SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO01836
Pre Gene Modal
BGIBMGA005973
Annotation
PREDICTED:_dedicator_of_cytokinesis_protein_9_[Bombyx_mori]
Location in the cell
Nuclear   Reliability : 2.306
 

Sequence

CDS
ATGAACCCCCTCCTAATCCGGTACTCCCGGGAGACGGACCTGTCTATAGCGGCGGCGCGCAACGAGAGCCGCTTCAACGTGTTCATGTTGCCGTACAAACGAGCGCCGTCGCCAGAACCTCAGTTGGAACCATTCAAAGAACATTTTGGCCAAAGAATATTGCTCAAATGCGAAAGTTTAAAGTTTAGGTTACAAGCGCCCATAGACGGGGACAAAGAGTTGTTATGTCAGGTCGAACCTTACTACACTCGTCTCGCGTTGTACGACGCGAGATGCGGCAAGAAACTAACCGAGGACTTCCACTTCGATCTGAACCACGACGCCGTCAAGGATCTAGTCAAGGACGACGAGTGCACAAAGTCATTAGTCGAAAACTTTAGTTACGATGTTAAATTAGATGTAAAACAGATACCGGAGGAATGGTATCGGTCGAAGAGACAGGTGGTTTTATCGGTGAATAATCCACATCCGGACTTATTTTTAGTAGTTAAAATAGACAAAATACTCCAAGGTCATGTTAGTCAAGTTTTGGAACCGTATATGAAAGCGACCAAGGACCCCAGGCTCGGTCTTAAGGTTCACAAAAACGTGCAAGCGTATGGGAATCGCGTCGGAAACTACAAAATGCCCTTCGCTTGGGCAGCAAAGCCTTTGTACAAAATGTACAGCAATGATTTGGATGTAACCTCAGAGTTTTCTGCGATTTACCGACAGGAGCCTAATAAGATGTCCGATGATGACTTATTAAAAATTTTATCTGATTATCGGAAACCCGAGAAGCTGGCTCGACTAACCGTTATACCCGGCTGGCTCTCTATAAATATACAACAGACAAGCGAACAAATACCAAATTGTATGACGAGTGCGTACGCGGCCCTTAAGCCGTTTCCGCTGCCGCCGGCTGCGCCTCTGACGCTAGAGCTCGCAACACTGAACGTGGAGCCGGAGCAACCGTACGCGGCCTACGTGCATCACCTCTACGTGCGACCGCTTGCTCTGAATTTCGAATCTCAAAAAATGTTCGCCAGGGCTAGGAACATCGCATGCACTATCGAACTCAGGAATAGCGACACGGGCGATAATGAACCGCTACAGGCAATATATGGCCGCACAGGAATGACGAGTCAATACAGATGTTGCGTTTTACATCATAACGCTAATCCGGCCTGGTCGGACGAAGCGAAAATCCGTCTGCCCGCCACAATTAATTCACAGCATCATTTACTATTCACATTCTACCACATCTCTTGCGATATCGCCAAGAAAAACGACACGAATGTCGAAACGTGTATCGGGTACGCGTGGGTCCCGCTATTGAAAAACGATAAATTTGTCGATGAGCTTATAAACCTACCGGTTTCCACACATTTGCCGTCTGGATATTTATCGATACAACCTCTCGGGCTCGGCAAAGGGAATTCCGGACCGGAAATAGTATGGATCGAAGGAGAGAAGCAACTGTTCCGGTGTCATATAGTACTAGATTCGACAGTCGCAACCAGGGATAATCACTTGCATAATCTGTTCAATCATGCGGAGAGATTGGTGAAGAGTAACTCGCCTCCCACGTCGCCGTCTCCTCCGCCATGGAATGACGTCTGCAACGCACTGAAAGCCGCACACGCAGTCAAACTCAGCTCACTTGTTGGTTTCTTACCGACAATCCTAAACCAGCTGTTCGAATTGATGACTGTTGAAAAGAGTTACACATCGGAAATGGGCTATCAGATTGTCAAATTAATTGTTCACTTCGTTCATTTGATTCATGATTACGGGAGAAAAGATTTGTTGGACAGCTATGTGAAGTATGTTTTTAACTGTCTTGAATATAAGTTGCACACAGTTCTAACCGCGCCTCTACATATGTTTGTGGACCCCAATCAACAAGATTTTTTGCTAAATCATAAATTCATGCAGTACTCCAACTTCTTCTTCGAAATCATTGTGAAGAGTATGGCTCAGTATTTAATTAACACAGGACGAATAAAGATGTCCAGGAATGAGAGGTTTCATTCAGATTTATTAGAGAATATTGACAAACTGGTCACGATGGTAGAGCCGTCGTACATTCTACAACAGCCGATGCAGACTCATATTTTTAATAAAAATCTTGCCATTTTTCTTAAGTCTTGCTTATCGTTCATGGATCGAGGATTTGTATTTCGTCAAATAAAGAAATACCTCGACAAGTTTAAGGCGTGCGATCCCAAAGCTCTGTTCGACTTCAAATTTACATTCTTACAGACAATTTGTTTGCACGAACATTACGTACCCTTCAATTTACCTCTTCAAGCGAATAAGATCGGTAAAGACTGTGATACTGATCCTGCTAAACTAAAATTAACGGAAGACTTCATCATGCGACATTTTCTAGCCGGAACACTACTGAAACATGTGGAACAGTCACTTCGTGAAGCACCTCAGAAACGCCGAGTGGCTTTGAACGTGCTCAGAACGTTGCTGACGAAACACGAACACGATGATCGATATCGATCAAAGCAGTGCCGTGCGAGGATAGCACATCTCTATTCGCCCTGGCTTACTATTGTTTTAGATAACGCTCATCGCCTCGTCACCAAGTCTCTAGCCAGTCCAGTGCTAGAGAACGGGGTAGACAAGGTGGACGGCGACGCTACCAACACCACTGCCAACTGCGCGAAGGAAGCCGCTTCAGTCAACAGTACCCCGCGCAGAAATAGATTGACTTTGCATTTCGAGCACACGCCGGCTCGCAATTCTACTCACTTCAAAGAACCATCAAACGTTCAAAGTAATCACTTGTATGCAAAAGATCCCGGCAACAACGCATCGCACAGTTCCCTTGAATCGGTTTCGACCATGTCCGGCGGCGACTCGCTTCCTCGGAATATAGGCAAGTTAGATTTGAGCGAAATTGGTGATCAAGTTAATCGTTTCGGCGTGATGTCTGCCGAGGAAGTCCGCGATGTTCTGTTATGCTTCCTATTTGTATTGAAATATTTGGATGAAGAGAGACTCGTTGATTGGTGGAAGACGCTATCTGAGGCCTACATACAGTCATTCTTTAACGTTTTAGAGATCTGCGCAGAACAGTTTCAGTATGTTGGAAGAAAAAAGATTCTGAGTGAACTGAAGGCGACAACGCCGGACTGCAACGGCAAGCCGAAGCCAGTGAAGGCCAGGACGCTGCCCGCCCGGATGAGCCCACCGGATTTTTCCAAGGAACCTCCCATAATTGTCGAGAAGAACAACACAGTTAACAGAGAAAATCTGGCTAATACTGCCACAATTACAACAGAATTAGAAGCGATGGCGGAACACACGGTGTTAGCAGCAGGATGCTTGTCCACAGAAGTGGGCCTCATTATAATAGATAGATCGTGCTTATTCATGAAAAATCTCGGAGCGGCTAATGGAGTTAGCGCCAAACCGTATCTAAAACTACTACAGTGTCCACAAAGCGAAACTCTGTACAAACACCTGTTCGCAGCCTTGCGAGCCTATATCAACCAGTTCTCTGAAACACTATTCGAAGGGGGCAGCACGTTGTGCGCCGGCGTGGTGTCGGGCGTGGTGCGGCTGTGCGAGGCGCGCGCGGCGTGGCTGCGGCGGGAGGCAGCGGCCGCCCTCTATCTGCTGATGCGGGCTAACTTCCAACACGGAGCCGGTGGGGATCTCACCAGAGTTCATTTGCAAGTCATAATGGCGGTCTCAAAACTGTTAGACAGTTCAAACGCACTAAACTGCAAACGTTTCCAAGAGAGTCTGTCCGTTATAAACTGCTTCGCTACAGGTGACAAGGCAATGAAAGGAACGGGATTGTCGAGCGAAGTGGCGGAGCTGATGCGGCGCGTCCGTACAGTAGTGGGCGCGCGGGCTCGCCTCGCCGGAGTGGGGGGCTCCGGTCTCTCGGGTCTCTCAGGTGCCGGTAGCGTCCACCTCGCGGAGCTACAGCACGCTCTGGCGGCGTCGTGCCGCGCCACGCCGCGCCTGCGCCACGCCTGGCTCGCGACGCTCGCGGAGCACAACGCGCGACAAGGAGACCACGATGAGGCCATGTGCTGTCAGTTGCACATAGCGGCCCTCATCGCCGAGTACTTGAAGCTGCGCGGCGCCATACAGTGGGGGGCCGATGTCTTCGAAGACATTTCCAAGAACATTCCACGCGAAGAGACCGGCCTCAAGATAGACGAAGGTAAATAA
Protein
MNPLLIRYSRETDLSIAAARNESRFNVFMLPYKRAPSPEPQLEPFKEHFGQRILLKCESLKFRLQAPIDGDKELLCQVEPYYTRLALYDARCGKKLTEDFHFDLNHDAVKDLVKDDECTKSLVENFSYDVKLDVKQIPEEWYRSKRQVVLSVNNPHPDLFLVVKIDKILQGHVSQVLEPYMKATKDPRLGLKVHKNVQAYGNRVGNYKMPFAWAAKPLYKMYSNDLDVTSEFSAIYRQEPNKMSDDDLLKILSDYRKPEKLARLTVIPGWLSINIQQTSEQIPNCMTSAYAALKPFPLPPAAPLTLELATLNVEPEQPYAAYVHHLYVRPLALNFESQKMFARARNIACTIELRNSDTGDNEPLQAIYGRTGMTSQYRCCVLHHNANPAWSDEAKIRLPATINSQHHLLFTFYHISCDIAKKNDTNVETCIGYAWVPLLKNDKFVDELINLPVSTHLPSGYLSIQPLGLGKGNSGPEIVWIEGEKQLFRCHIVLDSTVATRDNHLHNLFNHAERLVKSNSPPTSPSPPPWNDVCNALKAAHAVKLSSLVGFLPTILNQLFELMTVEKSYTSEMGYQIVKLIVHFVHLIHDYGRKDLLDSYVKYVFNCLEYKLHTVLTAPLHMFVDPNQQDFLLNHKFMQYSNFFFEIIVKSMAQYLINTGRIKMSRNERFHSDLLENIDKLVTMVEPSYILQQPMQTHIFNKNLAIFLKSCLSFMDRGFVFRQIKKYLDKFKACDPKALFDFKFTFLQTICLHEHYVPFNLPLQANKIGKDCDTDPAKLKLTEDFIMRHFLAGTLLKHVEQSLREAPQKRRVALNVLRTLLTKHEHDDRYRSKQCRARIAHLYSPWLTIVLDNAHRLVTKSLASPVLENGVDKVDGDATNTTANCAKEAASVNSTPRRNRLTLHFEHTPARNSTHFKEPSNVQSNHLYAKDPGNNASHSSLESVSTMSGGDSLPRNIGKLDLSEIGDQVNRFGVMSAEEVRDVLLCFLFVLKYLDEERLVDWWKTLSEAYIQSFFNVLEICAEQFQYVGRKKILSELKATTPDCNGKPKPVKARTLPARMSPPDFSKEPPIIVEKNNTVNRENLANTATITTELEAMAEHTVLAAGCLSTEVGLIIIDRSCLFMKNLGAANGVSAKPYLKLLQCPQSETLYKHLFAALRAYINQFSETLFEGGSTLCAGVVSGVVRLCEARAAWLRREAAAALYLLMRANFQHGAGGDLTRVHLQVIMAVSKLLDSSNALNCKRFQESLSVINCFATGDKAMKGTGLSSEVAELMRRVRTVVGARARLAGVGGSGLSGLSGAGSVHLAELQHALAASCRATPRLRHAWLATLAEHNARQGDHDEAMCCQLHIAALIAEYLKLRGAIQWGADVFEDISKNIPREETGLKIDEGK

