Gene

KWMTBOMO05722

Pre Gene Modal

BGIBMGA006817

Annotation

PREDICTED:_LOW_QUALITY_PROTEIN:_protein_sidekick_[Bombyx_mori]

Location

Bomo_Chr10(-):8763116-8801755      View in EpiBrowser

Full name

Protein sidekick      

Location in the cell

Nuclear   Reliability : 1.45 PlasmaMembrane   Reliability : 1.186

CDS

ATGCAACCACCTCGATTTAGTATGCAACCTTCCACGTCAAATATTGTCAGAGAGGGTACAACCAAGATACTACAATATTCTGCGATGGGTATACCACAACCGATGTACAAATGGCTGAAAAATGGAATCCCCCTGACTGATTACTCTTCCGAATTATTTTATAAAATTCACAACACACAACGGCAAGATGCCGGCGCTTATCAGTGTATCGCAAAAAACGACGTGGGTGCAATTTTCAGCAAAAAAAGTCATATAATAGTAGCCTATATGGGAGTATTCGATAACATAACTGATACAGTCGTAAGTGTAGAATCTGGTAGGGCAGCTATAATTGAATTTCCCCATATTGAATCGGAACCATCCCCTTCGGTTATTTGGCAAGATCAACATGGAGCTTTAAAATACGATCAAAAATATGCAGTAACTGGGAAACATCAACTAGTCATATTATGTGCGAATCATGAAGATGAAAGATCATATCGAGTTCGAGCTATAAATACACAACTAGGTAAAGAAGAAAACAGTCCTTATATCAAATTAAATGTATACGGTGCTGATGACAAAGAAATACCACCGGAAATCGTTATTAAACCAGAGGATACCACAATAACAAAAGGACAAGAATACACTGACTTGTACTGTATCGCAAATGCGAGACCACTTCACGAATTAGAGACTTTATGGTTCAAAGACGGTATCATGATCGATCTAGCAGGAATTACATTTAACTTAAACGACCAATGGAATAGAACTCTATCCCTTATATCTGCTAACTTAACCCACACGGGGCAGTACACGTGTCAAGCGAGGTTGAAAACCGGCGGTTTTGCCACTGTTACCGCATCCGCAACAGTCACAGTTTATGAGAAGCCAGTATTCTTAACGAATTTAAGATCCGAAACTTTTGGAGAATTCGGAAAATCTATTGTATTGGAATGTGATGTTCAAGGTATACCGTTACCTGGGATCACTTGGTATAAAGACGCTAAAAAGATCGCGAGTGTAGGTGCTGAAGTCGGAGAATCGGACAACTCAGATGTTGATGATGGCGGAGGCAGGTACAGAGTCGAAGTGGATCGATCACTTGTCATCAGCGATCTAAAAATGGAAGACATGGGTATTTTTCAATGTATAGCGAGCAACGACGCCGGGGAAACGTCCATATACACGTGGCTGAAAATAAAGACGTCCCCGCCTATAATGCAGACTCCGCCATCGAATCTGACCGTACTCGACGGGAAAGACGCAACTATTTCATGCCGTGCCATCGGAGCACCAACTCCCAACGTTACCTGGTACTTTAATGACTCCTTAATAATAAATCTATCTGGACGACTGCAAGCTCTTGAAGATGGAGATTTATTGATAACTAGCACAACAACAGCAGACAGCGGCAAATATACGTGTCTTCGTGCGAACGACGCCGGAAACGTATCTGGAGAGGCATATCTGACAGTACTCGTGAGAACTCAAATTATTGCTCCGCCTGTGGACACTCGAGTGCTTCTAGGTCATACAGCGACGTTGCAATGCAAAGTTTCGAACGATCCCAATGTCAAATACAATATTGATTGGTTCCACAACAAGCAGCCGATGACAGCTGGCTCCAGGGTGATAGTGTCGGCGGACGGGGCACTGCAAGTGCAGGCGGTGCGCGCTAGCGACGCCGGCGAGTACACGTGCGTGGTGACGTCACCGGGCGGCAACCACACGCGGCACGCGGTCCTCTCCGTCATCGAGCTGCCCTTTGCACCGACAAACGTCCGCGCAATGAGACTGGAGGCGGCCTCTCAGCGCGCCGTCAACATATCGTGGACACCCGGTTTTGACGGAAACTCACCGATCCAAAAGTTTATAGTTCAAAGGAGAGTCGTCCCCGAATTCGGACCTATACCGGACCCATTGCTAAATTGGGTAACAGAACCGATGAACGTTTCTTCGACCCAACGCTGGGCTTTATTGACGAGTTTGAAGGCCGCCACTTCGTACCAGTTCAGAGTCTCAGCTGTGAACACAGTAGGGGAAGGGCCGCCGTCGGACCCGACAGACGTGCTGACCCTTCCACAGGAAGCGCCGTCCGGTCCTCCCGTTGGATTCATAGCTTCCGCGCGTTCTTCATCAGAAATAATAACCCAATGGCAGCCTCCTTTAGAAGAGCATCGAAACGGACACATTCTTGGATTCGTCATTAGATACAGACTACGTGGCTACGAAAACAGCCCTTGGACTTACCAGAACATCACCAACGAGGCACAGAGGAACTATTTAATACAAGACTTGATCACGTGGAAAGATTACAACATCCAGATTGCTGCGTACAACGACAAAGGTGTTGGAGTATTCTCAGATAGCTACACTATCAAAACGAAGGAGGGAGTGCCCGAGGCGGCGCCCGACAGCGTGCGGTGTGAGGCGTACAACTCGACCGCGGTCATGGTCACGTGGACCCCGCCGAACCCGCAGAAAATTAACGGCATCAACCAGGGCTATAAGATTCAAGCGTGGAAATGGGACGACGCAGAGAACGAAAACGTTGAACAGAAATTAGCAAGTGTGCCGCCCAACTTGCTGGACCCCCTCACCGAACAGTCGGCCATAATAGATGACCTCGAGCGGTTCACGGAATACAATATCACGGTGTTGTGCTTCACGGAACCAGGAGACGGACCCCGCAGCGATTACTTCGTCGTTAGGACCAAAGAAGACATTCCCGACGAAGTTGGAAGTCTGCTTTTTGATGAAATATCAGACCGCGCAGTAAGAGTGTCGTGGAGTCCACCGAAAAAGTCCAACGGTATTCTGCTCGGCTACAAACTGTCTTATGAAATAATAAACAATTCGAAGTCTTACAAAGAAGAGGTCCTACCGCCAAACGTTACGAGCATCAAAGTCGAACAATTGCAAGCGAGCACCCATTACAAGTTCTGGCTGTGTGGCATGACGGCGGTGGGGTCGGGCGCGGCCCGCGCGGCCACCATCCAGTCGGGCGTGGAGCCCGTGCTGCCCGACGCGCCGCGGAACCTCGCCCTCTCCAACATCGACGCCTTCTCTGTGCTGCTGCAGTTCACCCCCGGCTTCGACGGCAACTCTTCTATATCGCTGTGGACCGTGCAGGCGCAAACGGCACGCAACTCGTCTTGGATTACAATCTATGAAGTGAACGCTCCAGAAGCTCAATCCATACTGGTCACCGGCTTGGTCCCCTTCACGACATACAGACTGCGCTTGATAGCGACTAATGTAGTAGGATCCTCTCAACCTTCGGAGCCCTGTAAGGAGTTTCAGACCATCCAGGCGCCTCCGCGTCATCCCCCCAAGAACGTCACGGTTCGCGCCGTCAGTGCCAATAACTTGAGAGTGAGATGGATTCCTTTACAGCAGAGCGAATGGTACGGTAACCCTAAAGGCTATAACATAACGTACAAGAGGAGCGGAACAAATGACACACTTCATAGCATTATCGAAGATCACACGGCCAATTCACATGTCTTAGCCAATTTGGAGGAGTGGTCGGTCTACGAAATACGTATGACTGCAATAAACGAAGTGGGCACTTCAGCCGAAAGTCCTACGGCTTTTGAGAGGACCAGGGAAGCTGTGCCATCACGAGGCCCGAGCGACGTATCAGCGAACGCCACTTCATCGACTACGGTGGTGGTCTTGTGGGGCGACATCTCTGCACAAGATCAAAACGGTCTCATTGAAGGCTACAAGGTGTGCTACGCGGCCGTGACGCCGCCGCCGCGCCCCGAACACAAGAAGATCGAATGTCAAGCAATACCCTCCAATCAGACGCACACTGTCACACTGACCGAGCTCAGGAAATACGTCGTGTACCAGATACAAGTGCTCGGCTACACGAGGCTGGGCGACGGAGCACTCAGCGACCCCCCGGTTACTGCAAGGACTTTTGAAGACACACCGGGGCCCCCATCCAACGTCTCTTTCCCCGATGTCACGTTTACGACAGCTCGGATCATATGGGATGTACCGGAGGACCCGAACGGCGAGATACTCGCTTACAAAGTCGTGTACCATCTCAATAGTTCCACGCAGCACATGTTCTCCAGAGAATTTTTACCGTCAGACCGCACATTTAGAGCGACAGAGTTGTCGTCGGAGCAGTACTACGTGTTCAGCGTGCGCGCTCAGACGCGACTGGGCTGGGGGGTGACCGCCCGCGCGCTCGTACTGACGACGGCCAACCGCTCCCCGCCCCTGCCGCCCCCGCGCCCGCACGTAGCGCGCTCCTTGCTGCAGCCGCACCACATCACCTTCTCCTGGACGCCCGGAGACGACGGATACGCGCCGCTCAGGTACTACACAGTTCAGCAAAAGGAGGAAGGAGGCACGTGGCAAACTATCCCTGAGAGAATAGATCCGTTTGCCACATCCTACACCGCTGAGGGCTTGAAGCCCTATACCGGCTATCAATTCAGGATTCGAGCCACCAACGACATGGGCCCCAGTCGCTACAGTAACGCTACTGAAACTGTTCGGACCTTACCTGCAGCTCCGAGTAAAGCCGTTGAGAATCTGCACGTGGTTCCAATAACTCCGAACAGCGTGCGCGTGCAGTGGACGCCGCTGTCTGAACAGTACTGGAGTGGTGATGCTCGGACGGGAGGGTACCGAATATTTTATCAACCACTCACAGACTTCCCTACTGCATTGCAACAGACCATGAAACTTGAAGTGACCGGTGTAAAGACTTCAGAAGCTGTTCTGACGGAGCTGGCGGTGGACCGTAACTACGAGATCAGCGTGTGCGGCGTGAACTCGCAGGGGTCCGGTCCCGCCGGCACCCCGGCCGTGGTGTGGGTGGGCGAGGCCGTGCCCACCGCCCCGCCCGCCGCGCTCTCCGCCGTGCCGCTGTCCCCCACCGAGGTCACGCTCAACTGGGCGCCGCCCGCTCTGCACCACCGCAATGGAGATCTACTAGGCTATAAGATTTTCTACATAATGACAGAATCACCCGAAGACCCGGAGCCGGGGCGACGCGTTGAGGAAGAAATAGAAGTGGTCCCCGCCACGGCCACTTCACATTCGCTGGTCTTTCTCGATAAATACACGCAATATCGTATTCAGGTGTTGGCGTTTAACGCGGCCGGTGATGGACCGCGTTCGAATGCCGTAGTGGCACGAACGATGCAGGGCCTGCCCTCCGCGCCCAGAAACATTACCTTCACCGACATCACCATGAACAGTCTCGTAGTGGCGTGGGAGCCGCCGCGCCGCCGCAACGGTCCGGTGCAGGCCTACCTCGTCACGTACGAGACCGTGCAACAAGACGAACGTTTCAGCAAACAGGTGAAACAAAAAGTAACAGAGCGAAGGTTGGCTGTGGGCGGGCTCGAGGAGGAGGCGGAGTACCGGTTCAGCGTGCGTGCGGTGACGGTGGGTGCGGGCGCGGAGAGCGCGGCCCGCGTGCGCACCGGCCCGCAGCCCGGCTCGCCCTCCGCCCCCCGCCTGCTGCAGCTGGCGCCCGAGCTGGCGGCGCTGCGTCTGCGCTGGAACAACACCCTTTCCGGCCGCGGACCGCTCCTCGGGTATTACATCGAGGCACGCAGAAAAGATGACACTCGTTGGGAAACCATCACGAGAACAAGCAACGGAATGTTAGAAGAGTTCACCATTTCGTATCAGAGCTTACTGCCGTCGACAGCTTACACGTTCCGGGTCATCGCGTACAACGCCTACGGCATCAGCCAGCCAGCTTACAACGAAAAAGTGATAGTCACACCTTCGAAGCTGTACCTGGAGTACGGATATCTGCAATATCGACCCTTCTACCGACACACGTGGTTCATGGTCGTGCTCGCCGCCACTTCCGTCGTCATTATCATCACCGTCATAGCTATTCTTTGCGTCAAAAGCAAGAGTTACAAATATAAAAAAGAAGCTCAGAAGAGCCTAGAGGAGCTGACGGGCGAGCGCGAGGAGCGCGGCTCGCTGGCCATGGAGCTGTACAGCGAGGGCGGCGCGTCGGTGCGGCGCAAGCCCGCCGCGCCCGGGAAGCCGCCGCCGCGCCCCGCGCCCGCCTCCGTGCTCTACCACAGCGACGAGGAGAGTCTGCGCGCCTACGACGCCAACGCCGACGACTCCTCGCTCACAGAGAAACCCTCGGAGATGAGCTCCTCTGACTCGCAGAATTCGGAAAGTGAAAACGAAAGCGTGAGGTCTGAACCACATTCTTTCGTGAATCATTACGCCAACGTTAACGATACGTTACGACAGTCTTGGAAGAAACAGCGACCCGTACGTAATTACTCCAGCTACACGGACTCCGAGCCCGAGGGTAGCGCCGTGGTCAGCCTCAACGGAGGTCAGATCGTGATGAACAACATGGCACGGTCGCGTGCCCCGCTGCCTGGCTTCTCTTCGTTTGTATGA

