SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO01158  Validated by peptides from experiments
Pre Gene Modal
BGIBMGA007483
Annotation
Sperm_flagellar_protein_[Operophtera_brumata]
Location
Bomo_Chr3(+):3458822-3464622      View in EpiBrowser
Location in the cell
Cytoplasmic   Reliability : 1.894 Nuclear   Reliability : 2.487
 

Sequence

CDS
ATGGCGGAAATATTAAAAGAATGGCTTACGGAAAGATTGGAAAGACCAATAAAATGGGAAGCTCACGAATTCGGGGAAATGATGAAAAACGGCTTTGTTCTTGCTTCTGTACTATTGAGTTATAAATTTATCAATGATGAAAAACACTTTCTCATAAGATCAAGCAATGCTGCCGAACACATTAAAAACAATTGGAAATATTTATCCGAGTGGTTAAGGACGCTGGATATAAATTTAAATGATGACGATCTACGTTGCCTCATGGAAGGAAAGGGTTCATCGTTGCTCAGACTATTTTATCAGCTGTTTTTAACCCTCGATAAAAAAGATAGAACAGATTTTATTAAACGGGAAAGAAAGATGATGACAAATTTAGTAGAAAAACCGGAAACACGATTCAAAGTAGACATAGTGAAAGAGGAACGTGAGTCTGTTGTTGATGATTTGTCTAGATTTTTACTGAATGAGAAGCATTTTGTAGAATGGCAAAAGATAAAAGCTAAGCAAGTGAAGGAAACGTATGAGTATATGAAGCATAAATATTCGAAAGTGCTTAAAAATGCTAATGAGAAAAATGCCCCATTTCTCAAAAGCATTCCAAAAACTCCAAACAAAGAGCAAGAAAAAGATAACAAAGAAATGGAAAAATTTTCGCTGAGGTATCCATGTACATTTCAAAATTATACTTATGAAGAACTTTTGAAGTTGGATGAACAAGCTGTTGAAAGGCAAAAGTTTTTAGTGGACACAGAGTGGGCTAGGAACTACATGAATAATTTACATATTAAAATTCAAGATAAAACTGAATCAGAAGAGTTCCAAAAACAAATCGGGAATACAATTAGTGGCTCACTTTGGGAACTTACCGTGGCGGAAGAGGAAAGTAATCTTGATACAGAATTGGCAAAGAAAGTTATGAAATTATCGCAATTCGAGAAACAATTGTGTACGCAACTTATGGAAACGAAACAACAAACAAGAAATTTAATTAAAAATAGAATACAAGCGGAAAAACAATTTTCCGAACAGAGAGAGCAACAATTCAACCAATACCTTGAAAACGTCAAAGAACAAATCAGTTTAGAAGTGGCTGAGATAGATTTTGAAAAACGCAGACAAAATACGCTCCATAAAAAGCTATATGCCGAGAAAATGAAAAGAAAACGCCAGCATTATTATGAAATATGTTACGATACGATGTTGTCTATAGTAGACTACGTTACTAAATACGCATATTTTAAATTACTAATTGGTGATGAAATACCTCATCATTTTATTCACGAATGGAAAAATTTATATTACAAACACCAACCTATTTTTGATATTCTGGATCCAATGGAAGATATTTTAAAAGTTGAGCATGAGGATCCGCAGTATGAAGAGGTTGTGAGGCTTGAACTAGACCGACAGAATGCTTTAAATGATGTCGAGTTTAAGGAGTATCACGACTATTCACACCCGTGGAATTTAGAATGTTTAATTTCCAATTATGATCCAGAAGCTGATGACAGAAAATATGAATATCTGGGTACTAGAATCTTAGGTCATGTTGTATATAGCTTACTTGAAATAAAATATCCGTATCCGCCACAAAAGACGCCAGCGGATTTACCAGCATATTTAGCTAAAGCTGTACTTCGTGGTCTTCCAGATAGATCTCTAACCGTTGCCATGCAGACTTTATTAAATTTTCGCAAGATACAAGTTGTTAGACTTGAATCTGCTATTAATTTTTGCATGAGAAAATATAAATTTGAGATGGTCGGTTGTACAGATGTAGAATTGTGTTATGATAAATTTATTTCGGGAATTCCCGACGAAGACATCCAAAATAAAGAACTTATTCGATTAACTAAAATTGAAGATGAAGTAGAAAACAAATCGAATGAGGTGGCCGTTGCAACCATGCTGGGTACAATTCCTGCGAATACTAAGCAAACGCAGACACCTAAGGCTATACCAGAAGAGGAAATTAAATTATCCACTGCAGCAGAGCTCGGTCGTTACGCCTACGATACACTTAGTTCTGGTAGTTGGTTAACCGATTATTTGCTTTCGGCTATGATAGTTGAATACTTAAAAAGTCTGAATGTTGACGGGTTTGTCATTATAAACTATCCAAACTCATATCGAGAAGCTAGAATATTGGAGGAAACATTTTCGGGTCGAGCTCCACCTCATGAATCAGAATTAAATGATAACGACGATATATATTTAGAAGAAAACATAGCCAAACATCAGATAAAAGACAATGATCCTTTCACACTACTCAGATCGTCTAATCTCGTAAATAATCCCCATAAATTACCGAACGAGAAGCCGTTTCAAAGCTACTTTACATGTTACATAAAATTAAAAGAAACTGAAAATATTTTACATGAAAACTTTGTATGGGATTTGATCCTCGAAAATTCGGAATTTATTGATAGATTTTACTCAGCCATGGGAATCAATTACAGTATGTATTACGAAATCATCGAAAAAGATTTACTAGCACAGATTTGCAAATATATTATCGGAGATCTAGAAATTCCTATAAAATCATGCGATAAATTGTTTGGAGAAGGAATTTTGAGTCTACTCGAGTTTCCATCATCTGAAGACAAAAGAACGAAATCAAAAGTCGTAAAACCTGAAGTAAGTAATGGAAAGTCTAAAGAAAAAATACGCAGAGGATCTAAGTCTAGTAAAATGTCAATTACAAAAGAATTACAGGTTGTAAAATCACCGAGCTCCCAAGAAGAATGTACTGAGGATGTCTTTCCTGTAGCAGCTACAGCTAGTGAAGAAAATGAAAAAATATCGGTTATAAGCCCCGAAGAGGTCAAAGTTATAGCTGGCGAAGAAGAGTGGGACTATGCACAGCTGCCTATAGTAGATACAATAGGTGTGGCCCTAGCATCTTGTTGGGAAGAAATAGAAAAAACTTACATTTATGACATAAAACAATTACTGTTCTCTAAGAGATTACAAATGAATTGTCTGGTACCTTACAGCAGATTTGTTAAGGATAAAATGGAGCAGATCATAACACTGCCATCGCATAAACAAGACTTAGTAATGAAATTTCAAAAAGATTACAATGATTTTGAAATTGATTGGCAAAATATTGGTTTAACTAAGAACGAATGGCATTGTCGGGTTAAAGAGCTCCAAAATAAATTGTATCACATTTGCGACGTAAGGAAATTGTACGCCGAACAACAAAGACAATTACTTCTGTCCGATAATTGGACTATGGAAGAATTAACCACAATGGTTAATACGTATATATCTTTTATGCAAATGGAGTTAAACAGATCTATGTTGACGTTTCAAATTTTTCATGATTTTTATTATGCAATGTTGAAGAAACCACTTCCTTCAGATCGATTGTCTTCAAAAGATTTAACTAAAATAACAAGGGACACTGATGATGGTTCTGGTAAGAAAGGTGGCGAAGATAAAATATACAAACAGTTGAAAGCTAATCATCAAGAAATGTTGTCGAAAAACATACAAATTGATTACAGCAACAATCCATTTAATTTAATTATTGAGAACAATGTTAAATTTGCCATGAAAATTGTGAAAGACACGAATGATTCTTATAGGTCGTTAATTAGTAAAGAATACAATGAGATAGCTAAAGCGTCACAAGCTCCTAAGAAAAAGGAAGGAAATAATTCCGAGATGTCGATCAGTTCAGAGGAGATTTTCAAAGAGAACGCTTTGAAATGCATTGATGAATGGACCATGGGTATAAACGGAGAAATGTTTAGATTCAACTTGCGACTAACAACTCTTCAGAATAAATGCCATCAAGATATGAAACTGTTCAATGATCATATTTATAAAACATTCACTGAAATACAAAACGATATCAATAAATATTATTTAGGTGAGATCAAGTCTGTTGATCGGTTATGCAAGTACCTTCAAATGGCCATTGAAAATGGTAGAAAAGTCCCGGAAAGTCTTACACTTGAGCACGATACGTTTGTTATTGACCACAATTTAATACAGTTTGCGAATTTAGACATGTTGACGGAAAAAGAAGAAATTGAAATAGTTTTTGGTGAGATGGACTTTAAAGTTGGTCAATTAGCAAGATTAAGATCACAATTTAAATTAGTTGCACCTACCGGTATAGTCTTTCAGCAAGCGTTCATTTACCTTTTGCAAGATTTCCTTTTGTTCGGTAAAGAATCCTGTGATGGCCCTATACTTCCACCGTTGTGGAATCGTTTAGATCCAGAACAGATACCGAAATTAGTGATGTTAATATACGGCGATACAGTTCATGTTGATTGGAGAGATTTCTTAATATACTGTTTGAATATTAAATTTCCATCTGTAGAGGAGCTCCTAAGAATACGGAAACATTTCCGTTGTGCTGACAATGAGTCTACAGAGTTGCTCGACAGAGATAGTTTTCTAAAAAGCGAATTTTGGTTCGACATAGATTTTGATCTTGAAGATCCACATGCCATATTAAGATTAAATTTAATTAAACACTATTTGTTTGAACTATTCGAAACCAGTGAGAACTTAATGAACTATCCTGCTTTCTTGTTGGCATTTTGTAAAAGTGCAGATCCCATTGAAGGTTTCGCTATGGCCATTTCGATGGCCGTCGGAAAGAAAGTCTGTTACAAATTAGAAGACTGTCAAGATGTTATTTGTAAATTAATAGAGCAGAAAAAATATAAAGACGAATGTTTAGCTTGTGCACATAAATGTACTGAACAATTTCTGACCACACTCCTAACAAAAGTAGTTAATATTTGTGAAGGTACTACGATCGAAGAAATACAGTTTACTGAACCATCTTTGAGCGATAAGAAAGGAAAGAAAACTAAGGTTGCTAAAGCAAAGAAGATTGAGAGTGCCCAAAGTGCTCGAGTGCCAAGGAGTCAAAAGAATTTGGTTAGTCAAAGTAAACTGGCACAGTCTACTATTGATATTAAAACTACGTTTATTTGTCCGCCCTGTCAAGAAGATGTTGAAGTTATCGAAGAGAAAACTCCAGAGATAAAAGAAGAAGAAGAAGTAGAACTGAAGCCCGAACCTTTGGAAGATCCTAACATTACATATGCCGTGAACCAATCTGTTATATGGAATGTACTGCAAATTTGTTTGCCATGGCACTTTAAATTGATGCCAGAAAAAATGGTTAATCCAAATATAGAGCAAGTAAATGACTTGTTTAAGAAATTGGAGACTGACACAGACAATGGTGATATTTATATTAGCAAATTTGTTAGCGATACCAAAATATGCAAACTACTTCATAAAGTCAAAAAGTTTACTTTTGTAAATTTGACGGATTCGATTCGTAACGTTATTTAG
Protein
MAEILKEWLTERLERPIKWEAHEFGEMMKNGFVLASVLLSYKFINDEKHFLIRSSNAAEHIKNNWKYLSEWLRTLDINLNDDDLRCLMEGKGSSLLRLFYQLFLTLDKKDRTDFIKRERKMMTNLVEKPETRFKVDIVKEERESVVDDLSRFLLNEKHFVEWQKIKAKQVKETYEYMKHKYSKVLKNANEKNAPFLKSIPKTPNKEQEKDNKEMEKFSLRYPCTFQNYTYEELLKLDEQAVERQKFLVDTEWARNYMNNLHIKIQDKTESEEFQKQIGNTISGSLWELTVAEEESNLDTELAKKVMKLSQFEKQLCTQLMETKQQTRNLIKNRIQAEKQFSEQREQQFNQYLENVKEQISLEVAEIDFEKRRQNTLHKKLYAEKMKRKRQHYYEICYDTMLSIVDYVTKYAYFKLLIGDEIPHHFIHEWKNLYYKHQPIFDILDPMEDILKVEHEDPQYEEVVRLELDRQNALNDVEFKEYHDYSHPWNLECLISNYDPEADDRKYEYLGTRILGHVVYSLLEIKYPYPPQKTPADLPAYLAKAVLRGLPDRSLTVAMQTLLNFRKIQVVRLESAINFCMRKYKFEMVGCTDVELCYDKFISGIPDEDIQNKELIRLTKIEDEVENKSNEVAVATMLGTIPANTKQTQTPKAIPEEEIKLSTAAELGRYAYDTLSSGSWLTDYLLSAMIVEYLKSLNVDGFVIINYPNSYREARILEETFSGRAPPHESELNDNDDIYLEENIAKHQIKDNDPFTLLRSSNLVNNPHKLPNEKPFQSYFTCYIKLKETENILHENFVWDLILENSEFIDRFYSAMGINYSMYYEIIEKDLLAQICKYIIGDLEIPIKSCDKLFGEGILSLLEFPSSEDKRTKSKVVKPEVSNGKSKEKIRRGSKSSKMSITKELQVVKSPSSQEECTEDVFPVAATASEENEKISVISPEEVKVIAGEEEWDYAQLPIVDTIGVALASCWEEIEKTYIYDIKQLLFSKRLQMNCLVPYSRFVKDKMEQIITLPSHKQDLVMKFQKDYNDFEIDWQNIGLTKNEWHCRVKELQNKLYHICDVRKLYAEQQRQLLLSDNWTMEELTTMVNTYISFMQMELNRSMLTFQIFHDFYYAMLKKPLPSDRLSSKDLTKITRDTDDGSGKKGGEDKIYKQLKANHQEMLSKNIQIDYSNNPFNLIIENNVKFAMKIVKDTNDSYRSLISKEYNEIAKASQAPKKKEGNNSEMSISSEEIFKENALKCIDEWTMGINGEMFRFNLRLTTLQNKCHQDMKLFNDHIYKTFTEIQNDINKYYLGEIKSVDRLCKYLQMAIENGRKVPESLTLEHDTFVIDHNLIQFANLDMLTEKEEIEIVFGEMDFKVGQLARLRSQFKLVAPTGIVFQQAFIYLLQDFLLFGKESCDGPILPPLWNRLDPEQIPKLVMLIYGDTVHVDWRDFLIYCLNIKFPSVEELLRIRKHFRCADNESTELLDRDSFLKSEFWFDIDFDLEDPHAILRLNLIKHYLFELFETSENLMNYPAFLLAFCKSADPIEGFAMAISMAVGKKVCYKLEDCQDVICKLIEQKKYKDECLACAHKCTEQFLTTLLTKVVNICEGTTIEEIQFTEPSLSDKKGKKTKVAKAKKIESAQSARVPRSQKNLVSQSKLAQSTIDIKTTFICPPCQEDVEVIEEKTPEIKEEEEVELKPEPLEDPNITYAVNQSVIWNVLQICLPWHFKLMPEKMVNPNIEQVNDLFKKLETDTDNGDIYISKFVSDTKICKLLHKVKKFTFVNLTDSIRNVI

