SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO10503  Validated by peptides from experiments
Pre Gene Modal
BGIBMGA006989
Annotation
PREDICTED:_uncharacterized_protein_LOC101746073_[Bombyx_mori]
Location
Bomo_Chr17(-):12901919-12911683      View in EpiBrowser
Location in the cell
Extracellular   Reliability : 2.681
 

Sequence

CDS
ATGTCTAATGACACCCGCACTGAGTTCTCATGTTCCCGCCAAGGATACTTCGTGCATCCCCGTTCTTGCGCTCGCTTTTACAGATGTGTCAAGTTTGATCAGCTATCACCGGAATATACGGTTTTCGAGTTTGACTGTCCAGCTGGTCTCGCCTTCGACTCCAGATACGAAGTGTGCGTGTGGCCGGGAAGCTTGCCGCACTCCCAGGCCTGTCCCGGGTCCTCGGAGATCGCACCTGTGCCTCAGACAAGATTTGTTTGCCCCGAACATGAAGGCTATTACGCTGATCCTGAGAACTGTCGTTGGTTCTTCGCGTGTCTGGATCACGGGAAAGCTCCGTTGACCGCGTACGAGTTCCGTTGTCCCTTCGGTCTCGGGTTCGACGCCGACAAACTGAAGTGCGACTGGCCGTGGCTGGTGCCGGCCTGCGGTAACATCGCTAGATACGAAGCGGAAGCACACGGTTTTTCTGCGGCTATTCTCACAGGAGCTGCCGGCTTCCAAGGTCAAACAGCGGACGCCGTTAACATCGCTGCTCATCAGAGCCTCATCTCCGGAGCGTCTCTTAACAATCTAGTTGGCATCCAAGATGGCTTCCTCACCAAGGCTGACGCTTTGGACTCTAACTTCATCGCTTCTCAGGAATATGCTGCCGCAAAAGCCGCTTCAGACTCTTCATACCAAACGGGAGATAGCGCAACTCAAAATAAGAATGGATTGTTATATGCAACCGGTGATGCGTCCATAGGTAACTCGGTGAATGTAGGTCTAGTCAACCCGTCTACATACACCGATGAAGGCAAATATACTAGCGGCTCCCTCATATTGGACGATTACAGACTTCCAACTAAAGCCAAATCTGTGAATCGTGCTCAAAGTTTTGGTGCCAAATACCAACAAGGCGCGACAGCATTAAACGCGGCACAAACAGGATTTACTAACCAGGAAGGTTATTCAACTTCATTTACTGCTGGAAAAAGTAGTACATACCAGGGCGGTGCTTATGAATCGGGTGCTTACGTTCATGACCCTTCTGGAGACTACGCTGAGCCTTACAGGCACGTAGGTTCGCCTGTCGCTCCTTACGTTCATGATGACTCTGCATACCTCGATGTCACACAGTACTCAACCTCCAGTGTGGATGGTAAAAACAGTCAAAGTGGTTACAAAGGAACTTATGAAGAAACTATCAACACTAGGACTTCTAATGAAGCCGATTTAAGTGGGCAATACGTGCATGATAATTCTGGAGATTATGTTCAATCCAGCGGCAAATATAATTCAGGAGGGTCTGCGAATGCCGGATATGAGGCCGGTTTTTACGGCACTGGAACTGGCTATAATGTGGACTACTCGAAAATTGGCGGAAAATACAAAGTAGATCATTCAGGTTCATATAATGCTGACTATTCTGGATTGTACGATAATGAGAATTCCGGTAAATATGTTGCGGGGATTTACAGAGCCGATGGTCAAGTTGGAGATAGTCCAGGAGCCAAGGCTAGTTCTGTTTACCATGGAAGCTACAGTCAAGCTAATGCTGGAAATTACTTGAGTGACTCCAGAGCCAGGACTGGAGCGTCCCACACTTTAACCGCAGGAGCTGTGAACGTCGGGCTAGTTGGCAAGACAACATTAGTTGATGCTATTTACAACGATCAGAGTAACTATCAAGGAATTAACGCCCAAAATTCATTTGCTCATCAAACCTTACACCCCAATCATATTTTACAAGTATCCCAACCTGCTGTTTCCATTAATCACGTAGGTACTGATGGCAATAATTTGGATGGATACAGCTTTGTGACAAACCCGACTTCTTCGGGAGTTCCAACAACGACCACGCCAATTGAGGTGACTACGTCTTTACCGATTGTGTCTACATACAAAACGACATTCATACCCGAACCACCTAGAACCAGTATTAAGCAGATATTTGGTTATTCTCAACCGGCTGTTACATACGTCCAGCCCACAGTTATTCCTTTGAAACAAGTTGCTTCTGGCTTCCAAATCAATGAGCATAATCAAGGATTTACCTATCAGAACGTTAACGCTCAACAAGCATCCGGAACTAGGAACAGCGGTTCCATTAAATCATCTTCAGGTTACGATTACTCAAAACCAAGTATCAAATTCGAAGACGGCTTAAGTTTTACAACTGCATCGCCTGAAGCCGTTTCGGTGTCTCAATCTGAGGGATTTGGAAATAGTCAGCAAACAGTTCATAATATAGAATCTGTTGGATTCGAGTATTCTACGGCAAGACCAGTAAGCGAAGAACCATTTAAAAAGTTGATAGCGTACACAACAGGAGCTCCTGTCGCTGCTTTCCCTTCCACAACTTATAGACCTCTATCGTTCAGCCATAAAACTCTTCATAAAGTTGAAGCCGACAAGTTCGTTCCTTCGGTAGAAACCAATATAGAGTATCAACAACCACAAATAGTGCAGTACTCTACAGTGCAACCGACGATTGCAGTGCAGCCTGTGGTCTCAACTTATCAGCCTCAAGTGTACAGTCATCAAACATTACACAAAGTCGATACAGATAGACTAAACGTTTATTCACAGAAATCTTCCTCTAATACTTACTCTGATAACACCAATACTTTTAATTATGAGCAACCTTCTATTCATTTTGGAGATGTACAATATTCTACGCCAGCACCTGTTGTTTCCACATATAGACCACAAAGTCATAGCCAACAAATAATTCATAGAGTGGAGGGCTACTCTGTACCAGTTTCGTCGACTCCACAGCCCGTAGCACAAATTACATACAAAGCTCCCGTGACCGTGTTTGAAAACCCTATTCTCAAATATACCAATAAACCTAGTACATCATTCAGTCATCAAACTATCCATAAATTGGAAAGCAGCCAAGCGTACACTCCATCAATCAACACTGGGTCAGTTGATTACGAAACCGTTGTTTATAACGCCCCGAAAATCGTTTACACAACACCGCAACCAACTCTGGCGGTGGCTCCAGTGGTATCTACATACCAGCCACAAGTTTCAAGTCAACAAACTCTGCACCAAGTAGATCATAGTCAGATACACACATACTCGGACAACTCAGAATCAGGTTACAATTATGATAAACCAGCCATTGCATTCGAAGATGCCAAACCAATTGTTACGTATTCTACCCCAGCACCAGCTGTGTCTACTTATAGGCCGCAAACATACAGACATCAGTTAATTCAGAAAGTCGAACCACAAGAAATCGTAGAAGTCTCTTCAACGCCAGCCCCAACGATAAAGTATACCATCAAACAATCAGATGTGACGACCTATGAGAATCCGTTCCTGAAATATACACCAAAAGCCACCCCTGTTACTTTTGTAAGGCCCACTCCAACTGTTTTTGCGCAAACTTATACACCGATCGTCGAACAACATCAAGTGAACCATGTTCTGAGTCAGCCAGTACGATATGAAACCCAAAATTCTTTTGTTCAACAAAACTCACGAATTAACTCGGAAGGTTTCTCATCCGGTCAACCTGAAATCCAACGCAACATCGAAACATCTAACAAAGCGCAATTATATTCCGATGCCAGTTTAGTATCACAACAGTCGTTCCATTTGTCAAGTACAAATGACGAATACCAATCTGATAAGGATGTAGTTTTCGTTTCAACCACGCCCTCAACTTTAGTATATGAAAATCATTATGCTACTTACGACACACCAAAGAAAGTCGAAACTTACAGAACCCGTGAATACATTCCTCCAAATACTGAATACCAACAGCATTCTATCTCAAAAATTTCAAATCCGGTTACAAAACAAAACACAGTTTACCAAGAGGCACGAGACGAATACGACTATAAGCCCGCGGAGTACGCTGAACAATATGATATCCAGAAAACTGTCTCATCAATTGCTCAAGCACAGAAAAATGTTGAATCCATACATTTCTCGGCGTTCCCTGGTACTAAAGTCACGACTAATTACAAGCAAGCAACTTATGACAGCCCCGAAATTCAAGTAGAATACAAAGCTGAAGAGTACTTGCCTCCAGTAGTATCGACCGTCGCTCCGGTGATAACAACAACTTATAAGCCTCGTACGTACTCCACTATATCGACAACTAGAGATTATTTGACACCTATTGTAGATAATTCATACCTTCCACCGTCCAGCACTGAGAGAAGTTATGTGAAATCGACTACTCCAGAATACAATTATGCTCAATCCACAACAACCTACAATGCAGCGGAATACTTGCCCCCTATTGAAACAAAACAGGCAGAAATTGTTAATTTCGAAAGCTACGGATTCAACAAAGTCGATGCTACAGGAACAAACTACAATACATATCAGGATTATTCCGTACCTAAAGGACCTGCAGTAAAAATACAAAACGCATCGCCAATACAAAGAAAACAGAACATTGTTGTAGAAACAGCTAAATCTAATTTGCTCGGTTTCGGAACTGTAGGACCCGATGCCGGATTAATTTCTCCAGTAACTTACACAACCGCAGCACCTATTGCAGTTTCCTCTACTGTGAGACCGATTGTAAGGACTCAGAGACCTTACAAACGCATTCAGTCAACAACTGAATATCAGGCACCAGAATATCTGCCTCCTTCAGAAGTTGAAAGCTCTGAATTGAACTTCAAACATTTTGAATACAATGGCGCTGAATCGGCTTCAGAAACGATCAATAACAACCAGTATAACGAAGATTCATTAGTAATTTCAACAGCGACGCCCAAGAGAAAACAAAACATTGTTGTCGAAACGGCAAAATCTCACTTGCTAGGATTTGGTACTGTTGGTCCTGATGCTGGGCTAGTTTCATCAGTCGCATACACTACAGCGGCTCCAACAATTGTATCTAGTAGTGATGCTTACACAGTGACGCCCAAAGCGGTTACAACGGCGTATGCTCCCATCGAACAAGGCTTATTTGAAGTTACTCCGTCTCCTGTGCCAGTTCGTCGAACTAAGCCGAAGGTGGCTGTTGTTACCAAAATCAACGACTTCAACCCCCTTTTGGTTCGCAAGCTTGGAGCTGTATGCAGTTGTCAATCGCCCGTCTTAATTCTGAAAGGCAAGAGGCCGAATTCCGTAGAACAAAACTACGATAATTACGACAATTCTCATCGTGGTGATATCGGTGATAGTCAATGGCAAAAATCCTCTAGGATACAAGCTTCAATAGCAACTGCAACCCCGATCGTTACGTCTACTTTTAATCCCATTATCGTGCCAGATGATTCGTTCTATCAAGATTATCAAGGGTATGAGAATCAGGAAGTGAACGTGACGCCTAAGAAAGAAGTTTATACAGAGAGATTCGTATCGAGCACTCCGATTGCTTCAACGACAGAGAAATATAGAACAAGGTCCAGAGTGAAAGCTGTGACTGTTGCTCCGACATACAAAACTGTGCTGTTAAACCAGGAAGTAGCACCGTCAGCTTCGTATACAGAATCAGAAGCTGTTTCTGGAATCGATTCTCAAGCTTTCGATCGTTACGGCCCTGGTGGTTGGCGAAGCCGAGACGAAACGTTACAAGGATCCGTCGATTGTCAAAGAGCTGGACTTTTCCGTCATCCTAAGCAATGTAACAAATTCTACGCTTGCAGATGGGACTGCACTAAGCAGCGGTTCACTCTACACGTTTTCAATTGCCCGATTCAGCTCAGTTTTGACCCAAGTATTGGAGCTTGTAACTGGCCCAGCCAAGGCCCGGCATGTCAAGGCGATACGCTTCTAACAAACGCTTTGTGA
