SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO06410
Pre Gene Modal
BGIBMGA011962
Annotation
PREDICTED:_uncharacterized_protein_LOC101738384_[Bombyx_mori]
Location
Bomo_Chr11(-):6548385-6573300      View in EpiBrowser
Location in the cell
Nuclear   Reliability : 3.653
 

Sequence

CDS
ATGGACGTGAGACAAGTACTCTACAATAATCATTGCTATCTTTTCTCTGGATATCCGAGAGCTTCGTGGACCACAGCGAAACAGGTCTGCGAGGGCCTGAACATGCATCTCGCGTCAGTCCATTCCGGCGACGAAGAGCGTTTCATCATATCCGGCATCAGACAGAGTGCGGACTACAGCGCCGGATCGGTTTATTGGCTGGGCGCTCGTCTGCTGGACGGGGATTTCTCCTGGATCGATGACTCGGAAGTGGAGTACCAGGGGTGGCCGCCTTACAACGACACTGATGAGCTCGATGACGCCTGCCTGGCTATTCAGTGGAAATCTTCGCCGGTGCCGTCGCAGCCGAGTGGTCTCTATTGGACACTTCACAAATGCATCCTCACCGGTGGATATGTCTGCAAAAGGAAGCTCAATCCTGAACACAGTGTGCAGAACAGAACAGTTGAAGGAACATCAGGAATTCTAACGAGCCCAAATCATCCAGGCCTGTATGACAACGACCTGGACTACTGGATCCACGTGGTTGGACCGCCTGACACTAGACTGGTTTTCGTGTTCGTTGCCGTAGACTTGGAGTACCAGAAGGACTGTCTTTATGATTTCGTTGAGTTACGTGATGTCCAAACTATGAAGTCATCGAGGTATTGCGGCAACGTCGCCGAGACAAGATGGGTAGCCGACGGTCACCGAGCTGTCCTACATTTCCATTCTGATTACAACACGCAAGGCTCTGGATTCTCTTTATCGTGGCGTGCTGTGGAGCTCGCTGGCTGTCCGTCGCAGACGTTCACATCCAAGGAAGGAGTATTAAAAAGCCCCAACTTCCCCCACTTCTTGCTGCCCAATCTGGATTGTACCATTGATATCCTCGCTCCAACTGGTAAAAGAGTCTACCTCAACATCAGCTATTTCGATTTCGGCTATGGAACTTTTGACAAAGGCGTTCCCGTCAACGTCACTGGCTCCGTCAGCGAAGAGTCGTACCTCGAGGTGCAGGTCGACCTGGAGAACCTCCCGATCAGACCGTTTCAGAGTCCCGATATCTTGACGAACAGCCTCTTTGTCTCTAAAGCGGAGATTCTGAGGATAAGACTCAGGACTGGAGAGAATGTTACCGGGAAAGGTTTTTTAGCACATTTCACAACCGTGAATTTTTTAAACGTGTCCAATGTGATCGATCTCCGAGACGTCCGCTCGGGGCGAGTGGCGGCTCCGAACTGGCCTCAGCGCGCCCCCCCGCGCGCCGCCCTCCGCACCCGGCTGCTCGCACCGCACCATCACACATTGACACTGGCTTTTGCGAAGACTACCCTAGTGGTGCTGGGGGACACCGCGGCGCCCTGCGGGGATGGAAACGGTTGGATCGAGGTTAAAGACAGCTATACCGACAATAACGGCACCCAGTGGACCCTGTGTGAGGTGGACAGGAGGAAGAGGAAGCTGGCGCCGACAGCTCCACTGGTCATAAACTCGTATCTCCATTCGCTGGTGATCACTCAGCACTCTGGAGAAAGAGGAGTCAACATGGACGCAGCACTTGTTGTCAACGAAGATCCGGAGTACCACAGTAAAGTACTGCTTCTACCTGACGAAACTAACTTGGAGTCGTGCTACCCAAACCCGTGTCTCAACGACGGACGTTGCTCCTCTGATGACGCTCGAAGTTTCTGCGAATGTGCTGGATACTATACAGGAGTGTTCTGTCTCGTGACCGCGTGCGAGCGGTCGCCGTGCTTGTTCGGGAAGTGCTCGCTGGGCGGCGGCGAGGGGGGCGAGGGAGGCGAGGGCGGCGGCGTGGAGTCGTTCCGGTGCGCATGCGCGCGCGGGTGGCGCGGGCGACGTTGCAGCGAGCGCGTGCGGCCCTGCGCCTCGCGGCCCTGCAACAGCCGCGGCGCCTGCACCGAGCGGGACGGCGCCTTCCTCTGCCAGTGCAACCCTTCCTGGAAAGGCAAGAGGTGCGAAATACCAAATCCCTCGCCCCATATAATCGGTTTGGGCCAACGAATGCTCCAGGAACCATTCTGGTTGGGTCTGATCGCGGTGTTCGTAGTGCTCGGCATGATCGGGCTCGTGTGGTGCGCGAAAAGGCACTTCCCGGAGAAGATCGAGAAACTCCTCGCGGAGGAGGCGGACAGGTGCGCGAGACCGGCCCCCAGCCAGGAGTCGGCGCCGCGCACGCTGCTCACGCGCCTCGGTATCCGCAAGCCTTCCGTGTCGGGCCTCGCGCACCCGCGGGCCGCACGCACCTTTAGCTTGGACGATCTCTTAAAGCCGCCGCTCGGACGAACACCGTCGCCCCGTAAAAAACGTAACAATTCAACACCGACAAAGAAAAATGCCGCCGAAAAGAAACAGATATTACAACAGCTAATAAGTCCCGCGTCGGCCAACGATCATACCAAGAAGATCACGATGGGTGAACTGATACAGATGTCGGAAAAGAGAACCTTAAGTACTGTGGAGAGCGCCCCGGCATTTGTGGACTACGGAGTTGAGAATAAGGAGACATCTTTCGCTAGTGAGGCCTCTAGTCCGTCCACGTCGCCTTCCATGAGACACATTCCGGACCCTAAGCTCGAGAAAAAAGTCACATTTGCGAGGCTCCTCAATAAAGTATCAGCGGAAATGAGTTCTAGTTCCGATGTCGATATGGTGAACACTATCGCGATACCGATGGCGGTTATAGCTAATAGAGGAATGAAAGCCAAAGCATCCAGCACTCCTCCGTCGCCAGGCGTCGAGATCAGGTCCCCTCACAGCACGTCCAGTAATCAAGGAAGCGACTCAATGTCCAGTCTCGATTTGACGTTGGCGAATGGCGCTTTAAAAAAATATTCAAGAACTCCAAAAATCTCCAGCGCGGACTCGATCTTGGCGATGTTCCGCAATTTCTCTTCGTCATCAGTTGCCATTGTATCCAGGGCATCGTCTGGAGGTATCTCCGTTTCCAGTACACCTTCAGCTTCCTCTCCTCAAGACGATACAAATGATGCTGACGACATTTCTCTGGCTTCTTCGCATATACCATCTTTGGCACCCGATTCGCCAATCACAAGGCCACATAATACTATTGAAATCCAGGTCTTGGATCCATTAAGTGCCCACAAATCAGCATCATCTGGCAGCAACCTTCTCCACCCACCTTCCATTCTACTCGAAGTTCCTAGTTCCATGAACAAATGCTTATCTCCCATTAGGGAACTACCCACGCCCTTACCTACCCCTTTGCCTACCCCTCTACCTACACCACTTCCATCCCCTCGGATGCCGCGAGCTTGTATGGATATAGATAATAAAAGTGAATCAACAACAACTTGCATCTCGCCCAGTGAAGACGAGCTTGAAGAAATTAAATGTGACAAACCTGAGAGGTCTCCAATTGGCCTAAGATTGAAGTTATGTCAGCCGGCATTAAATGCTGACACACCAACCCCGTCGACCCACGTGACAGACTCGCCGAGCCCGAGCTTCACGCACAGTCAGGACTCGGAGCGCGAGATGTCATCGCCATCTCCAGCTCCTCCATCTCTGAGGGTTCCTCTCCTAACCATCGAACGACCCTCCCCTGGTTCCCCCCCACCACGACGCACTCCACCCCACCTTGAATTTCAGCCTCCTCCCTTGATAACGGTAACCTACAACGCTAGTGAAGAATCCGACGAGCCAATATCTCCACGACCCCCACCCCCTAGCGCCAATATGTGCTATCTAAGTCCCTTCTCCATGTCAGCGAGAGGCGAACGAGCTCCGTCCGAATCAAACCTCTCGTCGTCGGGATACAGTTCAATGGCGAGTCCTGGACCTTCGAGGTGTGGTTCCAGTAACCCCCTCTGTCCTTCAGAAATGGAAGACCCGGGTTCCGGAGGCGGGCCTTCTTGTTTTCAAAGGAGACGACCGTTGATGAAAACTAATTCCAGTCCTGCTGCTTCCAACGACGATTCCAAAGAGCGAAGAAGAGGCAGGTCCGACTCAGAGACATTATCAGACGATCCTCTGCTCGAGTCTAACGATGAAGGAATAGGCACTGATGAGAGAGTTGATGACGTGCCTGTCAGCGCTAAGGAAATGGAACTGGTCGGGCTTATAGAGACTCTAGACGTACCTCAAACGACTTTATGTTCCCCGAGTGGAGTGACCAAGTGTTCAATAGTGAAGTGCATTAGTGTTGAAAGAGGTTTGGACGAAAAAGTTTGCTTAAGGCCGCCGACTTTACTTTCCGAAGGCAGCAGACCGTTGAGCCCCGTTAGTTCTAGGAGTGAAAGTCCTCTAAGCGATAAGACCGGGTTAGGTAGGTTCTCACCTCAGTTTTATGGTCGTCAACTTCCGTTCACTGATTCCGATGGCATATATGACTTTCCAAGTTCGGATTGTGTGAAGGGATCTAGTTGTAAGTCAGCAGGTAGCTCGCAAAAGAAGAGCGGTCGGAAACGAGATAGGCGGACATCGCGGACGGCTTCGCACGAAGTTGCGGGAACGACAAAATCTACACTACCACACATGCCGCATTCTATGCACAATTTACTTGAGGTGCCTGGTAGCCGCGACGCGTCGGGCCGCTGTCGCAAGAGCGGGCGGCGCCGGTCGCGGTCTCAAGCCCCCGCGCCCCCCTCCTCCTCCTCCGAGGACTCCGTCTCCAACGCATCGGTGGCCTCAGTCGCATCCGCGCGGGAGCTGCGCTTACCTGATTTGGAAATGCAGCAATGTGAGCCGACGCGGTACCGGAAACCGCTACGAAGACAAAAATGCCGTAGCTCGGAGGACACCTCGTCAAAGATATCCTCGAGTTTGGATCTGACCGAAGACACGCGGAAACCTGTCAAAGTCAACAAACTAAGGACCATCAGTAATCAAATTAGATTCCTTAGACGGTTGGAGAGGAGCTTAAAGATGAAGGAAAGCTACCCGGCGCTCTCGGACGACGAAGGAGACGAGTCCTCGAGTGTCACGTCCCCACTACTACAAGGCAGGAAGGATTGTCGTCTGTCGAGCCACGCAATATCAGCCCCTATGTTAAGTAACGTAAGACCGAAAATCACCAGGCAAAGACGATACGATAGATCGCTGATCAGCGAGGACACGAGGACTCTAAACGCTAGTGCGGGACACGATAATTCAGATTAA
Protein
MDVRQVLYNNHCYLFSGYPRASWTTAKQVCEGLNMHLASVHSGDEERFIISGIRQSADYSAGSVYWLGARLLDGDFSWIDDSEVEYQGWPPYNDTDELDDACLAIQWKSSPVPSQPSGLYWTLHKCILTGGYVCKRKLNPEHSVQNRTVEGTSGILTSPNHPGLYDNDLDYWIHVVGPPDTRLVFVFVAVDLEYQKDCLYDFVELRDVQTMKSSRYCGNVAETRWVADGHRAVLHFHSDYNTQGSGFSLSWRAVELAGCPSQTFTSKEGVLKSPNFPHFLLPNLDCTIDILAPTGKRVYLNISYFDFGYGTFDKGVPVNVTGSVSEESYLEVQVDLENLPIRPFQSPDILTNSLFVSKAEILRIRLRTGENVTGKGFLAHFTTVNFLNVSNVIDLRDVRSGRVAAPNWPQRAPPRAALRTRLLAPHHHTLTLAFAKTTLVVLGDTAAPCGDGNGWIEVKDSYTDNNGTQWTLCEVDRRKRKLAPTAPLVINSYLHSLVITQHSGERGVNMDAALVVNEDPEYHSKVLLLPDETNLESCYPNPCLNDGRCSSDDARSFCECAGYYTGVFCLVTACERSPCLFGKCSLGGGEGGEGGEGGGVESFRCACARGWRGRRCSERVRPCASRPCNSRGACTERDGAFLCQCNPSWKGKRCEIPNPSPHIIGLGQRMLQEPFWLGLIAVFVVLGMIGLVWCAKRHFPEKIEKLLAEEADRCARPAPSQESAPRTLLTRLGIRKPSVSGLAHPRAARTFSLDDLLKPPLGRTPSPRKKRNNSTPTKKNAAEKKQILQQLISPASANDHTKKITMGELIQMSEKRTLSTVESAPAFVDYGVENKETSFASEASSPSTSPSMRHIPDPKLEKKVTFARLLNKVSAEMSSSSDVDMVNTIAIPMAVIANRGMKAKASSTPPSPGVEIRSPHSTSSNQGSDSMSSLDLTLANGALKKYSRTPKISSADSILAMFRNFSSSSVAIVSRASSGGISVSSTPSASSPQDDTNDADDISLASSHIPSLAPDSPITRPHNTIEIQVLDPLSAHKSASSGSNLLHPPSILLEVPSSMNKCLSPIRELPTPLPTPLPTPLPTPLPSPRMPRACMDIDNKSESTTTCISPSEDELEEIKCDKPERSPIGLRLKLCQPALNADTPTPSTHVTDSPSPSFTHSQDSEREMSSPSPAPPSLRVPLLTIERPSPGSPPPRRTPPHLEFQPPPLITVTYNASEESDEPISPRPPPPSANMCYLSPFSMSARGERAPSESNLSSSGYSSMASPGPSRCGSSNPLCPSEMEDPGSGGGPSCFQRRRPLMKTNSSPAASNDDSKERRRGRSDSETLSDDPLLESNDEGIGTDERVDDVPVSAKEMELVGLIETLDVPQTTLCSPSGVTKCSIVKCISVERGLDEKVCLRPPTLLSEGSRPLSPVSSRSESPLSDKTGLGRFSPQFYGRQLPFTDSDGIYDFPSSDCVKGSSCKSAGSSQKKSGRKRDRRTSRTASHEVAGTTKSTLPHMPHSMHNLLEVPGSRDASGRCRKSGRRRSRSQAPAPPSSSSEDSVSNASVASVASARELRLPDLEMQQCEPTRYRKPLRRQKCRSSEDTSSKISSSLDLTEDTRKPVKVNKLRTISNQIRFLRRLERSLKMKESYPALSDDEGDESSSVTSPLLQGRKDCRLSSHAISAPMLSNVRPKITRQRRYDRSLISEDTRTLNASAGHDNSD