Summary

Uniprot
A0A0L7LIG6   A0A212F6F3   A0A2A4JJL0   A0A2W1BFD7   A0A2H1W0Y3   A0A0J7KXF0   + More
A0A151XDA3   A0A195F6R8   A0A195D2S9   A0A151J203   A0A151I021   A0A158NHB0   A0A1B6FQG1   A0A1B6CAT1   A0A3L8DLA9   A0A2R7WK68  
Pubmed
26227816    22118469    28756777    21347285    30249741   
EMBL
JTDY01000989    KOB75185.1    AGBW02010050    OWR49289.1    NWSH01001348    PCG71590.1    + More
KZ150100    PZC73508.1    ODYU01005629    SOQ46673.1    LBMM01002169    KMQ95192.1    KQ982294    KYQ58352.1    KQ981768    KYN35887.1    KQ976973    KYN06669.1    KQ980447    KYN16022.1    KQ976665    KYM78291.1    ADTU01015458    ADTU01015459    GECZ01017375    JAS52394.1    GEDC01026707    JAS10591.1    QOIP01000006    RLU21171.1    KK854949    PTY19889.1   
Proteomes
UP000037510    UP000007151    UP000218220    UP000036403    UP000075809    UP000078541    + More
UP000078542    UP000078492    UP000078540    UP000005205    UP000279307   
Pfam
PF06294   CH_2
Interpro
IPR011992   EF-hand-dom_pair        + More
IPR036872   CH_dom_sf       
IPR001715   CH-domain       
IPR010441   CH_2       
SUPFAM
SSF47473   SSF47473       
Gene 3D
1.10.418.10    
ProteinModelPortal
A0A0L7LIG6   A0A212F6F3   A0A2A4JJL0   A0A2W1BFD7   A0A2H1W0Y3   A0A0J7KXF0   + More
A0A151XDA3   A0A195F6R8   A0A195D2S9   A0A151J203   A0A151I021   A0A158NHB0   A0A1B6FQG1   A0A1B6CAT1   A0A3L8DLA9   A0A2R7WK68  

Ontologies

KEGG
NA   
GO
GO:0031514   GO:0005515  

Topology

Length:
1776
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.0187
Exp number, first 60 AAs:
0.00685
Total prob of N-in:
0.00044
outside
1  -  1776
 
 

Population Genetic Test Statistics

Pi
130.525792
Theta
153.174449
Tajima's D
-0.50008
CLR
238.576307
CSRT
0.240637968101595
Interpretation
Uncertain
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