Protein
MSNDTRTEFSCSRQGYFVHPRSCARFYRCVKFDQLSPEYTVFEFDCPAGLAFDSRYEVCVWPGSLPHSQACPGSSEIAPVPQTRFVCPEHEGYYADPENCRWFFACLDHGKAPLTAYEFRCPFGLGFDADKLKCDWPWLVPACGNIARYEAEAHGFSAAILTGAAGFQGQTADAVNIAAHQSLISGASLNNLVGIQDGFLTKADALDSNFIASQEYAAAKAASDSSYQTGDSATQNKNGLLYATGDASIGNSVNVGLVNPSTYTDEGKYTSGSLILDDYRLPTKAKSVNRAQSFGAKYQQGATALNAAQTGFTNQEGYSTSFTAGKSSTYQGGAYESGAYVHDPSGDYAEPYRHVGSPVAPYVHDDSAYLDVTQYSTSSVDGKNSQSGYKGTYEETINTRTSNEADLSGQYVHDNSGDYVQSSGKYNSGGSANAGYEAGFYGTGTGYNVDYSKIGGKYKVDHSGSYNADYSGLYDNENSGKYVAGIYRADGQVGDSPGAKASSVYHGSYSQANAGNYLSDSRARTGASHTLTAGAVNVGLVGKTTLVDAIYNDQSNYQGINAQNSFAHQTLHPNHILQVSQPAVSINHVGTDGNNLDGYSFVTNPTSSGVPTTTTPIEVTTSLPIVSTYKTTFIPEPPRTSIKQIFGYSQPAVTYVQPTVIPLKQVASGFQINEHNQGFTYQNVNAQQASGTRNSGSIKSSSGYDYSKPSIKFEDGLSFTTASPEAVSVSQSEGFGNSQQTVHNIESVGFEYSTARPVSEEPFKKLIAYTTGAPVAAFPSTTYRPLSFSHKTLHKVEADKFVPSVETNIEYQQPQIVQYSTVQPTIAVQPVVSTYQPQVYSHQTLHKVDTDRLNVYSQKSSSNTYSDNTNTFNYEQPSIHFGDVQYSTPAPVVSTYRPQSHSQQIIHRVEGYSVPVSSTPQPVAQITYKAPVTVFENPILKYTNKPSTSFSHQTIHKLESSQAYTPSINTGSVDYETVVYNAPKIVYTTPQPTLAVAPVVSTYQPQVSSQQTLHQVDHSQIHTYSDNSESGYNYDKPAIAFEDAKPIVTYSTPAPAVSTYRPQTYRHQLIQKVEPQEIVEVSSTPAPTIKYTIKQSDVTTYENPFLKYTPKATPVTFVRPTPTVFAQTYTPIVEQHQVNHVLSQPVRYETQNSFVQQNSRINSEGFSSGQPEIQRNIETSNKAQLYSDASLVSQQSFHLSSTNDEYQSDKDVVFVSTTPSTLVYENHYATYDTPKKVETYRTREYIPPNTEYQQHSISKISNPVTKQNTVYQEARDEYDYKPAEYAEQYDIQKTVSSIAQAQKNVESIHFSAFPGTKVTTNYKQATYDSPEIQVEYKAEEYLPPVVSTVAPVITTTYKPRTYSTISTTRDYLTPIVDNSYLPPSSTERSYVKSTTPEYNYAQSTTTYNAAEYLPPIETKQAEIVNFESYGFNKVDATGTNYNTYQDYSVPKGPAVKIQNASPIQRKQNIVVETAKSNLLGFGTVGPDAGLISPVTYTTAAPIAVSSTVRPIVRTQRPYKRIQSTTEYQAPEYLPPSEVESSELNFKHFEYNGAESASETINNNQYNEDSLVISTATPKRKQNIVVETAKSHLLGFGTVGPDAGLVSSVAYTTAAPTIVSSSDAYTVTPKAVTTAYAPIEQGLFEVTPSPVPVRRTKPKVAVVTKINDFNPLLVRKLGAVCSCQSPVLILKGKRPNSVEQNYDNYDNSHRGDIGDSQWQKSSRIQASIATATPIVTSTFNPIIVPDDSFYQDYQGYENQEVNVTPKKEVYTERFVSSTPIASTTEKYRTRSRVKAVTVAPTYKTVLLNQEVAPSASYTESEAVSGIDSQAFDRYGPGGWRSRDETLQGSVDCQRAGLFRHPKQCNKFYACRWDCTKQRFTLHVFNCPIQLSFDPSIGACNWPSQGPACQGDTLLTNAL

