SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO07750
Pre Gene Modal
BGIBMGA000890
Annotation
PREDICTED:_sorting_nexin-25_[Amyelois_transitella]
Location in the cell
Cytoplasmic   Reliability : 1.077 Nuclear   Reliability : 1.739
 

Sequence

CDS
ATGTTGTGGATGTTAATATGTGGTGTTCCACTAGTTTACGTTTTGATTTGGTATTTTCCAATATTATGGAGCCTAATTTATTTGTTATTGTTAGCTATCTTTATAATATTAAGTGTATTCACTCTTAGTTTATGGGGGCATATTGCATTGTCATCACCTTATCATATACCACCGTTTTTGATAGAAAGAATTGAAAAGGAAGTTCGACAATTTGAAGAAGCACTGAAGGAAGATCAGGCAAATTGGCCTCAATCCATGAAAAAATCTCATCTGCCAGTCATATTCGGAAGAACTGTAGACAGTCAATTGCAGCTTCTCATTGATTACATATTGAGAGATTTTGTAACTCGATGGCTGAAAGAATTGGCACATAAACCTGAACCAGTCATAGACAAATTCAAGGAGCATATTTGGGGAGGTATACAAAATTTATATGAAAGGCTATCAAGGGTTGATGCTGAAAAATTACTGGCTAATGATATGGTGGTGAAGATAACTCAACATTTTGAAAGGATAAGAATTGCAAGAAGTTGTGCACTAGAATTGAATCAAGCACCTGTTTTTGCTCTAGCACCCCATCTGACATCTTTCGAAACAGAACAGCATTATTTGAGGCAGATCAGTGAACTTATTATCATGTTTTTGTTGCCGAGATGCTATTCTTTGGCACCAGGATGCCATCTCATGAGGGAAATACTTGCCTGCAAGATTTTACAACCAGCTATAGATCTTGTAACAGAACCAGATTATATAAATCAGAAAATTATTCAATATTTGGAAGCACAAAAAGAAGTAAACGCCATGCATATAAGGACTCATGAATATGCAAAAACGTTTGAGGACTACATACGTCTCATTAATAGTTGCAACAATGTTGACACGCTGAAACGGTTACGGTATGATATAGTAACACAAATAATGCAAGCAACAACGCTCCAAAACGTGAAACGAGCAAAAGGAATTGACCTAGATGCAATAGAAAAAAGTAATACACAACACAACATAAGTCGGCAACAAATAACCGATGCTAAGAAACTTCAGAGGTATATAAATCAACTTACAATAGCGAAAGCGGAGTGTGAAACTGCACTTAGGAAAATGGGCTGGGATGGTGCGTTTCCTACATTTGAGACAGATAGCAAGACGCTACCTTTGCACAAAGTCATGGACAGCGTGACGGGGCGCCGGTATTTGTCGATGTTCTTAGAAAAAATGTGTTCTCAAGGCCTAGTTGGCTTTTGGACGTCAGTGGAAGACCTGCGGCATAGCCCCAGGAGCAGCTGGCATCAGCTCGGTGCCGAGATATTTTATACTTACATAAGATCGCCTAGTGCGGAAATTAAAGTCGATAAGGACACTAGAAAGCGAATGGAATCCTTTCTGCTGGGCGACAAGGGACCAGATGTATTTTATGAAGTACAAGAGACCGTTCTTGATACAATACAAGACAAATATTATCATTCGTTCTTAATGAGTGAGGAATATAAAGCTTTAATTGCTGAACTTGCAACAGAAGAAAATAGCAAAGATACGAACGTGGATAGATCGCCAATAGAAGAGCGGCAATTGTCGAATGAGTCTGTTTCTTCGGCGGAGAGCGTCGCGGGAGCGTTGCACCTAACGGAGCACTCGACGTACGCACGAAGAAAACTGGATCAGCTACAAGAACGACACAACAATAAGATACAGGCTCTAGCTGCTCTGCGAGCGTCGCTGAAGCCGGAGTCCCCTGCCTTGTCCATGCTGGCCAACGAGGTGGAGAAGTTGGCCGGTGAACAGATGAGGCTCGAGGCACACCTGGCCAGGACGGACACGTGGGCCGAGCACTTGGGGCGCTGGCGGGCCTCCGTCCACAGTGCTGACGTAATTGACGAGTCTAAACCACCGCAGTTTGTGATAGTCGTGCACATGGCGGAAAAGGAAGATTCGAACAGCGGGGACCGACCCGAGCAGATCACCACCGGCTGGGTCCTGTTGAGGACGCTCAATGAATTCCAGGACTTACATCGAAAGTTAAGGCCTTTGTGTTCAGAATTGAAAAATTTAGAGCTACCCTCAAACTCTTTTAAATTTTTATTCGGAAAAAACGATAAGAATTCTTTAGACAAAGCAAAAACATTAATACAAAAGTATTTAGAGTTCGTATTAGAAGACGACAGACTAAACCAAAGTGAAGCTTTATATACATTCCTAAACCCTAGCTCGGAGTATTTAAAACAAGAGGACATGCCAAAGAAAAATAAATTCTCATTATCTACATTATTCAAAAGCGCAAGCAGCGAAGCAACGAATAGATCGTCGCAGGAGAAGGAGGCCTTTAACCACATGTCGGCGGACGAAGACGAAATATCGATGTACCTGGATGGCAACGGAGCCGAGGCGGGAAACAAAACGATGACTAATTCCTTGCGAGGGGCCAGCGCGATAGCCGAAGAACGGGACAGCACCGCGGAGCCGCTGTACGCGCTGCTCAGCGAGGTGTTCGACATGCGTGGCGTGTTCCGCTGGCTCCGGAAGACGCTCGTCACCTTCGTGCAGATCACGTACGGACGCACCATCAATAGACAAATAAAAGATACAATATCTTGGCTGTTTTCGGAGCAGATGTTACATTATTACATAAGCGTAGTTATCAAGTCTTGGTGGCCGGGCGGAGTCCTCTCGGAGCACGGCTCGAACAGGAATTTTCAAGATAAAGAGCACACGAGGACCCTCGCGCTGCAGCAGCTGAGCGAGAGCGTGATGGACGCGCTGTCGTCGCTGGTGGGCGCGCAGACGGCGGCCCGCGGCGCGCACAAGCTGTTCCACACGCTGCAGCACACCACGCACAACAAACAACTCTTCTACGAATTGTTCGAACTGGTATTGATAGAAGTATTTCCTGAGCTCAAGCGTTACTATAACTAA
Protein
MLWMLICGVPLVYVLIWYFPILWSLIYLLLLAIFIILSVFTLSLWGHIALSSPYHIPPFLIERIEKEVRQFEEALKEDQANWPQSMKKSHLPVIFGRTVDSQLQLLIDYILRDFVTRWLKELAHKPEPVIDKFKEHIWGGIQNLYERLSRVDAEKLLANDMVVKITQHFERIRIARSCALELNQAPVFALAPHLTSFETEQHYLRQISELIIMFLLPRCYSLAPGCHLMREILACKILQPAIDLVTEPDYINQKIIQYLEAQKEVNAMHIRTHEYAKTFEDYIRLINSCNNVDTLKRLRYDIVTQIMQATTLQNVKRAKGIDLDAIEKSNTQHNISRQQITDAKKLQRYINQLTIAKAECETALRKMGWDGAFPTFETDSKTLPLHKVMDSVTGRRYLSMFLEKMCSQGLVGFWTSVEDLRHSPRSSWHQLGAEIFYTYIRSPSAEIKVDKDTRKRMESFLLGDKGPDVFYEVQETVLDTIQDKYYHSFLMSEEYKALIAELATEENSKDTNVDRSPIEERQLSNESVSSAESVAGALHLTEHSTYARRKLDQLQERHNNKIQALAALRASLKPESPALSMLANEVEKLAGEQMRLEAHLARTDTWAEHLGRWRASVHSADVIDESKPPQFVIVVHMAEKEDSNSGDRPEQITTGWVLLRTLNEFQDLHRKLRPLCSELKNLELPSNSFKFLFGKNDKNSLDKAKTLIQKYLEFVLEDDRLNQSEALYTFLNPSSEYLKQEDMPKKNKFSLSTLFKSASSEATNRSSQEKEAFNHMSADEDEISMYLDGNGAEAGNKTMTNSLRGASAIAEERDSTAEPLYALLSEVFDMRGVFRWLRKTLVTFVQITYGRTINRQIKDTISWLFSEQMLHYYISVVIKSWWPGGVLSEHGSNRNFQDKEHTRTLALQQLSESVMDALSSLVGAQTAARGAHKLFHTLQHTTHNKQLFYELFELVLIEVFPELKRYYN

