Gene

KWMTBOMO10470  Validated by peptides from experiments

Pre Gene Modal

BGIBMGA006999

Annotation

PREDICTED:_small_subunit_processome_component_20_homolog_[Bombyx_mori]

Location

Bomo_Chr17(-):11973088-11988156      View in EpiBrowser

Location in the cell

Nuclear   Reliability : 2.255

CDS

ATGAAGAGTAAACCTGTTAAACACAAAACTACGAATACTTTTCGATTTGTGCCGTTTTCTGAGCGAATAAATTCTATTGATATTCGACATGCTGCACTGTACCACATTGAACACGCTTACAGCAGACAACCAGACGAGAACGAGACACATTTCAATTTGGCGATACAAAAATGGCACGTTCTGAACCTAACAGATAATTTTAAAAGGTTTAAGAAGGAGGTCTTTGGAATTATTACTGTACCACAACTACTTCATAAGAAAGTCGAAATACTAGAAATTTTGGAAAAATATTTGAAACTTGAAGATCAATTGTGTTTGCAGCCACTTCTTGAAATTCTTGTAGCTGCTGCTAAAGATCTACGAGATGATTTCTATCCACACTTTCCGAAATTCCTTGATGTACTTATAAAATTGCTAAATACAAAAAATGCAGAACAACTAGAATGGACACTTATATGTTTGGCATTTTTATTCAAAATCCTGAAACCTTACATGAAAAAGGATATTGCTGTAATATTGAAGAGCATTGTTCCCTTGCTGAGTGAGAATAAACCTCAGTATATTAATAATTTTGCAGCTGAGAGTTTTGCATTTGTTGCCCGTGATATAAGGGACAAGAAGAAGTTTATAAATCTAATCTTAACTTATTTAGAAAATAATGATGATGTGATAATAGGTTGTGGTCATCTTTTATTTGAAATTATAAGAGGAGTCAGCGGAAAATTTCACAGCTGCATTGAAACATTTCTACCTATACTACTACAATACTTAAAAGAAAGCAAAGCACATCAGGATACCCTATTCAAAGTACTCACACAAACTATAGAGGATAGCTTACACAGCATATCATATAAGGAATTTACTATATTTTGGACATGTATTCTAAAATTTATTGAAGAAATATTGAAAGAAGGTGATGAAGAAACTAAAGGACTAGAATACATTTTGAGGCTAGCCGGTCAAGTAATTGAGCATCAGAATGGAAAGTTCTTAATCAACCCACCACAATTTGTTCTGTTATTGATAAAGGTTATATGTGAGCAGTCATCAGAAATAGTACTTGAAGTTTGTTCCCAAATTGGGGCAATATTACTACTTTCACCGAATGTATCTTTATCACAGGAACATGCCAGCATCATTGTTAAAGTATTATTGCCTTTGCCATTCCCAAATATCTTAACGAAATTCGTTCAAAATGTGATTGATTATTCTCAGTTTGATATGCACATATTGCCACCTTTTATCAAATACGTTGTCCAATCCGGATTTGACAATGACGCAATGTGCACTTTGAGTAAGATCTGTGTCAAAAAATCTCCTCTATCAATGAATGGAATCAAATTGTTTGAATGGGTTAAATATCCTATTGATTTCGGTCCCAATCTTTCAAAATTCATGGAATATTTTGAAACTGTTATGAATGGTAACACTGAACAAATGTTGGAGAACCCATTAAAATTAGCGAATGTTTTGTTCTGTGTGCCGCATGTTAAAAACATCGATGTGGATTATTGTATAAAAACATTGAGTGAATTAATTTCTAAACTGTTAAAGATATTACTTTCTTACAATTTGGAAAGTCAACTGGACGCAAACAGATTTCACTGTGATAACACAGCATTATCGCGATGTGCCAGAAATATTATATTCATAGTAGCAAATTGTATAGAAAGCGCTGTTCACATATCCAGCTGTAAGAAAGTGGCAGAGATATGTGATATAGAAAGATTATTACCCATCATTCTGCCATGCGCGGCCGATCCAAACTATCTGGGTGCACTGCATTTGCTTGACTTGTATCTAACGGCATACGAACATGAAAACGGACTAAGCTATCCATTTCTATCTTTGGTCGACTCTTATTTGAGAGTCAACGTGTCGTCGCCATTTCATATTGTGCGCCTTTTGACAACACACATATATAAATTATTCGAAAATATAGAAGAATTGTGTAAGTCAGCAGAGATCAATGGTAACGTTGAAAGATTTTCAGTATTCAGTATGTGTTATGCTGTGGAATCAATAACACCTTCCATACAAGAATACAGAACTCAAATAAACATTCTACACAAAATGGCGTTTAACACGACACAGTATGCTTTGGCGAAGGAAACAAATTTTCATCTGTTTGCCCTTGATTATATGTTAGGGGTTTTGTATATGAATTTTAAGTTAATATGGGAGCCAGTCGCTGAATTTGTAGCTGGCTACGGTAATGCTTTAAGCGTTGACGAATTCTGGCCAACATTTTATAGAGCACTGCAAACTTCATTCGTCAATGCAAAAAAGAATCTAAAACAATTTCAGTTTGATTCCGAAATCGACACCAGCTCCGTAACACTAAATGGATTGTATAGTGAATATAATAGCATAACTGAAAGGCCAGATCTATATAACTATAGAAATCTGATATTAAAAGTAATGACGAACTGTATCCAAGCGTGCGAAGCAAGAAATCGTGATGTGGTTGTATTATTTTTAAACTTTATCGACGAAGAGTATAGAAGAGATGATAAAACAAATGCCTTAAAAATAGATGTTGCAAAACATGATGTTATAATGGAAGTCGACAACGGAACTGAAGAAGAAAACGTTGAAAACATTGAAGAAATTATTGAACAAATTGACGATCAAACAGAATCGGTTTCAGGAAAAATAATATTCAAGACTCTTATAAATATAATGCAAGTACTAGCACAGTTCAAGAATCCAAGGGCTTTACATAAAGAGCCAGTATTCTGGGAACTTTACATGGAGTTTTTGAAACACAAAAATCCCGGCCTACAAAAGTTTGCTCTAGATTGTGTCCTTAATTACAAAAATAAAAGTATTACAGTGTACAAAAGTAATTTGTACAATTTGATCGATGAAAAGAAATTCAAAGATGAACTAACACAATTCAAAATCACTGAAGATTCGCAATTGATACACAGTGACGATAGAGAGCATGTGATACCAATTATACTGAGAATACTTTACGGGAAAATGACGTGTAAACTTGCTGGTGATAAGAAAAGTGGCGGACAGGCTAGACGATCTCTAGTGATGCGATATTTGGCCGGCTGTAGTGAAAACGAACTTAGAATGTTCATCGAAATGGCGTTTAGTTACTTCAAGAAATATATGGCTATGGAGCCTAGAGAAATATTTGAAAATATTCACAATAATCTTGATTTGAAATCAATTACCGGCCCAGGAAAGTTGCACAGCATTTTGAATCTATTCGAAGTGGTTCGTGAATATTTTGGCGGTTACATGAAAGACGAACTTTTATCGGAGCTATTCAAGATCTTTTATGCCGTCTGTTCGACTTTTTCAGCTGTTTTATCGAGGGCTGATAAAGTTCATGTTGGTTACGTTAAAGTTATGAAAAATCTCCGAACCATTGCTCTTGTAACAGTGAAAAAGCTTTTCGAACAATTAGACAAATATCCTTGGAGTAAAGATGAGTTGTATGTTATATTTGAAACTTTGCTGTGGCCTTTGATCCCAAAGCTACATATCGAAGGAATACATAGTCCGACAGCTCTCTTAAAACTTTTAAGCGTATGGTGTCAAAATCCACGATACTATGTATTACTAGTTACTCGCTCGAAGGATAACTCTTTAAGTTCATTACCAGAGTTGCTTAAACTTCTACTGGCTCCAAAAACAAGTCCGATTGTCGTTAATATGATTTTAGATATGATTGAGAAATTATTAACACTAACTGAGAATGAAGAAGACAAGGAATTAAGTCCCATTGAATCTTTTAATATTATACCAAATGACGAAATAGTATCAACCGATATGAGTAACATTAATTACGGAAGCAAAATATTAATACCGCACATTCCAAGCATTTTGGAAGTAATGAAAAGGCGCATGGCGAATGCAGCGAAGTCGAACACGGTTAATAAAAGAGACCTCTTGATACTGTCACGAGTGACCGAACTGGTGGCAAACCCTGAAATCTGTGATGAACTATTAACTTTATTATTGCCGATATTAGTAAAGAAAGTTTGTATGAACATGGCTGAAGAAAATATGGAACATGCCGTAACCACAATTATTAACTTGTTGGGACACAGTACTAACCCGCAATCTTACATCAAACATATTGCCGTATTATTCAATAAGGTCAACCAAATTGATGTAAGGAAGCTCCTGATTAAGCTTCTGCAGTCCATAGCAGAAGCGGCTCCAAAAAATAAAGAGACCCTGAAAAGAATGGCTGAAATTATAAGTGAAATGAATGCTTTTAATAAAAGATGGATAGAACAACCAGATTTTGACAGGAGATTAGATGCTTACAAGCGAATTTATCAACTGGCAGATAATGATGAAATTGATATTGATCTTGCTATTCTAATTGTAAACAATTGCTTTTATTTTATTCGAACGGAAAAAGATATCGGTTTGAGAGATAGCGCTGGACTATGTATGAAAAAGATACTACCGAAATTGCTTATGAAATACAGATCGGCGAATGAAGGACAATTTCTAATCCGTGACACAGTTCTTTCATTAATTTCGACTGGAATAAGGGATACGAAGAATGATTTGGTTCGTAATGAATCTATAGCCTTGCTCGGCGAGCTAGCTAGGGAGTGCCCTGAAGCTGATGTAGTGATCTCAGATTTAGCGACATTGACAAACAAAGATGACGTCGAAGTAGATTTCTTTGAGAACATGTGTCATTTGCAGATGCATAGACGCGTTAGAGCCCTATTGAAATTTTCCAAAGTTTCCAAGAAAGTAATGAAATGTCCCGCACCAAGAACTCTTACCAATTTCATATTGCCATTAGCCACAACGTATTTATGTGACGATAAATATACAGACAAAAATACATTGATAGATGCGGCCATTGATGTTGTTGCAACGTGCTGTAGGCTCCTGCCTTGGTACCATTATGAGGTCATTTTAAAGGTATACTTGAACAAAATGCGGCACTCAACCGAGCACCAGAAACAGCTGACGCGGATCATCATCGGAATCATAGACGCTTTTCATTTTGATTTTTCGAAAGCGAAAAACATTGATCTCCCAAAAGCACTAGTTGTTAATATGAAAACTAAATTAACCATTAAAGATCCGCTTAGAAAAGTACAAGTCAAAGATGCAGAGTCCAATGAAATCGACGAAGAAAATGATAGTGAAGGTTGCGTAAAAGATAAAGAAGACTCAATGGACGATAACGATATAGAAGTTGAACTCAAAGTCGCAGATGATGAAGCAGCGAATGAAGAAGATTCTAAAGAAATAACGAATGTACCAGCTTACGAAAGAATCACGAGCGTGTCACCTTCCGTTGCTAAGAGGATAGTAAAATCGTTGACAGCGGGCCTCCTACCTCAGTTGAACAGAGCTATAGGTAAAATGACGGACCACGAAGAATCACACAAAGTTAACCGGCGTCGGACCGGCTTCGAGAGGCAGGAGGAAGATATGTTGAGGGTTCCGATAGCGTTGGCGCTGGTGAAGCTGTTGCAGCGGCTGCCAGGCGCTTTGCTGGACAACCACTTACCGGGTATCATCATAAAACTATGTTCGTTTTTGAAATCACCTTTGAAACAAGTCCGGATATCCGCTCGGGATATCGTCAAAAAGGTCATGATCACGGTCGGAACGTCATATTTGGGCGTTCTGTTTGAGCATCTAACTTTGTTGCTCACAAGAGGATTCCAAGTGCACGTATTAGTAGCGACCGTGCACGCCGTGCTCGACGCTCTGAAGGGGACCTTCGAACCGGGAGACATAAACGCTAACCTCCATTACATTCTCGACGTTTGCGTCAACGACTTATTCGGGGCGTTATCTGAAGAGAAAGAGGTGGATAAGTTGCATTATAAAACGCCCGAAGCGAAGCCCAGCAAGAAGAGTTACGTCACGCTGGCGATCGTCTCCGAGAACATAACGGAACGCTGCCTTATTAACCTGTTGCTGCCATTCAAGGAGGTTCTAGAGAAACACCACTCGAAGAAAATCGTTTCGAAAGTACAAGAGGCGTTAATGCACATCACTAGCGGTCTGGTATCGAATAGATTCATCGATATCGAATCGTTGTTCGTGTTTTTACACGGTATAGCTTCGGACAGCATTCCTCAGTTTGTGTTAGGGGCTCCGAAGAGGGAAATAACGGAGCAGCAGAGGGAGAAGATGCTGAGGGCGAAACCGGACTGCTTTATAGTGCCCGAAGCACCGAAACGCAACAAGGAGACTCAGGCTAAGAACGTCAAGGTTTCCGGTAAAGCGAATGCTCACGTCCTAGTTGAATTCAGTCTGAATATACTTCACGTTATATTGAAACGGGAGAAAGTACCGAGGGTCGAGTGTAGAGCGTTCGTGGATCCGCTCATCCCCCTACTGGTTGACGCGATAAAAAGCGACCACGTCAAAGTGACAACCGTGGCCTTAAAGTGTATAGCGACGTTGTGGACCATCAGAGTTAGCACGCCTACCCTAGAGGAAATGGTTCAAGACATAGTGAAGACTATATTCACGATATTGCACAAATACGCCACGTCTGAAATCAGCAAGCAGAATGATAACCACAACTTAGTTAGGACGGCTTTTAAGGCTGTAACAGTGTTAATACGCAACGTAAAGTACTACAAGCTGGAAGTCGAACAGCTGAAGACGTTGCTGCTGTACGCCGAGGAGGATTGTCAGAACGAAGAGAAGCAGGCCAACTCGTTCTCATTGTTGAAAGCGATACTGGAATCGAAGCTGGTATCGCCCGAACTGCACGAAGTCATGGAGAAAATATCAAAGATATGCATTCTGAGCGTTTCCGCGAAATCACGGGAGGAGGCGCGGGTTATATTCGCGAACTACCTGACGTCGTACACGCCCGGGCGCCGCCTCTCCAAGTACGTCGACTTCTTCGTGGCCCAACTCAACTACGAGCTGCAGCACGGCAGAGAGTCTTCGCTCAAGTTCCTCGAGATGATAATACGAAAACTTCCCGAATCTCAATTGGCGAAGTTCGGTGACCACTTACTGTTAACGCTGGGCGCTTGCATGGTGAACGATCCGGCGCCGGAGTGTCGCGCCGCGGCCGCCGCCTGCATCGAGGCGATGCTCAACCGACTCTCCCAAATGGAGAGGAACAAGCTATTCGATCTGGTCCTCACTTTCTTCCAGGACACTCAGCCCGTTCACTTTGAGCTCGCGGCTCAACTAAGTACACGATTCGTTAACGTAGAAAAAGACGAATTCAAGAACCGCCTATCGACCGTGCTGCCCCTGGTCAACAGCAAGATGCTCCTACTCAGCAATGACATAGCGGAGGGGCGCTTCGTCAAAATAAAACTCGACCAATCCGAAGACAAAACCGACGAAGAAAAACAACTAGAAAAGGACCACAGCCTCATACAGATCCTAAACTTAATCGAGAACATCACTGTACATTGCGAGTCGAGTATGAAGAACGAGAGATATTTAAACGAATACGACGAGATAGGCCAGCAATGTAAAGCGTTTCTTGCCTACCCGCACGCTTGGGTCAGGTTGAAGGCCGCGAAAATAATTGGGCGAGTTCTGTTAACGGTCGATGTCAAGGAATTGGACGATATTGTTTCGAATAAGAAGGAAACTGAGAGGGGATTTATTTATTACGACGTCGAGGAGACTTTAAGAAGTTTGGTCTTGGATCTTTGCGCGCAGTACACGACCACCATACAGAGAGACATGGCGGAACAGGTGAGCTGA

Protein

MKSKPVKHKTTNTFRFVPFSERINSIDIRHAALYHIEHAYSRQPDENETHFNLAIQKWHVLNLTDNFKRFKKEVFGIITVPQLLHKKVEILEILEKYLKLEDQLCLQPLLEILVAAAKDLRDDFYPHFPKFLDVLIKLLNTKNAEQLEWTLICLAFLFKILKPYMKKDIAVILKSIVPLLSENKPQYINNFAAESFAFVARDIRDKKKFINLILTYLENNDDVIIGCGHLLFEIIRGVSGKFHSCIETFLPILLQYLKESKAHQDTLFKVLTQTIEDSLHSISYKEFTIFWTCILKFIEEILKEGDEETKGLEYILRLAGQVIEHQNGKFLINPPQFVLLLIKVICEQSSEIVLEVCSQIGAILLLSPNVSLSQEHASIIVKVLLPLPFPNILTKFVQNVIDYSQFDMHILPPFIKYVVQSGFDNDAMCTLSKICVKKSPLSMNGIKLFEWVKYPIDFGPNLSKFMEYFETVMNGNTEQMLENPLKLANVLFCVPHVKNIDVDYCIKTLSELISKLLKILLSYNLESQLDANRFHCDNTALSRCARNIIFIVANCIESAVHISSCKKVAEICDIERLLPIILPCAADPNYLGALHLLDLYLTAYEHENGLSYPFLSLVDSYLRVNVSSPFHIVRLLTTHIYKLFENIEELCKSAEINGNVERFSVFSMCYAVESITPSIQEYRTQINILHKMAFNTTQYALAKETNFHLFALDYMLGVLYMNFKLIWEPVAEFVAGYGNALSVDEFWPTFYRALQTSFVNAKKNLKQFQFDSEIDTSSVTLNGLYSEYNSITERPDLYNYRNLILKVMTNCIQACEARNRDVVVLFLNFIDEEYRRDDKTNALKIDVAKHDVIMEVDNGTEEENVENIEEIIEQIDDQTESVSGKIIFKTLINIMQVLAQFKNPRALHKEPVFWELYMEFLKHKNPGLQKFALDCVLNYKNKSITVYKSNLYNLIDEKKFKDELTQFKITEDSQLIHSDDREHVIPIILRILYGKMTCKLAGDKKSGGQARRSLVMRYLAGCSENELRMFIEMAFSYFKKYMAMEPREIFENIHNNLDLKSITGPGKLHSILNLFEVVREYFGGYMKDELLSELFKIFYAVCSTFSAVLSRADKVHVGYVKVMKNLRTIALVTVKKLFEQLDKYPWSKDELYVIFETLLWPLIPKLHIEGIHSPTALLKLLSVWCQNPRYYVLLVTRSKDNSLSSLPELLKLLLAPKTSPIVVNMILDMIEKLLTLTENEEDKELSPIESFNIIPNDEIVSTDMSNINYGSKILIPHIPSILEVMKRRMANAAKSNTVNKRDLLILSRVTELVANPEICDELLTLLLPILVKKVCMNMAEENMEHAVTTIINLLGHSTNPQSYIKHIAVLFNKVNQIDVRKLLIKLLQSIAEAAPKNKETLKRMAEIISEMNAFNKRWIEQPDFDRRLDAYKRIYQLADNDEIDIDLAILIVNNCFYFIRTEKDIGLRDSAGLCMKKILPKLLMKYRSANEGQFLIRDTVLSLISTGIRDTKNDLVRNESIALLGELARECPEADVVISDLATLTNKDDVEVDFFENMCHLQMHRRVRALLKFSKVSKKVMKCPAPRTLTNFILPLATTYLCDDKYTDKNTLIDAAIDVVATCCRLLPWYHYEVILKVYLNKMRHSTEHQKQLTRIIIGIIDAFHFDFSKAKNIDLPKALVVNMKTKLTIKDPLRKVQVKDAESNEIDEENDSEGCVKDKEDSMDDNDIEVELKVADDEAANEEDSKEITNVPAYERITSVSPSVAKRIVKSLTAGLLPQLNRAIGKMTDHEESHKVNRRRTGFERQEEDMLRVPIALALVKLLQRLPGALLDNHLPGIIIKLCSFLKSPLKQVRISARDIVKKVMITVGTSYLGVLFEHLTLLLTRGFQVHVLVATVHAVLDALKGTFEPGDINANLHYILDVCVNDLFGALSEEKEVDKLHYKTPEAKPSKKSYVTLAIVSENITERCLINLLLPFKEVLEKHHSKKIVSKVQEALMHITSGLVSNRFIDIESLFVFLHGIASDSIPQFVLGAPKREITEQQREKMLRAKPDCFIVPEAPKRNKETQAKNVKVSGKANAHVLVEFSLNILHVILKREKVPRVECRAFVDPLIPLLVDAIKSDHVKVTTVALKCIATLWTIRVSTPTLEEMVQDIVKTIFTILHKYATSEISKQNDNHNLVRTAFKAVTVLIRNVKYYKLEVEQLKTLLLYAEEDCQNEEKQANSFSLLKAILESKLVSPELHEVMEKISKICILSVSAKSREEARVIFANYLTSYTPGRRLSKYVDFFVAQLNYELQHGRESSLKFLEMIIRKLPESQLAKFGDHLLLTLGACMVNDPAPECRAAAAACIEAMLNRLSQMERNKLFDLVLTFFQDTQPVHFELAAQLSTRFVNVEKDEFKNRLSTVLPLVNSKMLLLSNDIAEGRFVKIKLDQSEDKTDEEKQLEKDHSLIQILNLIENITVHCESSMKNERYLNEYDEIGQQCKAFLAYPHAWVRLKAAKIIGRVLLTVDVKELDDIVSNKKETERGFIYYDVEETLRSLVLDLCAQYTTTIQRDMAEQVS

