SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO02895  Validated by peptides from experiments
Pre Gene Modal
BGIBMGA003539
Annotation
PREDICTED:_superkiller_viralicidic_activity_2-like_2_[Amyelois_transitella]
Location in the cell
Cytoplasmic   Reliability : 2.353 Nuclear   Reliability : 1.779
 

Sequence

CDS
ATGTCTGACATAAATAGTTTGTTTGACTGTTTTGATGAAACACCAATAACTGAAGCTGCGATTCAGCTGCCAAATGTTAAAAATGTTGAAAAACCAAACTTGGAAGAGTTGACTGCTGCTGGAAATAAGCGTGCACATGATGACATCCAGTACGCTGATACCTCTGTATCAAAAAAGCCTCGCGAAGAAGAGGAAGACTCTGAATTGATTACCGACATAAATGTTGATCTGCTCCAATCTCGTATAGTGATACACACGCTAGAAACTCACGAGGGCTGTACACATGAAGTGGCAATACCACCTAATCAGGAATATGCTCCTCTTTTACCACTGACAACTGAACCTGTAAAGCAGTACAGTTTCATATTGGATCCGTTTCAAAAAGAAGCAATATTGTGTATAGATAATTTACAATCTGTACTTGTATCAGCTCACACGTCTGCTGGCAAAACAGTGGTTGCTGAGTATGCCATAGCTCTATCACTAAAAAACAAGCAGAGAGTAATATACACAACCCCTATTAAAGCTCTTTCGAATCAAAAATATAGAGAGTTCTCAGAGGAGTTTCATGATGTTGGTTTAATAACTGGTGATGTAACTATCAATCCCTCTGCTTCATGTCTTATCATGACAACTGAGATTCTCAGGAACATGTTGTATAGAGGTTCAGAAATTATGAGAGAAGTTGGTTGGGTTGTGTTTGATGAGATTCATTACATGAGAGATAAGGAGAGAGGTGTCGTTTGGGAAGAAACACTCATCCTTCTGCCGGACAATGTGCATTATGTATTTTTGTCTGCAACTATACCTAATGCACGTCAGTTTGCCGAGTGGGTCTGTCGCTTGCATTCCCAGCCTTGTCACGTCATTTATACAGAATACAGACCCACTCCACTGCAACACTACATTTTCCCAGCCGGTGGTGATGGAATACATTTGGTTGTTGATGAAAAGGGTATATTCAAGGAAGATAACTTCAACACAGCAATGACAGTGCTGAACAATGCAGGTGAAGCAGCAAAAGGCGACCAACGTGGTAGACGCGGCGGACCCCGGGATAAAAATCAGACCAATATTTTTAACATTGTCAAAATGATTATGGAAAGAAATTTCGCTCCCGTGATCATATTCAGCTTCAGTAAAAAGGATTGCGAACTATATGCCCTACAGATGGCGAAACTGGACTTCAACACAATTGAAGAAAAAAAACTAGTGGACGAAGTGTTTAGCAACGCAATGGATGTTTTAAGTGAAGAGGATCGGAAATTACCACAAGTAGAGAACGTTATACCTTTGTTGAGGCGCGGCATTGGCATACATCATGGAGGTCTACTGCCTATACTGAAGGAAACTATTGAAATATTATTCGGCTTAGGACTCATCAAGGCTTTATTTGCTACTGAAACATTTGCTATGGGATTGAACATGCCTGCGAGAACGGTAGTGTTTACCAACTGTCAAAAGTTTGACGGGAAGGAAGTTAGATTTATATCGTCAGGTGAATATATTCAGATGTCTGGTCGCGCTGGTCGGAGAGGTCTCGACGACAAGGGTATCGTTATATTGATGATCGACGAGAAGGTTACGCCCACTGTTGTCAAAGGCATGGTGCAAGGGAAAGCTGACCCTATTAATTCTGCATTCCATCTCACTTATAATATGGTTCTTAATCTACTGCGTGTAGAGGAAATCAATCCGGAATATATGCTGGAAAGAAGTTTCTTCCAGTTTCAGAATCAAGCAGCCATACCGGATCTGATAGACAAGGTCAAAGCAAAACAGAAACAATACGACGCCCTGTCCGTTAACGAGGAGAACTCCGTAGCTTCATACTCCACCATCAGAACTCAGCTAGATTTGCTCGGGGACCAGTTTCGGTCGTTCATAACTAAGCCGGAGTACTTGAAGCCTTTTTTGCAACCGGGAAGACTTGTCAAGGTGAAAACAGAGAAATACGAATACGACTGGGGCATCATAGTGAACTTCAGACATAAATCGAACAAAGGCAAGAAAGGACAAGAAGAGAATCCTTTGACGGCCGAGCCCGCCATTATTGTCGACATCCTACTGCACGTGAAGACGGCGACCGGCGGCGACGGCGAGACCAACGTGCCGTGTCCGCCCGGCGAGTCTGGCGACGTACAAGTGGTTCCAGTCGTACACACACTAATATACCAGATCAGTTCTCTTCGGGTGTACTATCCTAAGGACTTGAGGCCTTCGGACAATCGGAAATCTGTATTGAAGACTATAGGCGAGGTGAAAAAGAGGTTCCCCGATGGTCCCCCGCTGTTGAATCCCATTAATGATATGAAAATTAATGACTCAGTGTTTAAACAATGCGTCGATAGAATCAAGTTATTGGAAGAAAGACTATACTCACATCCGATCCATACAGACAAAAACAGAAGCGCCCTGACAGCTGCTTACGACAAGAAACAAGAGTTATATGAAGAGCTACAGAACGCTAAAGCGGAACTGAAGAAGGCGAAGAGCATACTGCAGATGGACGAGCTGAAGAAGAGAAAACGGGTGCTGAGGCGGCTCGGCTACTGCACCGCCGCCGACGTCATCGAGATGAAGGGACGCATCGCCTGCGAGCTCAGCAGTGCGGACGAACTGCTGCTAACGGAGTTGATATTCAACGGGGTGTTCAACGCGCTGTCTCCGGAGCAGAGCGCGGCGTTGATCAGCTGCTTCGTTTGCGACGAGAACTCCACGCAGGCCAGCGTCTCCGGCGAGGAGCTGCGCGGCGTGCTCAGGCAACTACAGGAATATGCCCGACGAATAGCAAAGGTATCGATCGATTCTAAAATGGATTTGGATGAAGATACTTACGTTAGTAAATTTAAATGTACACTCATGGACGTGGTCCTGTCATGGGCCAAAGGAGCTTCGTTCTTGCAGATATGCAAGATGACTGATGTTTTTGAAGGTTCAATAATAAGATGTATGAGACGTTTGGAGGAGGTGTTGCGACAGCTGTGCCAGGCTGCCAAGAACATTGGCAACACCGACTTGGAGAATAAATTCAGTGACGCGATCAAAATGCTCAAGAGGGACATTGTGTTCGCAGCCAGTCTTTATATGTAG
Protein
MSDINSLFDCFDETPITEAAIQLPNVKNVEKPNLEELTAAGNKRAHDDIQYADTSVSKKPREEEEDSELITDINVDLLQSRIVIHTLETHEGCTHEVAIPPNQEYAPLLPLTTEPVKQYSFILDPFQKEAILCIDNLQSVLVSAHTSAGKTVVAEYAIALSLKNKQRVIYTTPIKALSNQKYREFSEEFHDVGLITGDVTINPSASCLIMTTEILRNMLYRGSEIMREVGWVVFDEIHYMRDKERGVVWEETLILLPDNVHYVFLSATIPNARQFAEWVCRLHSQPCHVIYTEYRPTPLQHYIFPAGGDGIHLVVDEKGIFKEDNFNTAMTVLNNAGEAAKGDQRGRRGGPRDKNQTNIFNIVKMIMERNFAPVIIFSFSKKDCELYALQMAKLDFNTIEEKKLVDEVFSNAMDVLSEEDRKLPQVENVIPLLRRGIGIHHGGLLPILKETIEILFGLGLIKALFATETFAMGLNMPARTVVFTNCQKFDGKEVRFISSGEYIQMSGRAGRRGLDDKGIVILMIDEKVTPTVVKGMVQGKADPINSAFHLTYNMVLNLLRVEEINPEYMLERSFFQFQNQAAIPDLIDKVKAKQKQYDALSVNEENSVASYSTIRTQLDLLGDQFRSFITKPEYLKPFLQPGRLVKVKTEKYEYDWGIIVNFRHKSNKGKKGQEENPLTAEPAIIVDILLHVKTATGGDGETNVPCPPGESGDVQVVPVVHTLIYQISSLRVYYPKDLRPSDNRKSVLKTIGEVKKRFPDGPPLLNPINDMKINDSVFKQCVDRIKLLEERLYSHPIHTDKNRSALTAAYDKKQELYEELQNAKAELKKAKSILQMDELKKRKRVLRRLGYCTAADVIEMKGRIACELSSADELLLTELIFNGVFNALSPEQSAALISCFVCDENSTQASVSGEELRGVLRQLQEYARRIAKVSIDSKMDLDEDTYVSKFKCTLMDVVLSWAKGASFLQICKMTDVFEGSIIRCMRRLEEVLRQLCQAAKNIGNTDLENKFSDAIKMLKRDIVFAASLYM

