SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO01194
Pre Gene Modal
BGIBMGA014049
Annotation
Ecto-nucleotidase_[Operophtera_brumata]
Location
Bomo_Chr3(-):4182172-4202929      View in EpiBrowser
Location in the cell
Cytoplasmic   Reliability : 1.381 PlasmaMembrane   Reliability : 1.438
 

Sequence

CDS
ATGAGTTCTAAGGTCTCAGCTCGCAAAGCAGCTCAGACAGGCGAAGGCCCTCCGGTGCTGTATCTCAACGCTGGTGACACGTACACGGGCTCGCCCTGGTTCGCCCAGTACAAATGGAAAATAGCTGCAGAGTTCATCAACGCTCTTCAACCGGATGCTGTGTCTCTTGGGAACAACGAAATAAACGAAACTGGAAAACTCTCACCGCTCCTTCAAACCATCCAAACGAACATAACAATCAGTAATGTAATACTAAAATCTGCTGAGCAAAATGAAAACTTTCACAAATCAATCATCGTGGACGTCAATGGCGTTAAAATAGGACTAATTGGTTACCTAACACCTGATACAGAGCTTCTAAAACATACTGAAGAAGTTGAATACATTGATGAATTAGTGGCTATCCGAGATGAGGTGTTGAATTTGCAGAAGCGAGGTGTTAAAATTATTATAGTATTCGGTCACTCGAACTTGAATAAGGCTATCGAAATAGCAAAAGAAATCGATGGCGTTGATTTTGTTATATCCGGACACAAAAACCTTTTCTTTTGGAATGGTACGAGCACGGAATTCATTCCAAACGAGAAAGTTGTTGTAACCCAATCATCGGGCAAACGTGTCCCTGTAATACAATCGTCTACTTACAGTAAATACCTTGGGAAGCTTCATGTTAAATTTGATCCTAACGGTGAATTTATTGAATATACAGCAGATCCAATTCTACTAGATTCTACACAATCTGAGGATCCTGAAGCCCTGAAACTTGTCGAAAAACTTGATTATAAAATGGATACCAAAACCAATGAAGTTATTGGAAAAACAGCTGTGGTACTCGACGGGTCGAGTTGCAGCAAAACAGAATGTAACATCGGAAATCTGATTACAGATGCCATGATGTATTATCATGCACTTCGGTTTGATGGAACACAACCATGGACAGACGCTCCTATAGCTATCATACACGGAGGTGCCATAGCAGCTTCTATAGCACCAGCTAATCGTCCCGCTCCCATCATTAGAAGTGATTTAGAATCTGTTCTGCCTCTGGAAAGCAATGTCGCTGCAGTAACTGTGACTGGGAATGTTTTAAAAGAAATCTTAGAACATTCTGTAGCTGATTACAATGAAGAAAACCCGTCTGGAAGATTTCTGCAATTTTCTGGAATTCGTGTAGAGTACAATATAGCTCGAGAACCAGGATCTAGGGTAGTGAACGCTGTTGCGAGATGTGGTACTTGTTTCGTACCAGAATTTTACAGCATCGATGATTGGAGAAGCTATAAAATATTAATGCCCGCAGCTTTAGCTAATGGAGAATTCGATTACCATATGATTAAAGGACTTCCGCGAGAAGACTATATTTACGATGAAATAGCTTCTACATCAGAATTCATACGACTTCGTAGTCCTGTGTATCCAGAAGTAGCAAACCGTATCTCGCTGGGTAACCATGAATTTGACAATGGTGTTTCAGGCTTGACACCTTTTATACAAAATGTTACATGTCCAGTACTGGCTTCAAATCTTATTCTGACCAACGAACCAAGTTTGGAAGTGGAAAGCAATCTCATGAAATCTATTATATTAGATATAAATGGAACTAAAATAGGCGTTATTGGATATTTAACTCCGGATACAAAATTTACAGCAATTAAAAATAATATCGAGTACATTGAAGAAATCGAAGCGATAAAAACAGAAATATCAAATCTCAAAAAATTTAATGTGGAAATCTTTATTGGTCTAGGGCATTCTGGTTTTGTCAAAGACCTCGAAATCGCGAAAGAAGTAGAAGATATTGATTTAATAATTGGAGGCCATACAAATACATTTTTATGGAACGGTCCAGCTCCTGATATAGAAATTCCTGAAGGACCTTATCCTACTATGGTCAAACAGAAATCAGGACGACTCGTACCAGTAGTCCAAGCATATTATAACACAAAATATTTAGGGAAACTTAATTTAATTTTTGAAAACGGTGAAATTGTTCGGTACGAAGGAAATCCTATTATTCTAGACAGCACAGTACCAGAGGACGAAGATGTTTTAAAAATAATACAAAAATATCAAGCTGATATGGCAAAATTTTTAAACGTAGTTGTAGGTAGTACAACAATAATTTTAGATTCGCGAAAATGTCAGTTAAAAGAATGTAACATCGGAAATTTAATATCCGATGCGATGGTTGAAAAGTACGCATCGGAATATAACGGAGATGGATGGACAGATGCCCCAGTAGCTATAATTCAAGGTGGAGGCATAAGAGCTTCAGTTGCACATTTAAATTATCCAGCTGAAATCACTAAAGGAGATTTACTAATGGTGCTACCATTCGATGGTAACATGATGAGAGTTACTTTAAATGGCACCACAATTAAGAGTATGCTTGAGCATTGTGTAGCCAATTACGAACCGATGCGACGTCGCGGACGCTTCCTGCAAATGTCGGGAATGAACGTCGTCTATGATATAGAAAATCCACCTGGAAATCGACTGAGCGAAATTTACATTCGATGTAGTAACTGTGAGATACCCAAATACGAACCATTGAATATGACTGCCGCATACAACATTTTGATGTCATCGTTTTTATATTATGGAGGCGATGGCTACTCGCTTGGAAACCACGAGTTCGACGCTGGTGTTAGCGGTTTGAGTCCATTTATTGAAAATTTGACATGCCCAGTACTCGCCGCTAACCTCATTCTCAATAAAGTACCGGAATTAGAAAGAGAAGAAAATTTAAAAAAAACAATCGTATTAGATGTGAACGGCAACAAAATCGGTATAGTGGGCTATCTAACACCAACCACAAAATTTGAAGCGAAACCCAATGATGTAGAATACATAGATGAAATTGAAGCTCTAAACTCTGAAATGAAAAACCTACAAGACCAGGGTGTAAAAATCAAAATCGCTTTAGGTCACTCAGGATTTTCAAAAGATATGCAAATCGCAAAAGAAGTGGAAGGTCTAGACTTAGTAATTGGAGGTCATACAAATACATTCCTATGGAACGGTACTACCCCTGATTCCGAGCATGCAGACGGCCCCTACCCTACTTATGTTCAACAATCATCAGGAAGACTAGTCCCTGTTGTTCAAGCTTATGCATATACTAAATATCTAGGTCAATTAAAAATTAATTTCAATTCCGATGGAGAAATTGTAAATATTAGTGGAGCTCCTATACTACTTAATGATGCAATACCACAAGATCCTGAAATTATTGCGATAATAGAAAAGTATAAAAAGGACGTTTCTGGAACCTCGCAAGATATAATGGGTACGACCTTAGTTTTTTTGGATGGATCCTGCAGAACCAAAGAGTGTAATCTTGGGAATCTAATAACTGATTCTATGGTTTATAGATATGCAGTAGATTACAAAGGGGAACATTGGACTGATGCTCCTATTGCCATTCTACAGGGCGGAGGCATAAGATCTTCTATTTTGCATGCAGTGACACCAAGCAATGTAACAAAAGGTGATCTGTTAAGCGTTCTGCCTTTTGATGGCAATATGGTGGCCTTAACAATGAACGGTACTGTCCTTTTACAAATTTTGGAATCTTCTGTAAGAAAACATGGTACTGTAAATTTCAGGGGTGAATTTTTACAGATGTCAGGACTTAGAGTAACATATGATTTAAAAAAACCTCCTGGTTCTAGAGTAATTATAGCCAAATCTAGATGCTGGACTTGCAACATCCCATCTTATTCTAAAGTAGAAAATAAGCAAATTTTCAAAGTTTTAATGCCAGGTTTCATGAGTAATGGCGGAGACGATTACTCGATGTCACTCGGAAACCACGAATTCGACGACGGCGTGGAAGGAGTAATACCATTCATCAGGAATGTGACGATGCCAGTTTTAGCTGCAAACCTTATACTGACCAAAGTTCCTGAACTTAAACAAGAGCCAAATTTACGTAATACAATAATCATAACGATAAACAACATTCAAATTGGTATTATAGGATACCTAACACCAGACACCAAATTTATGGCGCAGCATAACGATGTTGAATACGAGGATGAAGTAGTGGCCATAAGACGTGAAGTAAAAAAACTAAAAGAAGAAAACGTAAAGATCATCATCGCCTTGGGACATTCGGGACTTACTAAGGATTTGCAAATAGCTAAAGAGGTTGATGATTTGGATTTAGTCATAGGAGGTCATTCAAATACATTTCTTTCTAACGAAAAAACCTCAGAAATACCCGAAGTATCTAAAGGGCCATACCCCATGATAGTAAAGCAAAGATCTGGAAGGCTAGTTAGAGTTGTACAAGCCTATGCATTCACAAAATATTTAGGAAAATTACATATCATATTCGACAACAATGGAGAAATAATCCGAAGCGATGGTAATCCTGTTCTACTTAATCAAATTGTTCCGGAAGACCCGGATGTTTTGAAACTGGTCAATCAATACCGTAAAGTTTCTGAGGAGAAAAGACTACACGACGTTGTTGGGACATCAATGGTACAGTTAGACGGCGAACAATGTCGCGTTAGGGAATGCAATATTGGTAATCTAATAGCGACGGCAGCTTTAAATTACACTAAAGAATACCATCAAAGAGAATACCCTAATGTAAATATCGCTGTGATACAAGGAGGAAAGATTAGAGGTTCCATAGTGCAGAAAGAGAAACCGTTTGTTATAAGGATCGATGATTGGTTAACAGCATTTCCATTTACTGACAATTTAACTATCTTATCAATGAACGGTAGTACGTTACGTCGAGCATTAGAACATTCGGTAACGAATTGGACAACTATAGATAGTCCAGGGCAGTTCCTTCAATTTGATGGCATGGAAGTGGTCTACGACTTATCCAAACCAAACGGGCACAGAGTAGTAAAAGCTAAAGCAATTTGTTCGAATTGCGGACAGTATAAACCGGTCGATATTAAAGATTATTATGAATACGAAATTTTGATTGGCCAATTCTTGGCGGACGGCGGAGACGGATTCTCGATTTTCAGTACGCTACCGAGAAAAGATCTTCCTTACAATGAAATTTACTGCATTCTAAACTACACAAGGAAGTACAGTCCGCTCAATCCAAAATTAACAGGCCGCATTGTACTATTAAACGAAGAAACTATAGAAAACCAATTACCTTCATCAGTTTCTCGGTTACTTGAACATAGTTTAATGATATACTTCTGTGTATTCATTTTGTGCATACGTCAATATGTATTTACAAAAATTTTAGATTAA
Protein
MSSKVSARKAAQTGEGPPVLYLNAGDTYTGSPWFAQYKWKIAAEFINALQPDAVSLGNNEINETGKLSPLLQTIQTNITISNVILKSAEQNENFHKSIIVDVNGVKIGLIGYLTPDTELLKHTEEVEYIDELVAIRDEVLNLQKRGVKIIIVFGHSNLNKAIEIAKEIDGVDFVISGHKNLFFWNGTSTEFIPNEKVVVTQSSGKRVPVIQSSTYSKYLGKLHVKFDPNGEFIEYTADPILLDSTQSEDPEALKLVEKLDYKMDTKTNEVIGKTAVVLDGSSCSKTECNIGNLITDAMMYYHALRFDGTQPWTDAPIAIIHGGAIAASIAPANRPAPIIRSDLESVLPLESNVAAVTVTGNVLKEILEHSVADYNEENPSGRFLQFSGIRVEYNIAREPGSRVVNAVARCGTCFVPEFYSIDDWRSYKILMPAALANGEFDYHMIKGLPREDYIYDEIASTSEFIRLRSPVYPEVANRISLGNHEFDNGVSGLTPFIQNVTCPVLASNLILTNEPSLEVESNLMKSIILDINGTKIGVIGYLTPDTKFTAIKNNIEYIEEIEAIKTEISNLKKFNVEIFIGLGHSGFVKDLEIAKEVEDIDLIIGGHTNTFLWNGPAPDIEIPEGPYPTMVKQKSGRLVPVVQAYYNTKYLGKLNLIFENGEIVRYEGNPIILDSTVPEDEDVLKIIQKYQADMAKFLNVVVGSTTIILDSRKCQLKECNIGNLISDAMVEKYASEYNGDGWTDAPVAIIQGGGIRASVAHLNYPAEITKGDLLMVLPFDGNMMRVTLNGTTIKSMLEHCVANYEPMRRRGRFLQMSGMNVVYDIENPPGNRLSEIYIRCSNCEIPKYEPLNMTAAYNILMSSFLYYGGDGYSLGNHEFDAGVSGLSPFIENLTCPVLAANLILNKVPELEREENLKKTIVLDVNGNKIGIVGYLTPTTKFEAKPNDVEYIDEIEALNSEMKNLQDQGVKIKIALGHSGFSKDMQIAKEVEGLDLVIGGHTNTFLWNGTTPDSEHADGPYPTYVQQSSGRLVPVVQAYAYTKYLGQLKINFNSDGEIVNISGAPILLNDAIPQDPEIIAIIEKYKKDVSGTSQDIMGTTLVFLDGSCRTKECNLGNLITDSMVYRYAVDYKGEHWTDAPIAILQGGGIRSSILHAVTPSNVTKGDLLSVLPFDGNMVALTMNGTVLLQILESSVRKHGTVNFRGEFLQMSGLRVTYDLKKPPGSRVIIAKSRCWTCNIPSYSKVENKQIFKVLMPGFMSNGGDDYSMSLGNHEFDDGVEGVIPFIRNVTMPVLAANLILTKVPELKQEPNLRNTIIITINNIQIGIIGYLTPDTKFMAQHNDVEYEDEVVAIRREVKKLKEENVKIIIALGHSGLTKDLQIAKEVDDLDLVIGGHSNTFLSNEKTSEIPEVSKGPYPMIVKQRSGRLVRVVQAYAFTKYLGKLHIIFDNNGEIIRSDGNPVLLNQIVPEDPDVLKLVNQYRKVSEEKRLHDVVGTSMVQLDGEQCRVRECNIGNLIATAALNYTKEYHQREYPNVNIAVIQGGKIRGSIVQKEKPFVIRIDDWLTAFPFTDNLTILSMNGSTLRRALEHSVTNWTTIDSPGQFLQFDGMEVVYDLSKPNGHRVVKAKAICSNCGQYKPVDIKDYYEYEILIGQFLADGGDGFSIFSTLPRKDLPYNEIYCILNYTRKYSPLNPKLTGRIVLLNEETIENQLPSSVSRLLEHSLMIYFCVFILCIRQYVFTKILD

Summary

Uniprot
A0A0L7LIV3   A0A194QGZ9   A0A212F5C5   A0A0N1IPH3   A0A2A4K740  
Pubmed
26227816    26354079    22118469   
EMBL
JTDY01000906    KOB75488.1    KQ458860    KPJ04818.1    AGBW02010204    OWR48936.1    + More
KQ460366    KPJ15628.1    NWSH01000061    PCG80057.1   
Proteomes
UP000037510    UP000053268    UP000007151    UP000053240    UP000218220   
Pfam
PF00149   Metallophos        + More
PF02872   5_nucleotid_C
Interpro
IPR029052   Metallo-depent_PP-like        + More
IPR006179   5_nucleotidase/apyrase       
IPR036907   5'-Nucleotdase_C_sf       
IPR004843   Calcineurin-like_PHP_ApaH       
IPR008334   5'-Nucleotdase_C       
IPR006146   5'-Nucleotdase_CS       
SUPFAM
SSF55816   SSF55816       
Gene 3D
3.60.21.10     3.90.780.10    
ProteinModelPortal
A0A0L7LIV3   A0A194QGZ9   A0A212F5C5   A0A0N1IPH3   A0A2A4K740  
PDB
5H7W     E-value=5.87407e-80,     Score=764

Ontologies

KEGG
733033    K19970 5'-nucleotidase [EC:3.1.3.5] | (RefSeq) ecto-nucleotidase
PATHWAY
00230    Purine metabolism - Bombyx mori (domestic silkworm)
00240    Pyrimidine metabolism - Bombyx mori (domestic silkworm)
00760    Nicotinate and nicotinamide metabolism - Bombyx mori (domestic silkworm)
01100    Metabolic pathways - Bombyx mori (domestic silkworm)
GO
GO:0009166   GO:0016787   GO:0000166   GO:0046872   GO:0016788   GO:0006570   GO:0051287   GO:0006000   GO:0004553   GO:0005634   GO:0006334   GO:0003779   GO:0016021  
PANTHER
PTHR11575  

Topology

Length:
1744
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
10.99365
Exp number, first 60 AAs:
0.00803
Total prob of N-in:
0.00100
outside
1  -  1744
 
 

Population Genetic Test Statistics

Pi
293.791605
Theta
194.491745
Tajima's D
1.336524
CLR
0.414397
CSRT
0.753812309384531
Interpretation
Uncertain
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