Protein

MQPPRFSMQPSTSNIVREGTTKILQYSAMGIPQPMYKWLKNGIPLTDYSSELFYKIHNTQRQDAGAYQCIAKNDVGAIFSKKSHIIVAYMGVFDNITDTVVSVESGRAAIIEFPHIESEPSPSVIWQDQHGALKYDQKYAVTGKHQLVILCANHEDERSYRVRAINTQLGKEENSPYIKLNVYGADDKEIPPEIVIKPEDTTITKGQEYTDLYCIANARPLHELETLWFKDGIMIDLAGITFNLNDQWNRTLSLISANLTHTGQYTCQARLKTGGFATVTASATVTVYEKPVFLTNLRSETFGEFGKSIVLECDVQGIPLPGITWYKDAKKIASVGAEVGESDNSDVDDGGGRYRVEVDRSLVISDLKMEDMGIFQCIASNDAGETSIYTWLKIKTSPPIMQTPPSNLTVLDGKDATISCRAIGAPTPNVTWYFNDSLIINLSGRLQALEDGDLLITSTTTADSGKYTCLRANDAGNVSGEAYLTVLVRTQIIAPPVDTRVLLGHTATLQCKVSNDPNVKYNIDWFHNKQPMTAGSRVIVSADGALQVQAVRASDAGEYTCVVTSPGGNHTRHAVLSVIELPFAPTNVRAMRLEAASQRAVNISWTPGFDGNSPIQKFIVQRRVVPEFGPIPDPLLNWVTEPMNVSSTQRWALLTSLKAATSYQFRVSAVNTVGEGPPSDPTDVLTLPQEAPSGPPVGFIASARSSSEIITQWQPPLEEHRNGHILGFVIRYRLRGYENSPWTYQNITNEAQRNYLIQDLITWKDYNIQIAAYNDKGVGVFSDSYTIKTKEGVPEAAPDSVRCEAYNSTAVMVTWTPPNPQKINGINQGYKIQAWKWDDAENENVEQKLASVPPNLLDPLTEQSAIIDDLERFTEYNITVLCFTEPGDGPRSDYFVVRTKEDIPDEVGSLLFDEISDRAVRVSWSPPKKSNGILLGYKLSYEIINNSKSYKEEVLPPNVTSIKVEQLQASTHYKFWLCGMTAVGSGAARAATIQSGVEPVLPDAPRNLALSNIDAFSVLLQFTPGFDGNSSISLWTVQAQTARNSSWITIYEVNAPEAQSILVTGLVPFTTYRLRLIATNVVGSSQPSEPCKEFQTIQAPPRHPPKNVTVRAVSANNLRVRWIPLQQSEWYGNPKGYNITYKRSGTNDTLHSIIEDHTANSHVLANLEEWSVYEIRMTAINEVGTSAESPTAFERTREAVPSRGPSDVSANATSSTTVVVLWGDISAQDQNGLIEGYKVCYAAVTPPPRPEHKKIECQAIPSNQTHTVTLTELRKYVVYQIQVLGYTRLGDGALSDPPVTARTFEDTPGPPSNVSFPDVTFTTARIIWDVPEDPNGEILAYKVVYHLNSSTQHMFSREFLPSDRTFRATELSSEQYYVFSVRAQTRLGWGVTARALVLTTANRSPPLPPPRPHVARSLLQPHHITFSWTPGDDGYAPLRYYTVQQKEEGGTWQTIPERIDPFATSYTAEGLKPYTGYQFRIRATNDMGPSRYSNATETVRTLPAAPSKAVENLHVVPITPNSVRVQWTPLSEQYWSGDARTGGYRIFYQPLTDFPTALQQTMKLEVTGVKTSEAVLTELAVDRNYEISVCGVNSQGSGPAGTPAVVWVGEAVPTAPPAALSAVPLSPTEVTLNWAPPALHHRNGDLLGYKIFYIMTESPEDPEPGRRVEEEIEVVPATATSHSLVFLDKYTQYRIQVLAFNAAGDGPRSNAVVARTMQGLPSAPRNITFTDITMNSLVVAWEPPRRRNGPVQAYLVTYETVQQDERFSKQVKQKVTERRLAVGGLEEEAEYRFSVRAVTVGAGAESAARVRTGPQPGSPSAPRLLQLAPELAALRLRWNNTLSGRGPLLGYYIEARRKDDTRWETITRTSNGMLEEFTISYQSLLPSTAYTFRVIAYNAYGISQPAYNEKVIVTPSKLYLEYGYLQYRPFYRHTWFMVVLAATSVVIIITVIAILCVKSKSYKYKKEAQKSLEELTGEREERGSLAMELYSEGGASVRRKPAAPGKPPPRPAPASVLYHSDEESLRAYDANADDSSLTEKPSEMSSSDSQNSESENESVRSEPHSFVNHYANVNDTLRQSWKKQRPVRNYSSYTDSEPEGSAVVSLNGGQIVMNNMARSRAPLPGFSSFV

Description

Participates in homotypic or heterotypic interactions in the eye during pattern formation to prevent extra cells from joining the precluster and differentiating as photoreceptor cells.

Similarity

Belongs to the sidekick family.

Keywords

Alternative splicing   Cell adhesion   Complete proteome   Developmental protein   Disulfide bond   Glycoprotein   Immunoglobulin domain   Membrane   Phosphoprotein   Reference proteome   Repeat   Signal   Transmembrane   Transmembrane helix  

Feature

chain  Protein sidekick
splice variant  In isoform C.

Uniprot

A0A212F6Y1   H9JBC2   A0A2A4JBT0   A0A2H1VX93   A0A194RC75   A0A194PDW6   + More
A0A1W4WG57   A0A1B0CBE5   A0A1I8MGF4   A0A1W4W4L6   A0A1I8MGE9   A0A1Y1KB14   A0A1W4WF58   A0A0A1X3G4   A0A0K8TXQ5   A0A1I8MGF2   A0A1W4W4N0   A0A1W4WGF1   A0A0P8Y6X0   B3MQY3   X2JDB3   A0A1Y1K812   Q17L79   B4L5H9   A0A1W4V816   E1JJC3   O97394   E0V9W7   A0A0N8NZQ9   A0A0P8XJL2   A0A1W4UW45   B3P994   A0A1W4UVQ5   A0A0R1EEB4   A0A0Q9WNP4   O97394-2   A0A195E879   B4PX26   A0A1W4V811   A0A1W4V9E8   A0A0Q5T230   X2JHT7   A0A0R1E8S5   E9IWI0   A0A1S4EYV5   A0A0P9BTR2   A0A067REA8   A0A3B0J7J8   W8AVH4   A0A3B0JZR2   B5DLT7   A0A0P8XJT2   B4N255   A0A1W4UVQ0   A0A195FLQ7   A0A1W4UW40   A0A195C662   A0A0R3P492   A0A146L438   A0A3B0JCD7   A0A3B0JDL8   A0A0R3P5A4   A0A336LLQ7   A0A1W4V8H2   T1HT36   A0A158NF18   A0A0L7QZ11   A0A1W4V9E3   D6X1S6   A0A139WC36   B4R7H2   A0A2A3EQA8   A0A088ACK5   Q7QEG7   A0A1S4G9K0   F4WEM7   E2BIY8   A0A182VKL3   A0A154PCR9   A0A336LM55   A0A336LQ23   N6U4A3   A0A0K8WGF2   K7IT23   A0A1W4V8H7   A0A026WR57   A0A0M8ZWC8   A0A0R3NZ86   C8VV85   W5JJG6   A0A084VX89   A0A182PZC8   A0A182MZU5   A0A182FMJ7   A0A182YH32   A0A2H8TFS9   A0A182I9Y4   A0A0K8U626   A0A182X7F5   A0A182MKQ6  

