SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO02731  Validated by peptides from experiments
Pre Gene Modal
BGIBMGA003473
Annotation
PREDICTED:_trafficking_protein_particle_complex_subunit_8_[Bombyx_mori]
Location in the cell
Cytoplasmic   Reliability : 1.279 Nuclear   Reliability : 1.537 PlasmaMembrane   Reliability : 1.018
 

Sequence

CDS
ATGGCTAGAACTGGAAAAACAGCCCAAGAATTTATTCAGAGTTCGTTTTCGCCTATAGTTGCAGTACTATGCAGTCAAAAGGTTGAAAATATTGTGTCGAAAAATAATGTAACGTTTCCTGAATTATTACAACCATTTTGCAATTTGGATTGGGAAGGTCAGTTCCGTGAACCTGGTGGCAATACTTGTGTCATAAAAAATATGAAGCTAATTGTGAGAGATGTGAACTGGAAACCCCTACAGCCTACTGAGGCTAGAAGACAGCTCAATAATGCTGTTCTTTATAATTACAATGACAAAACTATATCTGTTGAATTAGCTGGTCGAAGTTTTTTAATACCCCAATCAACACATTGGTTTGATGCTTGGAGGGAAACATACCTAGATGTGCAATTTCCATCTGACCATGAATTCACAAAACATTTCCTGTCATGTATTATTGTGGGAACAACTGATGACGAAAATGTTGTGGACACTTTCAATGGCCTGAATCAACAATATGCCCAACTACAGAATGTAATGCCACCAAAATTGCCTAAATGGTTCAACAATTGTATTCTGAAAACATATTTACTACTTCATGATGTATCTGTTGTTTCAAAAGAAAGGGCTGATGCTGTGTTTGACACGTTGAAACATGCTTTTGGACCTAATAGTTGTTTTATGCTTCCCATTAATTCTAAAAGTACGTCAGATGCTAATGTACCTGCAGATTTATGGAGCCAGTATATTAAGAGATCTCCAGATTCCACCAGTGACGTAGCTTCTATCTTCTCGAATTTAGCAACAACGCCAGCAGAACAAGCCCCTATATTTCCATCTCAAAACATTATTGAAAGAGGTGAAGACACATTAACAGGGTCAGTACAAGAGAGTGTGCACCCACTGACAAGCCCAGAAACAGATGTTTATGACAATGCCAACAGTTTGCAGACCCATTCGTTTTCTGGCAGTGTAGAGAGTGTTAGCGTCAGCGCAAAAGGAATTGATTTGTCTACTGAAGTTCATGGGGCTGCTTTAAACAACAACGATATAGAGGCCATCAAAAAATTCCTTCAAGAATATGCATCAAAAGCCTTGCTGCCGTACATAGAAAAGCAAATCTCCCAGCTATCTGAATCAGTAGCCAACAGAAAAGGAGTAAGTAGATCGCTTCTCTCTGCTACAAAAAGATGGTTCGGCACTGGTAAAGGTGGAAATGCTACCGGAAATAGTGCAGTTGTATACACAAATGACTGTCCCGAACTACAGTTACGACGTTTGGGCGATCTTTGGTTTTTGTGCGGGCAATGGCAGCGGGCTTTCGATACCTACCACACTGCCAAAAGAGAGTTCTATGCGGACAGCGCGTGGCTCTGTTACGCGGGTGCGCTCGAAATGGCCGCAATAAGTGCTTTTATGGCTGGTGATTCCAATCGTAAAACTCATGGATATTTAGAAGAAAGCATCGTTACATATCTTAATACTTGCAGAATGGTACAGTATGCTGTTCGAGCGACGTTGCTGTCGGTGATTTGTTTGACTAGCAGCGGACTTCACGGTGAAGCCGCTAAACAATTGATACGCATGACATCAGAGGACAGCGACCTTCGTAGTGCTATGCTTTTGGAACAAGCTGCACTTTGTTTCCTGTCGGGACCAGGCACGAAAGCCATGTGTAGAAAATACGCTTTTCATATGGTTTTGGCTGGGCACAGGTTTTCGAAAGCGGGCCAAAAGAAGCACGCCTATCGATGTTACAAACAAGCTCACCAGGTGTACAGCGGAAGCGGATGGCGGCTAGCGACGGACCATGTCCAGTTCGCGCTGGGCCGGCTCGCGGGCGCGCTGCGTCGGGCGCACGACGCCGTGCAGTGGCTGGCCGCGCCGCTCGCGCCTCACCCCCCGCAACCGCCTGCCCAGCAAGAAGCCTTCTTGAGAGAGTACATGCATGCACATCAGCAATGGCAAGAGAGTAGCGAGGAGCGTCGGAGCAGGCTGGAGAAGTTGCCGCTGCCGGTGGCGGAGGTGAGCATGACGCGCGTGGCGTGCGCAGGCCCGGCGCCGCTGTCGTCGCCGCGGCGCTGCGGCGCGACGTCGCTGTCCGTGCAGGCGCCGCGCCGCGACCCGCACGAGGAGCGCGTCTGGCGCACGCTGGAGGAGATGCTGGTGCAGGTAGCGCGCGGCGCCGTGCCTATGATATTCAAGCCGACACTTGACCTTTACGATGACACCACGGACTGTCATCCGCTCGTGCCCCAAGGAGAACCGATCCAGATATCTGTTACCTTATGGAATCCCTTGAAGATATCACTTATACTGAAAGACGTGGAGTTGCTATGGCGTTTTACACCGCTTAACGAGTCTGGTGACAGCGATGACAATAATAGTATCTACAATGAAATCGCTTTAGCACAAGGAGTGGAAGTAGCAAGTAACGTGATAGTTGGACAAAAACTACCTTCAGTCGTTTTGGAAGGGGATAGTAAAAAATCATTAATATTCTCCTTAACTCCTATGAAAGTTGGACAAGTTTACATTCAAGGATTAGCGTACAAATTAATAAACGCTGGAGAAGGCGCCTCTGAAAACAGTACTGGTGTTTCAATACAAGGGAAAGTAGATTTAATGTCTGGAGTAAAAAGTATGGACAAGCGATTGGAAATTACTGTCATACCAGAAGCGCCGTGTTTGCAGATGACCTTCTCGGAGACTAATCCAGATATAATAAGTGGCGAAATAAGAACTGTAGACGTGGAACTGACCAATGTCGGACCCGTCGACATGAAGAACGTTTTCATCGCGGTCTCGCATCCCGAATGTGTCAGTGTGGTCACGCCGGATAATGTCGTTGATGATTTTAAAATTTTGTACGATGAAAAGTTTCGAGAAATTACACCAAATTCAGAGGAGCGCGGCAGGGGCGCGGAGGCGTGGCGGCGGGCGGCGGCGCGGCACGTGCGGGCGGCGCGCTGCGGGCCGGCCGTGCTGCTGCTGCGCCCGCACTGCGCCGCCGCGCGCCTGCACCTGCTCGCCTACTACGAGACCGGACTCGAGCGCCGCCCCTACAGACTGCTCAGACACGTCTTCCGATTCAATGTAGTGGACGCTGTTGATATCACTATAAACCCGAGACGAAGCCTTAAAACCGTTAACGAAAGCGTTGCCGAGATTGTCAACTTATCTGTGGAAGTATCAAATATTTCCGAAAATAAAAGTGACCAAATAAATATTGAGCTTTTGGAAGCGGCGTTTTTAAGTCGACAATGGAAAATAACAAATCTTATCGCCGCCCGAGACAAGAATGACATTTTGGCGCCCCGCGAAAAACTTCATCTTGTATTTAAGGGTCACAGAATTCTCAAAGCGGTACCCGAGGGACGAATTGAAACTTCTTGTGTTAAAATTTCCGAAGGACATCCGGACTCTATTGCTGATATTACATCGCCGCCATATTCTAAATTTATGATTGACAAAAAATCTTCATTCATCGATTCAGCAGACAACACATTCAACCAAGACATAGAAAAGAGGTCTGGTTTACTCCAGTCTATGTTCGTTCTTCGATGGAAAGCACAAGATGAAACGACAGGGCGATCTGCAGTCGGCCAACATTGTTTATGGTTGGATTGTTTCAACAAGGTGCAATACGGGGAAAAAGTATTAGTTACTGACAACAATCCTCCCTTACCCCTCGATGAAAACGAAAGTAAGCTTGACGTTACTGAAAATAAAAAAAATATTAAAAAAGACAACGTTGTAATGTTCAAGATGGAGCATTCGAAACAGATAAATCACGATTTCAACGAAAGAAGACTTTGTATTATTCCAGTCACATTGAGCATTGTTAACTGTTATGGAGTCCCTGTAAGGGTGTTTATAAACATGAGCAAACAGAAGAACAGGGAAACGTCTGGAAGGGAGCTCGGGTGGACAGGGGCGCTGCACAACGGACCCGACGCGGACTCTAAAGAAATAGGCGTCAGTATTCATCTCGAGAAATTCGAAACGCGCCGCGTTCAAGTGCAGGGCGTCTGCGCGGCTCCCGGCACCTACCTCGTCGGATCGGCATTCACTGTTACGACACAAGGAACAGAACCGCACATGAATGTAACGGATGTCTCGAACAACACGTCCTTATTGGTTTTACAGCAAGCGTAA
Protein
MARTGKTAQEFIQSSFSPIVAVLCSQKVENIVSKNNVTFPELLQPFCNLDWEGQFREPGGNTCVIKNMKLIVRDVNWKPLQPTEARRQLNNAVLYNYNDKTISVELAGRSFLIPQSTHWFDAWRETYLDVQFPSDHEFTKHFLSCIIVGTTDDENVVDTFNGLNQQYAQLQNVMPPKLPKWFNNCILKTYLLLHDVSVVSKERADAVFDTLKHAFGPNSCFMLPINSKSTSDANVPADLWSQYIKRSPDSTSDVASIFSNLATTPAEQAPIFPSQNIIERGEDTLTGSVQESVHPLTSPETDVYDNANSLQTHSFSGSVESVSVSAKGIDLSTEVHGAALNNNDIEAIKKFLQEYASKALLPYIEKQISQLSESVANRKGVSRSLLSATKRWFGTGKGGNATGNSAVVYTNDCPELQLRRLGDLWFLCGQWQRAFDTYHTAKREFYADSAWLCYAGALEMAAISAFMAGDSNRKTHGYLEESIVTYLNTCRMVQYAVRATLLSVICLTSSGLHGEAAKQLIRMTSEDSDLRSAMLLEQAALCFLSGPGTKAMCRKYAFHMVLAGHRFSKAGQKKHAYRCYKQAHQVYSGSGWRLATDHVQFALGRLAGALRRAHDAVQWLAAPLAPHPPQPPAQQEAFLREYMHAHQQWQESSEERRSRLEKLPLPVAEVSMTRVACAGPAPLSSPRRCGATSLSVQAPRRDPHEERVWRTLEEMLVQVARGAVPMIFKPTLDLYDDTTDCHPLVPQGEPIQISVTLWNPLKISLILKDVELLWRFTPLNESGDSDDNNSIYNEIALAQGVEVASNVIVGQKLPSVVLEGDSKKSLIFSLTPMKVGQVYIQGLAYKLINAGEGASENSTGVSIQGKVDLMSGVKSMDKRLEITVIPEAPCLQMTFSETNPDIISGEIRTVDVELTNVGPVDMKNVFIAVSHPECVSVVTPDNVVDDFKILYDEKFREITPNSEERGRGAEAWRRAAARHVRAARCGPAVLLLRPHCAAARLHLLAYYETGLERRPYRLLRHVFRFNVVDAVDITINPRRSLKTVNESVAEIVNLSVEVSNISENKSDQINIELLEAAFLSRQWKITNLIAARDKNDILAPREKLHLVFKGHRILKAVPEGRIETSCVKISEGHPDSIADITSPPYSKFMIDKKSSFIDSADNTFNQDIEKRSGLLQSMFVLRWKAQDETTGRSAVGQHCLWLDCFNKVQYGEKVLVTDNNPPLPLDENESKLDVTENKKNIKKDNVVMFKMEHSKQINHDFNERRLCIIPVTLSIVNCYGVPVRVFINMSKQKNRETSGRELGWTGALHNGPDADSKEIGVSIHLEKFETRRVQVQGVCAAPGTYLVGSAFTVTTQGTEPHMNVTDVSNNTSLLVLQQA

