SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO03320
Pre Gene Modal
BGIBMGA006467
Annotation
PREDICTED:_LOW_QUALITY_PROTEIN:_chaoptin_[Bombyx_mori]
Location in the cell
Extracellular   Reliability : 1.088 Nuclear   Reliability : 1.601 PlasmaMembrane   Reliability : 1.508
 

Sequence

CDS
ATGTTGCTGTTGCTACTTCTATGTTTACTTCCGTACATCGCCACCCAACAACAATGGGTGCCTTGTTCAGAGTTGAACGACGACTTACGCTACCCCTGTCGGTGTCGAGTGCAAGTTGACAGAGCCCTCCAGTTGAGAATCTTGATGAATTGTGACCGAGTGGTCTTTGCTGGAGACTTCCCGACTTTGCCATATGGCGCTCCTATTATTTCCTTCAGTCAACGTTGGGCTGGACAACAGACGCTGCCGATGCAGATATTCTCCACGTACGGGCTGCCTTTACGCGAGCTAGATTTCTCTCACAACAGTCTACGACGCTTGCCAGATCGTCTCCTAGCTGCCGTCCGGGGAAACCTGACCAAGTTGGCATTAGCTGATAATCTACTCGGTGACAACTTGAATCCTATATTCTCGACTGCAGAACTCCACAATTTGCCCGCTTTAGAAGAATTGGATCTTAGCGGCAATAGCATACGAGGGATCGAAGAGGGCTTGTTAATCGGATGTGATGTTCTACAGGTACTCCGCCTTGATCGTAACAACATAAACTTCATTCCGTCCTCTTCGCTGAACGGGCCACAATCATTGAGAGTCCTTTCGCTTCAGGAAAATAAAATAGCTTTGTTGCGTCAAGCATCGTTTGTTTCACAAAAGTCATTAGAAGAGATTAACTTACATGGAAACATGATATCGACTATTGAAGGAGGGGCATTTCTAGGCTTAAAAGACCTGCAAATTCTAGATCTAGGCCGCAACAGACTGTCTAAGTTCAATAGTGACGTGTTTCAAGGCGCTGAAAACTTGGAGAAGCTGGACTTGTCTGAGAACTTTATAAACGATTTCCCCACCGTGGCCATCAAAACGTTTGGCGGCTTAAGTCATTTGAATTTGTCTAGTAATATGATTTCCAACATCGACAATAGCCACCTAAATTCGCTGTCATCGTTACAAGTTTTGGACTTAAGCCGGAATAATTTGGTTAAGCTCACCCCGGGAACATTTGTAGGACTGACTGAATTGAGTTACTTGGACATCGGAGTGAACTCTTTACGAACTGTCGAAGATAATGCCTTCGATGGACTGACAAGTCTTAAAACTCTTCTCTTGCGAGACAACAACATTCTGCTGATCCCTGCTACTGCACTGTCACGTTTGCCAAATCTAGTTTCAGTGCATCTAGGATTTAACAGAGTAACGGCTCTATCAAACGATATACTTAGATCGGTTTCAGATAGAGTGACTTCTTTAGTTTTGTCAAGAAATGTTATACGAGAACTACCGACGGCAGCATTTGATCATTTCAAAATGTTAAGGCACTTGGATTTGTCAGGAAATTTACTGAATACGATTGCTGCTGAAGTATTCGATGGATTGGAACAATCGCTACAGTTTCTGTCTTTAAGCCAAAACAGAATTCTAGGATTCACTGGACAACAACTAAAGTTTGTGAGCCTTTGGTTTCTAGATATTTCTGGCAATCAGATATCAAATGTACCTGTCGAGGCTTTTGAGTCTATACCGAGTTTGACACATTTAAATATGAGCCGTAATCAGCATATTAACGTTTTACCTCAAAACTTATTCCAACACAATCAAGCATTATTGACTATTGATTTAAGCTATAATGGATTAAAAGCTCTCCCCGTGAATTTATTCTCCAAAAATTTTAACTTACAGCAAATACATTTATCAAATAATCTTCTGCAAGAAATTTCTGAGAACACCTTTAAGAATCTTCGAAATTTGACACATCTAGATCTGTCATATAATAATATTGTCAATTTAAGAACACCATCGTTTGTCAATGTGATGTCTATACAATATTTGTCACTCAAAGGTAATCAGTTAAGCGCTTTTAAGGGAGAATTTTTCAACACAGGAACAAGTCTAGAAGTAATCGATCTTTCAGACAATCAGCTTAGCTACTTGTTTCCCTCTGCCTTCAAAATACACCCTCGTTTGCGAGAAATCAAACTTGCAAACAATAAGTTCAACTTTTTCCCGTCGGAACTTATAAGTACTTTGCAGTATTTAGAATTAGTTGATTTATCTGGAAACGCTTTGAAAAATGTCGATGAGCTTGATTTTGCTCGCCTTCCAAAACTGAGGACAATTTTACTAGCAAGAAATGAATTGGAAACAGTTAGCGAAATGGCTTTCCATAACTCGTCGCAAATACAACAATTAGATTTGTCTCAGAATAAAATCGACCGCTTGGGAGATCGACTTTTTGAAGGACTAATAAGATTAGAAACTTTAAACTTAGCAGGGAATATGCTTGCTGAACTACCTGATAGTATTTTTGAAAGGAATCGTTTACATATGCTCGAAAATATAAATCTAAGTGGAAATTTGTTCGAACATCCACCCCTGAAAGCTTTACAGAAGCAATACTTCTTTGTTTCTGCTGTAGATTTGTCACACAACAAAATAGTTGACATACCAGCCGAAGACAGTGTTTTGAGACTAAACATTTCTAATAACCCCATAGTCATGATCATGGACGGAAATTTTGAGGGTCTAACGTCGCTGCGTGTGTTAAATATGAATAATCTAGACAAATGCACAAGAATTGAAAAAAATGCCTTTAGATCTCTTCCAAACCTCATTGAATTAAGGGCTTTTGGCTATCCAAGACTTGGCTATTTTGATGTTCAAGGCACTTTGCAATATTTATTTGCACTAGAAAAATTAGATGTTGAACTGAAAGACACAAATATTGGGCCAGATCAGCTACACTCTACGTTACATCCTCGTCTCGAAGAATTGGGCATTAGAGGATCTCGATTAAAAACAGTGTCTTCGGGTGTGTTAGCTGGTTTAAAAGCTCCAGCTATAGTAGTTAGACTCCGTAATACTTCTGTATCAACATTACCACCTGCTTTGCTATTTCCTCTACCGAGGTCATCGCAAATAACAATTGATGTTGGCGGCAGTCAATTAGAGACTTTACAACCTCAGTTGCTGGTGGCACTCGACGATCGACGTGCAGATCTATCGATGTTGGGTTTGGATACCAATCCTATCAGATGTGACTGCAATGCTCGGGCTTTGAGACGATGGCTACCAAATGTTGGAATTGATAATATTCGCTGTCAGTCACCAGACTATTTATCTGGATATTTACTTGTTGAAATAGGAGACGATGAACTAACTTGTGACTCAAAACGCCGAACAACAGCCACATCAACTTCAAGTGTTTCAACAACATCTCCACCACGTTTAGTTCACCGCACATCTTCTGAACCAGATATTATATGGTCAGTAGCTCCATCTCACGATAGACCAAAGATATCCGGAGAACCGAAAGGCGCTCCTGTTATCGGTGTTGCAACGGCGTCGAACGATGACAATCTCATAATTGGAATAGTTAGTGGTGTCGTTGCTTTTATAGCTATTTTAATAGTAGCCATTTGTATTATAAGATTAAAGATGACTACAACATCATACAGAGGTGGACCACTAGCTAATAGCCCAACAGGCGGTGCGCCAGCAGTATGGGGTCCACCTTGGCCCGGTTATACCGGCACAATGCCACCAGCCTCTCTATCAACAGCAACATTGCCTCATAAGGTTCAACCAGGACCGGGTTCTGTTAGGTACATTGCGCCTCCACCTCCTGGACCAGCACCGTATTTCATAAGCTTGCCTCCTCATGAAGATAAAATCTATCGATAA
Protein
MLLLLLLCLLPYIATQQQWVPCSELNDDLRYPCRCRVQVDRALQLRILMNCDRVVFAGDFPTLPYGAPIISFSQRWAGQQTLPMQIFSTYGLPLRELDFSHNSLRRLPDRLLAAVRGNLTKLALADNLLGDNLNPIFSTAELHNLPALEELDLSGNSIRGIEEGLLIGCDVLQVLRLDRNNINFIPSSSLNGPQSLRVLSLQENKIALLRQASFVSQKSLEEINLHGNMISTIEGGAFLGLKDLQILDLGRNRLSKFNSDVFQGAENLEKLDLSENFINDFPTVAIKTFGGLSHLNLSSNMISNIDNSHLNSLSSLQVLDLSRNNLVKLTPGTFVGLTELSYLDIGVNSLRTVEDNAFDGLTSLKTLLLRDNNILLIPATALSRLPNLVSVHLGFNRVTALSNDILRSVSDRVTSLVLSRNVIRELPTAAFDHFKMLRHLDLSGNLLNTIAAEVFDGLEQSLQFLSLSQNRILGFTGQQLKFVSLWFLDISGNQISNVPVEAFESIPSLTHLNMSRNQHINVLPQNLFQHNQALLTIDLSYNGLKALPVNLFSKNFNLQQIHLSNNLLQEISENTFKNLRNLTHLDLSYNNIVNLRTPSFVNVMSIQYLSLKGNQLSAFKGEFFNTGTSLEVIDLSDNQLSYLFPSAFKIHPRLREIKLANNKFNFFPSELISTLQYLELVDLSGNALKNVDELDFARLPKLRTILLARNELETVSEMAFHNSSQIQQLDLSQNKIDRLGDRLFEGLIRLETLNLAGNMLAELPDSIFERNRLHMLENINLSGNLFEHPPLKALQKQYFFVSAVDLSHNKIVDIPAEDSVLRLNISNNPIVMIMDGNFEGLTSLRVLNMNNLDKCTRIEKNAFRSLPNLIELRAFGYPRLGYFDVQGTLQYLFALEKLDVELKDTNIGPDQLHSTLHPRLEELGIRGSRLKTVSSGVLAGLKAPAIVVRLRNTSVSTLPPALLFPLPRSSQITIDVGGSQLETLQPQLLVALDDRRADLSMLGLDTNPIRCDCNARALRRWLPNVGIDNIRCQSPDYLSGYLLVEIGDDELTCDSKRRTTATSTSSVSTTSPPRLVHRTSSEPDIIWSVAPSHDRPKISGEPKGAPVIGVATASNDDNLIIGIVSGVVAFIAILIVAICIIRLKMTTTSYRGGPLANSPTGGAPAVWGPPWPGYTGTMPPASLSTATLPHKVQPGPGSVRYIAPPPPGPAPYFISLPPHEDKIYR