Pubmed

22118469    19121390    26354079    25315136    28004739    25830018    + More
17994087    10731132    12537568    12537572    12537573    12537574    16110336    17569856    17569867    17510324    26109357    26109356    9310325    10731137    17893096    18327897    20566863    17550304    21282665    24845553    24495485    15632085    26823975    21347285    18362917    19820115    12364791    21719571    20798317    23537049    20075255    24508170    20920257    23761445    24438588    25244985   

EMBL

AGBW02009960    OWR49478.1    BABH01030903    BABH01030904    BABH01030905    BABH01030906    + More
NWSH01002220    PCG68890.1    ODYU01005006    SOQ45461.1    KQ460398    KPJ15069.1    KQ459606    KPI91452.1    AJWK01005086    AJWK01005087    GEZM01089247    JAV57601.1    GBXI01008625    JAD05667.1    GDHF01033236    JAI19078.1    CH902622    KPU75014.1    EDV34188.2    AE014298    AHN59228.1    GEZM01089246    JAV57602.1    CH477218    EAT47416.1    CH933811    EDW06438.2    AAF45541.5    ACZ95168.1    ACZ95169.1    U88578    AL132792    BT031329    DS235000    EEB10173.1    KPU75012.1    KPU75013.1    CH954183    EDV45390.2    CM000162    KRK05793.1    CH940651    KRF82053.1    KQ979479    KYN21326.1    EDX00812.2    KQS25957.1    AHN59227.1    KRK05792.1    GL766526    EFZ15068.1    KPU75015.1    KK852687    KDR18391.1    OUUW01000003    SPP78234.1    GAMC01017867    JAB88688.1    SPP78231.1    CH379064    EDY72483.2    KPU75011.1    CH963925    EDW78444.2    KQ981490    KYN41353.1    KQ978287    KYM95648.1    KRT06341.1    GDHC01015451    GDHC01013896    JAQ03178.1    JAQ04733.1    SPP78233.1    SPP78232.1    KRT06342.1    UFQT01000048    SSX18992.1    ACPB03015601    ADTU01013703    ADTU01013704    ADTU01013705    KQ414685    KOC63811.1    KQ971371    EFA10156.2    KYB25519.1    CM000366    EDX16783.1    KZ288204    PBC33221.1    AAAB01008847    EAA06917.5    GL888103    EGI67390.1    GL448543    EFN84333.1    KQ434874    KZC09696.1    SSX18990.1    SSX18991.1    APGK01043378    APGK01043379    APGK01043380    KB741014    ENN75456.1    GDHF01002132    JAI50182.1    AAZX01003332    KK107119    EZA58520.1    KQ435840    KOX71396.1    KRT06337.1    BT099831    ACV91669.1    ADMH02001354    ETN62904.1    ATLV01017864    ATLV01017865    ATLV01017866    ATLV01017867    KE525195    KFB42583.1    AXCN02002526    GFXV01000323    MBW12128.1    APCN01001075    GDHF01030202    JAI22112.1    AXCM01008687   

Proteomes

UP000007151    UP000005204    UP000218220    UP000053240    UP000053268    UP000192223    + More
UP000092461    UP000095301    UP000007801    UP000000803    UP000008820    UP000009192    UP000192221    UP000009046    UP000008711    UP000002282    UP000008792    UP000078492    UP000027135    UP000268350    UP000001819    UP000007798    UP000078541    UP000078542    UP000015103    UP000005205    UP000053825    UP000007266    UP000000304    UP000242457    UP000005203    UP000007062    UP000007755    UP000008237    UP000075903    UP000076502    UP000019118    UP000002358    UP000053097    UP000053105    UP000000673    UP000030765    UP000075886    UP000075884    UP000069272    UP000076408    UP000075840    UP000076407    UP000075883   