Summary

Similarity
Belongs to the DOCK family.
EMBL
NWSH01000024    PCG80627.1    PCG80628.1    BABH01004863    BABH01004864    ODYU01008500    + More
SOQ52159.1    RSAL01000014    RVE53287.1    KQ460855    KPJ11939.1    AGBW02010086    OWR49184.1    GL766458    EFZ15167.1    KQ434777    KZC04246.1    ADTU01019667    KQ981219    KYN44412.1    GL888591    EGI59273.1    GL436756    EFN71516.1    KQ980968    KYN10954.1    KZ288253    PBC31020.1    GL450233    EFN81354.1    KK107238    EZA54722.1    KQ414578    KOC71206.1    KQ976450    KYM85662.1    KQ983020    KYQ48202.1    QOIP01000007    RLU20211.1    KQ978186    KYM96573.1    KK852561    KDR21325.1    NEVH01006731    PNF36810.1    KQ971343    EFA03420.2    KYB27228.1    KQ769580    OAD52855.1    APGK01040726    APGK01040727    KB740984    ENN76248.1    GEZM01100428    JAV52872.1    KB631904    ERL87077.1    GEZM01100429    JAV52871.1    GBYB01007668    JAG77435.1    AAZO01001761    DS235107    EEB12042.1    GECU01024301    JAS83405.1    GBYB01007665    JAG77432.1    GBYB01007667    JAG77434.1    GECU01025115    JAS82591.1    AJVK01010287    AJVK01010288    AJVK01010289    AJVK01010290    NNAY01000330    OXU29169.1    GBBI01003209    JAC15503.1    JRES01000438    KNC31320.1    CVRI01000038    CRK93787.1    GAMC01019911    JAB86644.1    GAMC01019910    JAB86645.1    GAMC01019909    JAB86646.1    CH916372    EDV99138.1    AAAB01008964    EAU76295.2    AXCM01002695    CH933807    KRG03333.1    KRG03334.1    KRG03335.1    KRG03327.1    APCN01000736    KRG03336.1    GBXI01016023    JAC98268.1    KRG03331.1    KRG03326.1    KRG03330.1    KRG03328.1    KRG03332.1    KRG03329.1    EDW12632.2    AXCN02000728    CH940649    KRF81801.1    KRF81810.1    JXJN01025268    KRF81808.1    KRF81805.1    CCAG010005175    KRF81800.1    KRF81806.1    KRF81807.1    KRF81803.1    EDW64702.2   
Pfam
PF06920   DHR-2        + More
PF00169   PH
PF14429   DOCK-C2
PF11878   DUF3398
Interpro
IPR027007   DHR-1_domain        + More
IPR001849   PH_domain       
IPR010703   DOCK_C       
IPR035892   C2_domain_sf       
IPR026791   DOCK       
IPR021816   DOCK_C/D_N       
IPR027357   DHR-2       
IPR011993   PH-like_dom_sf       
IPR037809   C2_Dock-D       
IPR016024   ARM-type_fold       
SUPFAM
SSF48371   SSF48371       
Gene 3D
PDB
2WMO     E-value=1.1103e-07,     Score=139

Ontologies

Topology

Length:
1393
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.0709400000000001
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00003
outside
1  -  1393
 
 

Population Genetic Test Statistics

Pi
263.100566
Theta
160.307914
Tajima's D
1.010335
CLR
1.049235
CSRT
0.663666816659167
Interpretation
Uncertain
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