSYVCPIELTYEKREEEEVMEVCEEPKELEQTEPKIKEDEVNIETEKPTENMSETENNDLSDKDKATTDTEKVESDVEIVPSDTAAEAQTTETQTESKIQKKQPVRRRGSSLSFLQQWEWCKKRRSGRKKTANRQETDENIYDILRKMVPLYLTPEVIQKSENQNTEGPTEGINDIEKLFEEKDAIMEVKDVEYFGSENENKDVNEFIKKYTEKKHDVIDLLKDYLNILAEKWKLKWPNNLPKIFIHANECYSTHIDTPACTDDNQEDILHYTTVNILVEEFSVNDKLNCGDDTKEKPGHGLNVIESIGMFLTYKPHLFPSTDCLELMLRSLWVKLHIHTLNKCDDQTLECLYQLFYEFDAMGEHHDTYSLTVTNFTFKQTINETEILDAIDFLERNKKLTTVMDLYDIGNYEEVLSIVLDSFEHCKKMIKTQEDEMSLDFAAQLSLILDSYWALKKVDECFKWSLICLHEALKHYFRYTSGSSDYDKWTLAVVKILSCMEHILETEGFNCLETVSHIELSQGLEDLIRIIGHQVETNTTEMPFDTVSPWIIMYYILQREEDQGRGRPFDKDKILAYEVPTPLLLLFIAHEHLGQRNWCCRNDGKLLYFILDTVVPLLRSPLYAKSLEQICQYMEQCVFCLFAHPGKKSRVKYIVDHKANPHNLEWKRAQQLYEIFRPPILPGLEGKISGITLDTEQLFLRILALLPPECDPQKHVHEVEKYIKGLQDKVRITSTTLPYKMRDIYFLLGDYYFKKDDGKMAVKYNMLDVVVNNDRLESWAEIALAKSVNLETLLNSCKNLHNEREFLNPAKAIIRCFKRALELDPTHCNLWIEYGIFVYTVHSFCSRLLKQASESLSMEDFESLEKQKEEMLDTTQKCFITVLNDLNNSKDGDKKNVEAWLYYYMLGKVAEKRNKPPSVYLDYYMKGVRSLEATEATYPLKINYNTPSHLCIEVLEFHYRIHASILKYIEQHDKKPIPASVGKVFLACIDEWQKGPFSKKPKKDCVSETESELKPKEPVHAANILKRSVSDSGEDDTHEVKRLKMEAAAAKVRRSASYDTERIVSNSTAPLAVTVPDTNKMLLTPTKEKLQGSPLKSEEIEANDEKNSREKMQVEEKTDRPEKNSEPKKPSTQIEKKDESSSETSSSSSSDSSSSDSSSDSSSDSSRDSDASANASKPLSEEEITKITAFCLDALEDCASRFPQHYKAIYRLAHYHFYCKRGLDIERCRDLMLLNFTSRSGQKLGGLFSERRQTNFFNNIWKIPLSEVERPGGFAFHMSRSVQLTMEILKEIDDHKTLLDLSLHLQRIPDADKKYLRDSDREELAQQAFSLSVQSLKGQLLKFSQQPDLRSNEVERQALNSLMLDIHRAYQRVQKEKQPNIKQFTNLLVDGYKLATTELVNEEYTNLVDLSLKYCQKLKQKLKYEAFMASLEKSNAAPKKQTAKTVEQVKSAPLVTVNPPKIDQKATAPSTSASGLPKMSTQEMAAAFQNYLPVLNDSMLSQQTAAALSLSYLSNMSALAGYSLQNSLHNSLQNSFQAEFYRQFLENSFSSYLPPVKKQKRGPKQSTVRFTNPSVSKPVTSKSLGGTMPTVTKATPMSVSTSLAKLAPTSVALNVGGGPSKLPASLSNLSNFGTHTTHSSLPAPSNMAAASASVLHPKHALSHQQISPGKTLQEKLAERQKHMPISKTNPELSASISKLPSSLTITKTSVTKQTSKKPEFKKSLSFSGNERPKPIAPDEVIVLDDD

Uniprot

H9JGS2 A0A2A4JS34 A0A2W1BW74 A0A2H1W6L2 A0A194RCE7 A0A194PWG4 + More
A0A0L7KZV3 A0A090XBX2

Pubmed

19121390 28756777 26354079 26227816 25970599

EMBL

BABH01034370 NWSH01000785 PCG74212.1 KZ149929 PZC77457.1 ODYU01006674 + More
SOQ48731.1 KQ460367 KPJ15518.1 KQ459589 KPI97667.1 JTDY01004126 KOB68559.1 GBIH01000203 JAC94507.1

Proteomes

UP000005204 UP000218220 UP000053240 UP000053268 UP000037510

PRIDE

H9JGS2

Pfam

PF07719 TPR_2 + More
PF13181 TPR_8

Interpro

IPR011990   TPR-like_helical_dom_sf        + More
IPR019734   TPR_repeat
IPR033053   Hir3/CABIN1
IPR013026   TPR-contain_dom
IPR013105   TPR_2

SUPFAM

SSF48452 SSF48452

Gene 3D

1.25.40.10

ProteinModelPortal

H9JGS2 A0A2A4JS34 A0A2W1BW74 A0A2H1W6L2 A0A194RCE7 A0A194PWG4 + More
A0A0L7KZV3 A0A090XBX2

PDB

2C0L E-value=0.000353793, Score=111

KEGG

101735644 K17613 calcineurin-binding protein cabin-1 | (RefSeq) calcineurin-binding protein cabin-1-like

GO

GO:0006336 GO:0005515 GO:0003899 GO:0005666 GO:0006383 GO:0006508 GO:0042555 GO:0006260 GO:0016021 GO:0004672 GO:0048384

PANTHER

PTHR15502

Length:

2032

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.01082

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00006

outside

1 - 2032

Pi

241.520181

Theta

199.81646

Tajima's D

0.624172

CLR

1.227728

CSRT

0.544772761361932

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics