Gene

KWMTBOMO01191  Validated by peptides from experiments

Pre Gene Modal

BGIBMGA007325

Annotation

PREDICTED:_uncharacterized_protein_LOC101735791_[Bombyx_mori]

Location

Bomo_Chr3(+):4137070-4147171      View in EpiBrowser

Location in the cell

Cytoplasmic   Reliability : 1.26 PlasmaMembrane   Reliability : 1.418

CDS

ATGTATTCACGAAAACATTATTTTACTGTATTCATTTTGTACTTATGCTTAAAAACATGTGATAGTGCCAAAATAAACACGCCGAGGGTGCTTCTTCCATGGTTTGAAGATTTCCACGTGAATTTTACCTTCGAAATTATTGAAGGGGGCTGTTATACATGGAGTTTATCGAGGGATGACATCATTGACTTAGAACCCTTGTATGAAAATTCATGGGAGCATTGTTCACGGTCGGCGCGCGTATCAGTCTCCAAGACATGTATTTCCCCAGGCACGGTAATAATTCTAGCCGAAGAAGTCAATTCCGGAGAGATTCTTCGAGGTGATGTGGACGTCGATGAAGTAAAGTCTCTGGAAGTAATGTGCACAACATGGAAGCTTTTCTTGGAAGAAGCTCCTGAGGCATTTCAAGTTGTTGCTTATGATGATCAAGGAAACAAATTTTCAACACTAGATGGCCTCACATTTACTTGGACAGTTGAAAATCTCGGCAATAGTGCTGGTGAAGATCCTTTAGTTATGTTAGTTTGGTGGCGTGATACAGATTATGAAGCTCCTCCCAGTGTCTTAGAGCTTGAAGCTCAAGGCAAACGCTCTTATTCAGTGCTACTGTATGGACAGGCTATGGGTGATTGTCGTGTGACCGTATGTCTCAAAAATATTTGTTCTGATTTCACCTTGCAAGTGGTTGCCAGTGTCGTTTTGATGCCTGCAACCGCAGTTATTGCTCCAGGAGATACACTGAAATATAGAGTTGTACGAGCACGTGCAGGTCGCCTCACTGTACAAGACATATCTGAAACATTATACTACATGAAAGTTCCAGAGACTGGTATTGCTTTATTGGAAGACAGTACAAGTTTGGTCCGAGGCATGGACATTGGAACAACAAATATATTTCTTATGTCAGGGGTCACAGAAGTCGCGTCTGCAACACTTTCTGTAGCTGAACCACACAGTATCAGGGTCACAATTAGACCTCCTGAACTAATTATACGCGGAGAAGCATTTATTGTACACAGTCTGTTGCTCGATTCTACAGGCCACCCGCTTACTGCTGGTGATGAAATCCTGATTAGGTTGTCAGTTGAAGGAGATGCAAATGTTGATTTGTTCCGGTCTACAGAAAATGGTACCATTACAGATGCGGTTGCCCTCAATGCTGGCTCTTTCACAGTCACAGCAAGATTACATTCAATTGCCGGTAAAACTGTAAACACGAAGGTGGAAGGTCAGGCATCAGCAGTTGCTGTAGAACCACTTGAGATAGTCCCACCTGAAACGTTCATAGCGTGGACGGACACGATTCAGGAATTAACACTTCAACACCGTGGGGGTGGTGATGAACCAGTCGTATGGTCCGAGAAAGATAACGACGGTGGCGGCATTTCTCTTGCATCAACGGGAATAGCCACGATTCGTGGATTGGGAGATGTCGATGTACAAGTGCAATTAAAGAAGTACCCTCACGTACGTGCCACGGGACGTGTGTGGTCAGCTCCAGCGGAGTTATTGCAAGTGTCGAGCTCTGGGCACGCACGCGTCGGCAGGCCTCACCATTTGCACGTAGCACTCACCGCGACGCATCCTACCACAGGCGAACTATACAATTTCGACATTTGTAACTGTGCATCGTTTGCGGTTTCGCTACTCGAAGGCCCCGAACCTCACAATGTAACTTCTGCACCTTGGGTCCAGCCCGTCGAAGGAGCGTGTTGTGTGTTAGAGTGTATATTTATATCCCGGGGCGTGGCCACAGTGCGCGTGGCTCGAGGTCGCACCGGCGACACCACGCGCGTGGCAGTCCGAGCCGCGCCGACCTTACTCTGGCCTAAGAACGCCGCAGCGCTCGTCGGAGCCACTTTACCCGTTCTAGCAGAGGGAGAGTCGCTAGAACCAGTATCAAATGAGCCCCGAATTGCAGAGCTATCTTCAAGAAGCGGTCCGTCGCCACACAGGTACCCTCAAGTGCAGTTGTTTTCTTTCAAGTGTCATAGAAAGGGTGATGCGCGTGTGGAGTTGATTTCGCAATCGGATGATGAACGCGAATCGGTGCGCATAGATACAGCGTGCGCTCCGCACGTGTCGCGTATGCGCCTGGAACTGCCCGACGTGCACGCCAACTGTACCGGAGGCCCAAGACTGTGGTTGCGTCCCGGCCACGAACTGTCCATCAGAGTTACATTATTGGACGCTATTGGACGGGAACTTTTGGATGAGCGAGGACCTAGAGTCACGTGGGAAATCGAGCCTCACCATTCAGGTATACAGTATAGAGCCACGGATAGATTGTTTATCGAAACGCATCCGGAATACGCTCCCGTCCCCGTTCCTTATAAGTATTATCAGTTGGTGATCGCAGACGAACAGGCCGTGGGCTGGAGTGGAGTCCTCAAAGCAAACATTCCGGAAGCTGTTGCTAGTATTCAGGCCAAAGTTGTTGCACCGTTGAAGCTGGATTTGGTTCAGATAAACCTTGCCTGGGAGGGTGAAATCCTAAATAACATAGCGACAGTATCCGGTGGTAGTGGTCGTTACACCGTTGAAACAGCCAAAGGGGTTGTAGCCAGTGTGGACAATGGAAAGCTTTCTACTGTAGTACCGGGCCCTGGGTCTTACGAGCTTGTTGTCACCGATCTTTGTGTCCACGGAGAAAAACAAATAGTCGAGGTTAATATTGAAGAGATTTTAAGCGTCGAGGTGTCGACAGCCCGTGCGGTTTGTGTGGGAGGGTGCGTGCCGATAACGACACTAGTCAAAGGCGTGTCGCACAGGTATATATCGAGCAGTCGCAATCCGGACTACAGGACCGTAGGAAATGTGGCCGTCACAAATGGAACTCTCTGTGGAGTGAAAGAGGGAACCGGGAGGGTCAGAGCTTCTTTGGGTGGAGTTTGGAGTTCAGAAGTTGAGGTGACTGTATTCCCTCCCCTAGAGATCGTACCTCCGAGGGCTCGCTTGCCGCCCGGCGCGCGGTTGCAGCTGCAACACAGAGGCGGTCCTCCTCCGCATCTGGCGTCACTAAACTACATCGCACTCGCACCGCACGGTCCTGCCGAAGTATCTTCGACCGGGTCAGTTCAGGGTCTGTCGACCGGCACGGCGCGCATCAAGTTGGTGGCCACTGATATTGCTGACGTTGAAATGGCCAGTGCTGAATCTGAGGTTGAGGTCATTCCGATAACCGGTCTTCGTGTTCGAGCGGCTACTCAAACTCTTCTAGTGGGATCTCCATCTCCACTGTGGGTGGAGGCTGCGGGACTCGGGGCGTCGTCGCTGGCCGCGCTGCATCCCGCGCCCAGACTCACCTGGACCGTAAGGGATGGGACCTCGGCTAGGCTCTACACCACACATGCTGACGATTTATTGGAAAGGTCAGTTGCTGATGGTCTGTCAGTGCGAGTGGTGCCCCTGAAGCCCGGAGTCATAACTATTGACGTTCGTGTACGAAATATGGGACAGGCTGTCGAGACTCGCACTTGGGACAGCACGATCGAGATCCTAGCCGTATCCGACATTCGGACTTCGGTGGATGGGCTGCCGAAGCCGCTGCGGTCCGGCGAGCGCCTCGCCCTGGCCCCCGGGTCGGTTCTGCGACTCAAGTCGTTGCCCAGGAGCAGTTGGTCGGCTCTCAGCGAGGGCTCGTTCGAAGTCAACCCTAACGGCGAACTCAGGGCCTTGAAACCGGGACACGGTGTTATAGTGGCCCAACACAAGGACGACAGAAATAATATCTATAGGGAGACGGTTCTCCACGTCGAAGTATCAACACCACACTACTGCACGGCGGAACCGTCAGGGGAGCACGACGAGACCACCCTGAGACTGGTGTTGAGGAGCTCTATAGGCCGCGAGCTACTGGCGCCCGACGCTAACGTCACGGTTCTCTCGTCGCTGGTCGCACACTCGAGGCGCGCCGTCCACAATGCTCTTGGAAATGAAATAGTCATAGCCAATTTGAACTCGGCGGGTGCATTCGTGAGCTTCGCCGGTACAGCCGGAGGCGTAACCGTCAGAGACGACGTTTGGGTCACCGGCTCCGATTCAAAGACTGACAGGATAGTAGGTGAGAGTGAAAAAAAAATTTAA