Summary

Uniprot
A0A2H1V4Q8   A0A194PWM7   A0A2W1BJQ0   A0A0N0PDF8   H9JR05   A0A0L7LTJ7   + More
D6WF18   A0A1J1HT07   A0A2S2QRI4   A0A2S2P5Q1   J9K575   A0A2H8TD74   A0A2S2P3M1   A0A0P6HUI1   A0A0N8ECJ7   A0A0P6G4G1   A0A0P6CN07   A0A0N8D815  
Pubmed
26354079    28756777    19121390    26227816    18362917    19820115    + More
EMBL
ODYU01000660    SOQ35821.1    KQ459590    KPI97164.1    KZ150131    PZC73056.1    + More
KQ460210    KPJ16580.1    BABH01028559    BABH01028560    JTDY01000134    KOB78679.1    KQ971319    EFA01299.2    CVRI01000020    CRK91200.1    GGMS01011138    MBY80341.1    GGMR01012141    MBY24760.1    ABLF02038616    ABLF02038627    ABLF02038629    GFXV01000234    MBW12039.1    GGMR01011462    MBY24081.1    GDIQ01022010    JAN72727.1    GDIQ01040092    JAN54645.1    GDIQ01040093    JAN54644.1    GDIP01005667    JAM98048.1    GDIP01059727    JAM43988.1   
Proteomes
UP000053268    UP000053240    UP000005204    UP000037510    UP000007266    UP000183832    + More
UP000007819   
PRIDE
H9JR05   
Pfam
PF00431   CUB        + More
PF00059   Lectin_C
PF00008   EGF
Interpro
IPR016186   C-type_lectin-like/link_sf        + More
IPR000859   CUB_dom       
IPR035914   Sperma_CUB_dom_sf       
IPR001304   C-type_lectin-like       
IPR001881   EGF-like_Ca-bd_dom       
IPR000742   EGF-like_dom       
IPR016187   CTDL_fold       
IPR013032   EGF-like_CS       
IPR009030   Growth_fac_rcpt_cys_sf       
SUPFAM
SSF49854   SSF49854        + More
SSF56436   SSF56436       
SSF57184   SSF57184       
Gene 3D
2.60.120.290     3.10.100.10    
CDD
cd00041  CUB
ProteinModelPortal
A0A2H1V4Q8   A0A194PWM7   A0A2W1BJQ0   A0A0N0PDF8   H9JR05   A0A0L7LTJ7   + More
D6WF18   A0A1J1HT07   A0A2S2QRI4   A0A2S2P5Q1   J9K575   A0A2H8TD74   A0A2S2P3M1   A0A0P6HUI1   A0A0N8ECJ7   A0A0P6G4G1   A0A0P6CN07   A0A0N8D815  
PDB
2QQL     E-value=7.02376e-17,     Score=220

Ontologies

KEGG
101738384    no KO assigned | (RefSeq) uncharacterized LOC101738384
GO
GO:0005509   GO:0016021   GO:0030246   GO:0005515   GO:0030170   GO:0003824   GO:0051536   GO:0016740   GO:0043412   GO:0015074   GO:0015923   GO:0005634   GO:0006260  

Topology

Length:
1707
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
10.93276
Exp number, first 60 AAs:
0.01013
Total prob of N-in:
0.26532
outside
1  -  1707
 
 

Population Genetic Test Statistics

Pi
20.560549
Theta
194.949767
Tajima's D
-1.357689
CLR
16.319148
CSRT
0.0804459777011149
Interpretation
Uncertain
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