Summary

EMBL
BABH01009025    KQ460685    KPJ12918.1    KQ459551    KPI99995.1    AB264682    + More
BAG30758.1    JTDY01003991    KOB68741.1    GEZM01088787    GEZM01088786    JAV57919.1    NEVH01015354    PNF26836.1    CH916373    EDV94639.1    CP012526    ALC47770.1    CH933806    EDW16908.2    JRES01000835    KNC27904.1    CH479186    EDW39287.1    CM000070    EAL26757.2    KRS99533.1    GECZ01026522    JAS43247.1    ACPB03010468    ABLF02014752    ABLF02017224    ABLF02017226    ABLF02017227    ABLF02017228    ABLF02017229    ABLF02037342    OUUW01000005    SPP80923.1    GFXV01001018    MBW12823.1    LJIG01009908    KRT82140.1    KQ414613    KOC68948.1    GBYB01005239    GBYB01005240    JAG75006.1    JAG75007.1    QOIP01000003    RLU25173.1    JXUM01041876    KQ561302    KXJ79061.1    JXUM01063401    KQ562247    KXJ76311.1    KQ434864    KZC09046.1    ADMH02000378    ETN66778.1    AAAB01008810    EAA04820.4    APCN01006079    AXCM01003177    KQ761768    OAD57105.1    GL446282    EFN88126.1    GL434326    EFN75015.1    NNAY01002583    OXU20991.1    ATLV01024035    KE525348    KFB50377.1    PYGN01000285    PSN49301.1    GGFK01005356    MBW38677.1    AXCN02001958    UFQT01001829    SSX31920.1    KK107652    EZA48288.1    DS231824    EDS27440.1    CH480819    EDW53445.1    KZ288269    PBC29925.1    HACA01011361    CDW28722.1    GEGO01004595    JAR90809.1    KQ435824    KOX72194.1    DS235070    EEB11262.1   
Pfam
PF13855   LRR_8        + More
PF13306   LRR_5
PF00560   LRR_1
PF12799   LRR_4
PF13516   LRR_6
PF11976   Rad60-SLD
PF11793   FANCL_C
PF09765   WD-3
Interpro
IPR001611   Leu-rich_rpt        + More
IPR003591   Leu-rich_rpt_typical-subtyp       
IPR000483   Cys-rich_flank_reg_C       
IPR032675   LRR_dom_sf       
IPR026906   LRR_5       
IPR025875   Leu-rich_rpt_4       
IPR000626   Ubiquitin_dom       
IPR029071   Ubiquitin-like_domsf       
IPR022617   Rad60/SUMO-like_dom       
IPR013083   Znf_RING/FYVE/PHD       
IPR026850   FANCL_C       
IPR019162   FancL_WD-rpt_cont_dom       
SUPFAM
SSF54236   SSF54236       
Gene 3D
PDB
4KT1     E-value=7.96586e-32,     Score=347

Ontologies

Topology

SignalP
Position:   1 - 15,         Likelihood:  0.992517
 
 
Length:
1225
Number of predicted TMHs:
1
Exp number of AAs in TMHs:
22.93356
Exp number, first 60 AAs:
0.03491
Total prob of N-in:
0.00191
outside
1  -  1118
TMhelix
1119  -  1141
inside
1142  -  1225
 
 

Population Genetic Test Statistics

Pi
166.949695
Theta
163.871798
Tajima's D
0.070996
CLR
1.277931
CSRT
0.394480275986201
Interpretation
Uncertain
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