Protein

MYSRKHYFTVFILYLCLKTCDSAKINTPRVLLPWFEDFHVNFTFEIIEGGCYTWSLSRDDIIDLEPLYENSWEHCSRSARVSVSKTCISPGTVIILAEEVNSGEILRGDVDVDEVKSLEVMCTTWKLFLEEAPEAFQVVAYDDQGNKFSTLDGLTFTWTVENLGNSAGEDPLVMLVWWRDTDYEAPPSVLELEAQGKRSYSVLLYGQAMGDCRVTVCLKNICSDFTLQVVASVVLMPATAVIAPGDTLKYRVVRARAGRLTVQDISETLYYMKVPETGIALLEDSTSLVRGMDIGTTNIFLMSGVTEVASATLSVAEPHSIRVTIRPPELIIRGEAFIVHSLLLDSTGHPLTAGDEILIRLSVEGDANVDLFRSTENGTITDAVALNAGSFTVTARLHSIAGKTVNTKVEGQASAVAVEPLEIVPPETFIAWTDTIQELTLQHRGGGDEPVVWSEKDNDGGGISLASTGIATIRGLGDVDVQVQLKKYPHVRATGRVWSAPAELLQVSSSGHARVGRPHHLHVALTATHPTTGELYNFDICNCASFAVSLLEGPEPHNVTSAPWVQPVEGACCVLECIFISRGVATVRVARGRTGDTTRVAVRAAPTLLWPKNAAALVGATLPVLAEGESLEPVSNEPRIAELSSRSGPSPHRYPQVQLFSFKCHRKGDARVELISQSDDERESVRIDTACAPHVSRMRLELPDVHANCTGGPRLWLRPGHELSIRVTLLDAIGRELLDERGPRVTWEIEPHHSGIQYRATDRLFIETHPEYAPVPVPYKYYQLVIADEQAVGWSGVLKANIPEAVASIQAKVVAPLKLDLVQINLAWEGEILNNIATVSGGSGRYTVETAKGVVASVDNGKLSTVVPGPGSYELVVTDLCVHGEKQIVEVNIEEILSVEVSTARAVCVGGCVPITTLVKGVSHRYISSSRNPDYRTVGNVAVTNGTLCGVKEGTGRVRASLGGVWSSEVEVTVFPPLEIVPPRARLPPGARLQLQHRGGPPPHLASLNYIALAPHGPAEVSSTGSVQGLSTGTARIKLVATDIADVEMASAESEVEVIPITGLRVRAATQTLLVGSPSPLWVEAAGLGASSLAALHPAPRLTWTVRDGTSARLYTTHADDLLERSVADGLSVRVVPLKPGVITIDVRVRNMGQAVETRTWDSTIEILAVSDIRTSVDGLPKPLRSGERLALAPGSVLRLKSLPRSSWSALSEGSFEVNPNGELRALKPGHGVIVAQHKDDRNNIYRETVLHVEVSTPHYCTAEPSGEHDETTLRLVLRSSIGRELLAPDANVTVLSSLVAHSRRAVHNALGNEIVIANLNSAGAFVSFAGTAGGVTVRDDVWVTGSDSKTDRIVGESEKKI

Uniprot

H9JCS8   A0A2A4JEH8   A0A2H1WIY1   A0A194QHB8   A0A212F5F6   A0A0N0PD23   + More
A0A1B6DER5   A0A0C9RIR8   A0A232FL29   A0A310S8T0   A0A0L7RBP7   A0A0M9AAT4   E2BC59   E2AX31   K7J0D7   A0A2J7RGW4   A0A088AJ80   A0A2A3ET59   E9J4Q9   A0A151IIA2   A0A0P4Z452   F4X4S2   A0A0P4ZF49   A0A0P4YNX1   A0A0P5US12   A0A0P5WUI1   A0A0P5V629   A0A0P5ZE33   A0A0P5AZ45   A0A0P5L1F0   A0A0N8D7H1   A0A0P5A891   A0A0P4ZUC0   A0A0P5VHU7   A0A0P5C4M7   A0A0P6CRU5   A0A0P5LXT7   A0A0P5P8B2   A0A0P4YSY0   A0A0P5X1I3   A0A1W4XMJ3   A0A151HY07   A0A158NWB5   A0A1W4XC58   U4UG25   A0A195ES40   N6TZJ7   A0A067QJ79   A0A0N8ELQ3   A0A146M116   D6WPR4   A0A3L8D4L5  