Uniprot

H9JBV4   A0A2H1VIS5   A0A3S2M5S4   A0A212ETX1   A0A194PI36   A0A0L7L7D7   + More
A0A194QTI1   A0A2J7QU62   A0A2J7QU56   D7EJF6   A0A0T6BBJ4   A0A3L8DD95   A0A0J7P3Z3   A0A2A3EM51   A0A067RIZ7   A0A158P149   W8AID2   E2AE54   A0A023F0E1   A0A026W9Z6   A0A034UZV9   E2BW50   K7J685   U4U6J4   A0A088A9P7   A0A1B6DX33   A0A151WVU4   F4WUX7   A0A2P8ZHT4   A0A154NYR5   A0A0L7QXT8   A0A0C9R5L4   A0A0M8ZRE0   A0A195FX64   A0A151IX94   A0A0L0CPR7   A0A195ATY7   A0A195CXG7   A0A1I8MCQ6   A0A0A1XKB1   E0VEE5   A0A232FKH6   A0A1A9UWJ2   Q16MY6   A0A1S4FV96   A0A1A9Z5H0   A0A1B0FCE8   A0A1A9XBA3   A0A1B0C082   A0A1A9W7R9   A0A1I8QDT5   Q9W246   A0A0J9RK15   A0A2S2PDI8   B3NMH6   Q290F6   B4P5G5   B4GC47   A0A3B0JKU8   A0A1W4VQZ6   B3MEE3   B4QHI2   J9JML0   B4J9D2   A0A164QU50   A0A0P6IDC7   A0A0N8BRV1   A0A0P5DRG7   B4KQG6   B4LPJ7   A0A1A8QHM0   A0A2G9S887   A0A151LZ49   A0A1W4ZQI2   A0A1U7S244   A0A2Y9QTK0   A0A1V4J9R0   A0A2Y9QMK6   A0A2I0UMC2   A0A218UZX1   G1NGS4   R7VQQ5   F6PYL5   G1KLH1   A0A091HIR7   E1BGE2   A0A3L8SQ56   A0A0D9S1D0   G7PJA7   A0A2U9B228   F6S843   A0A096NC33  