PRIDE

H9JBC2    E1JJC3    O97394    X2JHT7    C8VV85   

Pfam

PF07679   I-set        + More
PF00041   fn3
PF13895   Ig_2

Interpro

IPR003598   Ig_sub2        + More
IPR036179   Ig-like_dom_sf       
IPR013106   Ig_V-set       
IPR013098   Ig_I-set       
IPR036116   FN3_sf       
IPR003961   FN3_dom       
IPR007110   Ig-like_dom       
IPR003599   Ig_sub       
IPR013783   Ig-like_fold       

SUPFAM

SSF49265   SSF49265        + More
SSF48726   SSF48726       

Gene 3D

2.60.40.10    

CDD

cd00063  FN3

ProteinModelPortal

A0A212F6Y1   H9JBC2   A0A2A4JBT0   A0A2H1VX93   A0A194RC75   A0A194PDW6   + More
A0A1W4WG57   A0A1B0CBE5   A0A1I8MGF4   A0A1W4W4L6   A0A1I8MGE9   A0A1Y1KB14   A0A1W4WF58   A0A0A1X3G4   A0A0K8TXQ5   A0A1I8MGF2   A0A1W4W4N0   A0A1W4WGF1   A0A0P8Y6X0   B3MQY3   X2JDB3   A0A1Y1K812   Q17L79   B4L5H9   A0A1W4V816   E1JJC3   O97394   E0V9W7   A0A0N8NZQ9   A0A0P8XJL2   A0A1W4UW45   B3P994   A0A1W4UVQ5   A0A0R1EEB4   A0A0Q9WNP4   O97394-2   A0A195E879   B4PX26   A0A1W4V811   A0A1W4V9E8   A0A0Q5T230   X2JHT7   A0A0R1E8S5   E9IWI0   A0A1S4EYV5   A0A0P9BTR2   A0A067REA8   A0A3B0J7J8   W8AVH4   A0A3B0JZR2   B5DLT7   A0A0P8XJT2   B4N255   A0A1W4UVQ0   A0A195FLQ7   A0A1W4UW40   A0A195C662   A0A0R3P492   A0A146L438   A0A3B0JCD7   A0A3B0JDL8   A0A0R3P5A4   A0A336LLQ7   A0A1W4V8H2   T1HT36   A0A158NF18   A0A0L7QZ11   A0A1W4V9E3   D6X1S6   A0A139WC36   B4R7H2   A0A2A3EQA8   A0A088ACK5   Q7QEG7   A0A1S4G9K0   F4WEM7   E2BIY8   A0A182VKL3   A0A154PCR9   A0A336LM55   A0A336LQ23   N6U4A3   A0A0K8WGF2   K7IT23   A0A1W4V8H7   A0A026WR57   A0A0M8ZWC8   A0A0R3NZ86   C8VV85   W5JJG6   A0A084VX89   A0A182PZC8   A0A182MZU5   A0A182FMJ7   A0A182YH32   A0A2H8TFS9   A0A182I9Y4   A0A0K8U626   A0A182X7F5   A0A182MKQ6  

PDB

5K6W     E-value=5.35798e-69,     Score=670

KEGG

101741950    K16353 protein sidekick | (RefSeq) protein sidekick

GO

GO:0016021   GO:0050931   GO:0098595   GO:0045177   GO:0005887   GO:0042675   GO:0046533   GO:0007156   GO:0010842   GO:0007416   GO:0045202   GO:0005515   GO:0008270   GO:0043161   GO:0005634   GO:0042065   GO:0042066   GO:0003707   GO:0043565  

Subcellular location

Membrane  

Length:

2130

Number of predicted TMHs:

1

Exp number of AAs in TMHs:

22.94424

Exp number, first 60 AAs:

0.00044

Total prob of N-in:

0.00025

outside

1  -  1934

TMhelix

1935  -  1957

inside

1958  -  2130

 

 

Pi

253.447039

Theta

210.679505

Tajima's D

0.717766

CLR

0.065401

CSRT

0.581670916454177

Interpretation

Uncertain