Summary

EMBL
BABH01007611    BABH01007612    KZ149960    PZC76368.1    NWSH01003681    PCG65940.1    + More
ODYU01001433    SOQ37610.1    AGBW02014037    OWR42365.1    KQ459597    KPI95027.1    JRES01000175    KNC33586.1    AJWK01023928    AJWK01023929    AJWK01023930    GAKP01004694    JAC54258.1    KK852486    KDR22781.1    GDHF01017455    JAI34859.1    GFDF01008349    JAV05735.1    NEVH01007819    PNF35425.1    GBXI01013786    JAD00506.1    CCAG010007818    AJVK01003819    AJVK01003820    AJVK01003821    AJVK01003822    KZ288338    PBC27821.1    AXCM01009817    APCN01005735    KQ414617    KOC68319.1    AAAB01008980    EAA14456.4    CH480818    EDW51858.1    CM000361    CM002910    EDX05157.1    KMY90403.1    AF145638    AE014134    AAD38613.1    AAF53481.1    JXJN01026161    AXCN02000750    CM000157    EDW89723.1    CH954177    EDV58049.1    GFDL01013952    JAV21093.1    ATLV01013020    KE524835    KFB37125.1    CH477551    EAT39110.1    KQ435851    KOX70782.1    CH902620    EDV30679.1    DS231913    EDS25918.1    JXUM01066890    JXUM01066891    KQ562421    KXJ75949.1    CH933807    EDW11632.1    CH963920    EDW77955.1    ADMH02000014    ETN68086.1    NNAY01001369    OXU24217.1    CP012523    ALC38631.1    CH940654    EDW57693.1    CH379061    EAL33229.2    QOIP01000002    RLU25370.1    GBYB01013458    GBYB01013460    JAG83225.1    JAG83227.1    ADTU01006890    KQ976731    KYM76341.1    OUUW01000006    SPP82429.1    CH916372    EDV98757.1    KQ980724    KYN14167.1    KQ982021    KYN30430.1    UFQS01000017    UFQT01000017    SSW97481.1    SSX17867.1    LKEX01012869    KYN50205.1    KQ434899    KZC10916.1    GEBQ01006173    JAT33804.1    GEDC01021039    GEDC01008515    JAS16259.1    JAS28783.1    PYGN01000057    PSN55883.1    KQ971324    EFA01232.2    GECZ01026736    JAS43033.1    LJIG01022571    KRT79869.1    GEZM01012035    JAV93252.1    GL447952    EFN85662.1    AGTP01014251    AGTP01014252    AAGW02030815    AAGW02030816    AAGW02030817    AAGW02030818    AAGW02030819    BC146077    AAI46078.1    JH173584    GEBF01003319    EHB17280.1    JAO00314.1    JH880333    ELR62502.1    BC142299    AAI42300.1    AAKN02031486    AAKN02031487    AAKN02031488    AAKN02031489    AEFK01049826    AEFK01049827    AEFK01049828    AEFK01049829    AEFK01049830    GAMT01002386    GAMT01002385    GAMT01002384    GAMS01003993    GAMS01003992    GAMS01003991    GAMR01001653    GAMR01001652    GAMR01001651    GAMQ01001122    GAMQ01001121    GAMQ01001120    GAMP01005912    GAMP01005911    GAMP01005910    JAB09475.1    JAB19143.1    JAB32279.1    JAB40729.1    JAB46843.1   
Pfam
PF00270   DEAD        + More
PF13234   rRNA_proc-arch
PF08148   DSHCT
PF00271   Helicase_C
PF09782   NDUF_B6
Interpro
IPR011545   DEAD/DEAH_box_helicase_dom        + More
IPR012961   Ski2_C       
IPR014001   Helicase_ATP-bd       
IPR001650   Helicase_C       
IPR025696   rRNA_proc-arch_dom       
IPR027417   P-loop_NTPase       
IPR016438   Ski2-like       
IPR019174   NADH_DH_b-subcmplx_su6       
SUPFAM
SSF52540   SSF52540       
PDB
6D6R     E-value=0,     Score=3308

Ontologies

Topology

Length:
1030
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.01955
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00041
outside
1  -  1030
 
 

Population Genetic Test Statistics

Pi
260.658572
Theta
20.495287
Tajima's D
1.377945
CLR
0.248079
CSRT
0.762061896905155
Interpretation
Uncertain
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