Pubmed

19121390    22118469    26354079    26227816    18362917    19820115    + More
30249741    24845553    21347285    24495485    20798317    25474469    24508170    25348373    20075255    23537049    21719571    29403074    26108605    25315136    25830018    20566863    28648823    17510324    10731132    12537568    12537572    12537573    12537574    16110336    17569856    17569867    22936249    17994087    15632085    17550304    22293439    20838655    23371554    18464734    19393038    30282656    22002653    17431167   

EMBL

BABH01014932    ODYU01002794    SOQ40735.1    RSAL01000031    RVE51620.1    AGBW02012517    + More
OWR44952.1    KQ459603    KPI93081.1    JTDY01002441    KOB71417.1    KQ461137    KPJ08833.1    NEVH01011187    PNF32113.1    PNF32116.1    DS497704    EFA12725.1    LJIG01002259    KRT84681.1    QOIP01000009    RLU18450.1    LBMM01000167    KMR04659.1    KZ288212    PBC32835.1    KK852656    KDR19264.1    ADTU01005769    GAMC01018275    JAB88280.1    GL438827    EFN68287.1    GBBI01004323    JAC14389.1    KK107320    EZA52793.1    GAKP01022411    JAC36541.1    GL451091    EFN80082.1    KB632005    ERL87933.1    GEDC01007072    JAS30226.1    KQ982691    KYQ52049.1    GL888378    EGI61991.1    PYGN01000053    PSN56059.1    KQ434783    KZC04815.1    KQ414699    KOC63433.1    GBYB01011594    JAG81361.1    KQ435891    KOX69407.1    KQ981200    KYN45016.1    KQ980819    KYN12679.1    JRES01000195    KNC33404.1    KQ976738    KYM75651.1    KQ977141    KYN05358.1    GBXI01003294    JAD10998.1    DS235090    EEB11752.1    NNAY01000075    OXU31234.1    CH477845    EAT35704.1    CCAG010022893    JXJN01023495    AE013599    AAF46853.2    CM002911    KMY95799.1    GGMR01014890    MBY27509.1    CH954179    EDV54915.1    CM000071    EAL25406.1    CM000158    EDW91796.1    CH479181    EDW32390.1    OUUW01000001    SPP73261.1    CH902619    EDV36549.1    CM000362    EDX08211.1    ABLF02023576    CH916367    EDW01413.1    LRGB01002371    KZS08061.1    GDIQ01006214    JAN88523.1    GDIQ01151051    JAL00675.1    GDIP01152413    JAJ70989.1    CH933808    EDW10306.1    CH940648    EDW61256.1    HAEH01011585    SBR92609.1    KV925281    PIO36317.1    AKHW03007000    KYO17523.1    LSYS01008398    OPJ69082.1    KZ505685    PKU47194.1    MUZQ01000080    OWK59347.1    KB375317    EMC82236.1    KL536898    KFO94717.1    QUSF01000009    RLW06256.1    AQIB01023766    AQIB01023767    CM001286    EHH66627.1    CP026244    AWO97895.1    JSUE03007592    AHZZ02002865    AHZZ02002866   

Proteomes

UP000005204    UP000283053    UP000007151    UP000053268    UP000037510    UP000053240    + More
UP000235965    UP000007266    UP000279307    UP000036403    UP000242457    UP000027135    UP000005205    UP000000311    UP000053097    UP000008237    UP000002358    UP000030742    UP000005203    UP000075809    UP000007755    UP000245037    UP000076502    UP000053825    UP000053105    UP000078541    UP000078492    UP000037069    UP000078540    UP000078542    UP000095301    UP000009046    UP000215335    UP000078200    UP000008820    UP000092445    UP000092444    UP000092443    UP000092460    UP000091820    UP000095300    UP000000803    UP000008711    UP000001819    UP000002282    UP000008744    UP000268350    UP000192221    UP000007801    UP000000304    UP000007819    UP000001070    UP000076858    UP000009192    UP000008792    UP000050525    UP000192224    UP000189705    UP000248480    UP000190648    UP000197619    UP000001645    UP000002279    UP000001646    UP000009136    UP000276834    UP000029965    UP000009130    UP000246464    UP000006718    UP000028761   