Summary

Similarity
Belongs to the glycosyl hydrolase 18 family.
Uniprot
H9JBU4   A0A0L7LGF7   A0A3S2PFK5   A0A212EUZ1   A0A0N1IDK5   A0A451EQZ8   + More
A0A194PJ87   A0A2H1V6V0   A0A2A4JHR1  
Pubmed
19121390    26227816    22118469    26354079    30578597   
EMBL
BABH01015027    BABH01015028    BABH01015029    BABH01015030    JTDY01001181    KOB74628.1    + More
RSAL01000054    RVE50015.1    AGBW02012291    OWR45274.1    KQ460711    KPJ12665.1    MH899214    AZS52290.1    KQ459603    KPI93103.1    ODYU01000980    SOQ36547.1    NWSH01001534    PCG70932.1   
Proteomes
UP000005204    UP000037510    UP000283053    UP000007151    UP000053240    UP000053268    + More
UP000218220   
PRIDE
H9JBU4   
Pfam
PF01607   CBM_14        + More
PF00704   Glyco_hydro_18
PF02757   YLP
Interpro
IPR002557   Chitin-bd_dom        + More
IPR029070   Chitinase_insertion_sf       
IPR001223   Glyco_hydro18_cat       
IPR036508   Chitin-bd_dom_sf       
IPR017853   Glycoside_hydrolase_SF       
IPR004019   YLP_motif       
IPR011583   Chitinase_II       
SUPFAM
SSF51445   SSF51445        + More
SSF57625   SSF57625       
SSF54556   SSF54556       
Gene 3D
3.10.50.10    
ProteinModelPortal
H9JBU4   A0A0L7LGF7   A0A3S2PFK5   A0A212EUZ1   A0A0N1IDK5   A0A451EQZ8   + More
A0A194PJ87   A0A2H1V6V0   A0A2A4JHR1  
PDB
6G9E     E-value=0.000704521,     Score=108

Ontologies

KEGG
101746073    no KO assigned | (RefSeq) uncharacterized LOC101746073
GO
GO:0008061   GO:0005576   GO:0005975   GO:0006030   GO:0003743   GO:0005852   GO:0006413   GO:0031369   GO:0005515   GO:0046872   GO:0003824  

Topology

Length:
1917
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.02094
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00040
outside
1  -  1917
 
 

Population Genetic Test Statistics

Pi
296.135889
Theta
196.406865
Tajima's D
1.313832
CLR
0.011825
CSRT
0.741262936853157
Interpretation
Uncertain
Peptides ×
Source Sequence Identity Evalue
28467696 YETTEIHIAK 96.55 4e-14
28467696 INSDVFK 100.00 0.025
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