Pubmed

19121390    26354079    22118469    28648823    20798317    20075255    + More
21282665    21719571    21347285    23537049    24845553    26823975    18362917    19820115    30249741   

EMBL

BABH01040856    BABH01040857    NWSH01001823    PCG69994.1    ODYU01008956    SOQ52987.1    + More
KQ458860    KPJ04814.1    AGBW02010204    OWR48939.1    KQ460366    KPJ15624.1    GEDC01013107    JAS24191.1    GBYB01013137    JAG82904.1    NNAY01000081    OXU31158.1    KQ768636    OAD53088.1    KQ414617    KOC68235.1    KQ435711    KOX79473.1    GL447255    EFN86735.1    GL443520    EFN61981.1    NEVH01003751    PNF40085.1    KZ288185    PBC34973.1    GL768112    EFZ12186.1    KQ977505    KYN02269.1    GDIP01222614    JAJ00788.1    GL888679    EGI58495.1    GDIP01215010    JAJ08392.1    GDIP01224907    JAI98494.1    GDIP01227356    GDIP01109323    LRGB01001569    JAL94391.1    KZS11733.1    GDIP01081522    JAM22193.1    GDIP01104373    JAL99341.1    GDIP01045033    JAM58682.1    GDIP01192008    JAJ31394.1    GDIQ01181537    JAK70188.1    GDIP01061279    JAM42436.1    GDIP01206208    JAJ17194.1    GDIP01221509    JAJ01893.1    GDIP01101368    JAM02347.1    GDIP01180261    JAJ43141.1    GDIQ01088321    JAN06416.1    GDIQ01172638    JAK79087.1    GDIQ01132262    JAL19464.1    GDIP01224906    JAI98495.1    GDIP01079073    JAM24642.1    KQ976730    KYM76457.1    ADTU01027869    KB632173    ERL89556.1    KQ981993    KYN31070.1    APGK01045746    KB741037    ENN74710.1    KK853284    KDR08996.1    GDIQ01014444    JAN80293.1    GDHC01005125    JAQ13504.1    KQ971354    EFA06859.2    QOIP01000014    RLU15081.1   

Proteomes

UP000005204    UP000218220    UP000053268    UP000007151    UP000053240    UP000215335    + More
UP000053825    UP000053105    UP000008237    UP000000311    UP000002358    UP000235965    UP000005203    UP000242457    UP000078542    UP000007755    UP000076858    UP000192223    UP000078540    UP000005205    UP000030742    UP000078541    UP000019118    UP000027135    UP000007266    UP000279307   

PRIDE

H9JCS8   

Pfam

PF02368   Big_2

Interpro

IPR003343   Big_2        + More
IPR008964   Invasin/intimin_cell_adhesion       

SUPFAM

SSF49373   SSF49373       

ProteinModelPortal

H9JCS8   A0A2A4JEH8   A0A2H1WIY1   A0A194QHB8   A0A212F5F6   A0A0N0PD23   + More
A0A1B6DER5   A0A0C9RIR8   A0A232FL29   A0A310S8T0   A0A0L7RBP7   A0A0M9AAT4   E2BC59   E2AX31   K7J0D7   A0A2J7RGW4   A0A088AJ80   A0A2A3ET59   E9J4Q9   A0A151IIA2   A0A0P4Z452   F4X4S2   A0A0P4ZF49   A0A0P4YNX1   A0A0P5US12   A0A0P5WUI1   A0A0P5V629   A0A0P5ZE33   A0A0P5AZ45   A0A0P5L1F0   A0A0N8D7H1   A0A0P5A891   A0A0P4ZUC0   A0A0P5VHU7   A0A0P5C4M7   A0A0P6CRU5   A0A0P5LXT7   A0A0P5P8B2   A0A0P4YSY0   A0A0P5X1I3   A0A1W4XMJ3   A0A151HY07   A0A158NWB5   A0A1W4XC58   U4UG25   A0A195ES40   N6TZJ7   A0A067QJ79   A0A0N8ELQ3   A0A146M116   D6WPR4   A0A3L8D4L5  

KEGG

101735791    K14314 nuclear pore complex protein Nup210 | (RefSeq) uncharacterized LOC101735791

PATHWAY

03013    RNA transport - Bombyx mori (domestic silkworm)

GO

GO:0016021   GO:0005643  

SignalP

Position:   1 - 22,         Likelihood:  0.990178

 

 

Length:

1362

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

1.05071

Exp number, first 60 AAs:

0.15372

Total prob of N-in:

0.04094

outside

1  -  1362

 

 

Pi

228.823944

Theta

200.709291

Tajima's D

0.524968

CLR

0.208059

CSRT

0.51872406379681

Interpretation

Uncertain