Summary

EMBL
KZ149987    PZC75665.1    ODYU01001638    SOQ38143.1    BABH01001081    KQ459606    + More
KPI91195.1    AGBW02008449    OWR53340.1    KQ459700    KPJ20390.1    GEZM01042356    JAV79913.1    GL888207    EGI65030.1    QOIP01000012    RLU16238.1    GL451131    EFN79951.1    KQ977720    KYN00466.1    KQ982807    KYQ50390.1    KQ978747    KYN28653.1    KZ288254    PBC30892.1    ADTU01004645    GL441846    EFN64146.1    KQ976433    KYM87284.1    LBMM01002332    KMQ94967.1    KQ981685    KYN38027.1    KQ434844    KZC08170.1    KK108267    EZA46800.1    KQ971338    KYB28172.1    EFA01504.2    AJVK01006884    AJVK01006885    KQ414609    KOC69316.1    CH477480    EAT40240.1    KB632374    ERL93827.1    GDHF01029252    JAI23062.1    GBXI01001475    JAD12817.1    GAMC01016569    GAMC01016566    JAB89989.1    DS232203    EDS37336.1    AJWK01010859    CM000162    EDX02326.1    KK852422    KDR24261.1    CH480865    EDW53669.1    CM000366    EDX17365.1    AE014298    BT150246    AAF46292.2    AGV77148.1    AHN59464.1    GFDL01007867    JAV27178.1    AY089224    AAL89962.1    JXUM01020077    JXUM01020078    JXUM01020079    KQ560563    KXJ81886.1    CH379064    EAL31580.2    JRES01000777    KNC28406.1    CH954180    EDV47512.2    CH964239    EDW82667.1    CH916371    EDV91961.1    CH933811    EDW06389.1    GBXI01004394    JAD09898.1    OUUW01000042    SPP89957.1    CH940655    EDW66184.1    CP012528    ALC48615.1    CCAG010020064    NEVH01004410    PNF39620.1    KA648287    AFP62916.1    CH479209    EDW32745.1    DS234988    EEB09909.1    KQ767320    OAD53406.1    AXCM01002513    AAAB01008963    EAA12049.5    AXCN02001441    CVRI01000004    CRK87551.1    GAKP01015441    JAC43511.1    NEDP02003825    OWF47677.1    JH431165    KB201890    ESO93906.1    GEDV01005555    JAP83002.1    GACK01008490    JAA56544.1    GFAA01003881    JAT99553.1    GEFH01002122    JAP66459.1    GFAC01000998    JAT98190.1    GDIQ01071838    JAN22899.1    GDIP01178084    GDIP01178083    GDIP01178082    JAJ45320.1    GDIP01201515    GDIP01164724    GDIP01158578    GDIP01141220    GDIP01092225    JAJ64824.1    GDIQ01255322    GDIQ01229030    GDIQ01128316    JAJ96402.1    GFPF01011993    MAA23139.1    GDIP01232470    GDIP01231169    GDIP01231168    GDIP01229017    GDIP01202924    GDIP01199062    GDIP01148922    GDIP01148921    GDIP01148920    GDIP01148919    GDIP01147580    GDIP01147579    GDIP01147578    GDIP01147577    GDIP01141223    GDIP01141222    GDIP01141221    GDIP01137977    GDIP01137976    GDIP01137379    GDIP01133288    GDIP01133287    GDIP01132132    GDIP01120826    JAJ74483.1    GEGO01005570    JAR89834.1   
Pfam
PF08628   Nexin_C        + More
PF00615   RGS
PF00787   PX
PF02194   PXA
PF00282   Pyridoxal_deC
PF09777   OSTMP1
PF06246   Isy1
Interpro
IPR003114   Phox_assoc        + More
IPR037899   SNX25_PX       
IPR013937   Sorting_nexin_C       
IPR016137   RGS       
IPR001683   Phox       
IPR036871   PX_dom_sf       
IPR036305   RGS_sf       
IPR015424   PyrdxlP-dep_Trfase       
IPR015421   PyrdxlP-dep_Trfase_major       
IPR002129   PyrdxlP-dep_de-COase       
IPR019172   Osteopetrosis-assoc_TM_1       
IPR013087   Znf_C2H2_type       
IPR009360   Isy1       
IPR034905   SNX25       
SUPFAM
SSF64268   SSF64268        + More
SSF48097   SSF48097       
SSF53383   SSF53383       
Gene 3D
PDB
5WOE     E-value=1.50048e-16,     Score=215

Ontologies

Topology

Length:
968
Number of predicted TMHs:
2
Exp number of AAs in TMHs:
41.5685700000002
Exp number, first 60 AAs:
41.47397
Total prob of N-in:
0.14887
POSSIBLE N-term signal
sequence
outside
1  -  3
TMhelix
4  -  26
inside
27  -  27
TMhelix
28  -  50
outside
51  -  968
 
 

Population Genetic Test Statistics

Pi
251.901615
Theta
158.851919
Tajima's D
1.313198
CLR
0.199801
CSRT
0.741212939353032
Interpretation
Uncertain
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