Summary

EMBL
ODYU01011613    SOQ57467.1    KQ459597    KPI94849.1    KQ460207    KPJ16736.1    + More
NNAY01002732    OXU20674.1    KK852527    KDR22025.1    AAZX01002217    KQ761155    OAD58182.1    KQ414592    KOC70233.1    KQ434809    KZC06243.1    KZ288507    PBC25143.1    GL450151    EFN81442.1    KQ435756    KOX75941.1    GEDC01028390    GEDC01027336    GEDC01005052    JAS08908.1    JAS09962.1    JAS32246.1    GEDC01014894    JAS22404.1    LJIG01016060    KRT81734.1    KQ978919    KYN27518.1    GBYB01010826    JAG80593.1    GEZM01057069    JAV72463.1    APGK01047052    KB741077    KB632384    ENN74088.1    ERL94219.1    GECZ01001119    JAS68650.1    KQ971307    EFA11313.1    GEDC01015167    GEDC01012462    GEDC01004999    JAS22131.1    JAS24836.1    JAS32299.1    GAMC01013036    JAB93519.1    GBXI01008881    JAD05411.1    CH478660    EAT32675.1    GDUN01000762    JAN95157.1    GL761846    EFZ22737.1    JRES01000836    KNC27876.1    GDHF01012615    JAI39699.1    GDHF01000272    JAI52042.1    ATLV01023269    KE525341    KFB48807.1    GFDL01011017    JAV24028.1    UFQT01001876    SSX32072.1    GGFK01005422    MBW38743.1    APCN01003698    KA648248    AFP62877.1    AAAB01008807    EAA04695.4    ADMH02001626    ETN61730.1    CH933809    EDW18941.1    AXCM01003051    AXCN02000557    CH940647    EDW69892.1    KRF84636.1    JXJN01009254    CH963876    EDW76787.1    CP012525    ALC44776.1    CH916366    EDV97571.1    JH816409    EKC34521.1    CCAG010000259    CM000159    EDW95301.1    CH902618    EDV40855.1    DS235157    EEB12691.1    DS232155    EDS36273.1    KK854140    PTY11991.1    GBGD01000139    JAC88750.1    CP026254    AWP11554.1    AWP11555.1    AMQN01014238    KB310824    ELT90674.1   
Pfam
PF08626   TRAPPC9-Trs120        + More
PF12739   TRAPPC-Trs85
PF00202   Aminotran_3
Interpro
IPR013935   TRAPP_II_complex_Trs120        + More
IPR024420   TRAPP_III_complex_Trs85       
IPR011990   TPR-like_helical_dom_sf       
IPR018247   EF_Hand_1_Ca_BS       
IPR005814   Aminotrans_3       
IPR015422   PyrdxlP-dep_Trfase_dom1       
IPR004631   4NH2But_aminotransferase_euk       
IPR015424   PyrdxlP-dep_Trfase       
IPR015421   PyrdxlP-dep_Trfase_major       
SUPFAM
SSF48452   SSF48452        + More
SSF53383   SSF53383       
Gene 3D

Ontologies

Topology

Length:
1379
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
7.90687
Exp number, first 60 AAs:
0.00219
Total prob of N-in:
0.00924
outside
1  -  1379
 
 

Population Genetic Test Statistics

Pi
230.322145
Theta
164.908384
Tajima's D
1.157432
CLR
0.350701
CSRT
0.705364731763412
Interpretation
Uncertain
Copyright@ 2018-2023    Any Comments and suggestions mail to:zhuzl@cqu.edu.cn   渝ICP备19006517号

渝公网安备 50010602502065号