PRIDE

H9JBV4    Q9W246   

Pfam

PF07539   DRIM        + More
PF15070   GOLGA2L5
PF00067   p450
PF06350   HSL_N
PF07859   Abhydrolase_3

Interpro

IPR011989   ARM-like        + More
IPR011430   DRIM       
IPR016024   ARM-type_fold       
IPR024858   Golgin_A       
IPR036396   Cyt_P450_sf       
IPR002401   Cyt_P450_E_grp-I       
IPR001128   Cyt_P450       
IPR017972   Cyt_P450_CS       
IPR010468   HSL_N       
IPR029058   AB_hydrolase       
IPR013094   AB_hydrolase_3       

SUPFAM

SSF48371   SSF48371        + More
SSF48264   SSF48264       
SSF53474   SSF53474       

Gene 3D

1.25.10.10     1.10.630.10     3.40.50.1820    

ProteinModelPortal

H9JBV4   A0A2H1VIS5   A0A3S2M5S4   A0A212ETX1   A0A194PI36   A0A0L7L7D7   + More
A0A194QTI1   A0A2J7QU62   A0A2J7QU56   D7EJF6   A0A0T6BBJ4   A0A3L8DD95   A0A0J7P3Z3   A0A2A3EM51   A0A067RIZ7   A0A158P149   W8AID2   E2AE54   A0A023F0E1   A0A026W9Z6   A0A034UZV9   E2BW50   K7J685   U4U6J4   A0A088A9P7   A0A1B6DX33   A0A151WVU4   F4WUX7   A0A2P8ZHT4   A0A154NYR5   A0A0L7QXT8   A0A0C9R5L4   A0A0M8ZRE0   A0A195FX64   A0A151IX94   A0A0L0CPR7   A0A195ATY7   A0A195CXG7   A0A1I8MCQ6   A0A0A1XKB1   E0VEE5   A0A232FKH6   A0A1A9UWJ2   Q16MY6   A0A1S4FV96   A0A1A9Z5H0   A0A1B0FCE8   A0A1A9XBA3   A0A1B0C082   A0A1A9W7R9   A0A1I8QDT5   Q9W246   A0A0J9RK15   A0A2S2PDI8   B3NMH6   Q290F6   B4P5G5   B4GC47   A0A3B0JKU8   A0A1W4VQZ6   B3MEE3   B4QHI2   J9JML0   B4J9D2   A0A164QU50   A0A0P6IDC7   A0A0N8BRV1   A0A0P5DRG7   B4KQG6   B4LPJ7   A0A1A8QHM0   A0A2G9S887   A0A151LZ49   A0A1W4ZQI2   A0A1U7S244   A0A2Y9QTK0   A0A1V4J9R0   A0A2Y9QMK6   A0A2I0UMC2   A0A218UZX1   G1NGS4   R7VQQ5   F6PYL5   G1KLH1   A0A091HIR7   E1BGE2   A0A3L8SQ56   A0A0D9S1D0   G7PJA7   A0A2U9B228   F6S843   A0A096NC33  

KEGG

101745495    K14772 U3 small nucleolar RNA-associated protein 20 | (RefSeq) small subunit processome component 20

GO

GO:0032040   GO:0005730   GO:0030686   GO:0016705   GO:0005506   GO:0020037   GO:0016021   GO:0008203   GO:0016042   GO:0016298   GO:0006364   GO:0005886   GO:0005488   GO:0006508   GO:0008237   GO:0005245   GO:0005891   GO:0004674   GO:0006418   GO:0003723   GO:0046872   GO:0003824  

Length:

2564

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.12404

Exp number, first 60 AAs:

0.00018

Total prob of N-in:

0.00494

outside

1  -  2564

 

 

Pi

41.701359

Theta

172.315163

Tajima's D

-1.009484

CLR

19.127555

CSRT

0.138593070346483

Interpretation

Uncertain