Gene

KWMTBOMO15243  Validated by peptides from experiments

Pre Gene Modal

BGIBMGA005014

Annotation

PREDICTED:_proteasome_activator_complex_subunit_4-like_[Bombyx_mori]

Location

Bomo_Chr25(+):7265244-7289810      View in EpiBrowser

Full name

Proteasome activator complex subunit 4      

Alternative Name

Proteasome activator PA200

Location in the cell

Nuclear   Reliability : 1.312 PlasmaMembrane   Reliability : 1.353

CDS

ATGATACAGGACGATGAATATGAACTTCTGGTAACTACCCCAGAGCGAATTAAAGCTCTGGGGTTCAAACCTCAGAAGGAATTTTTGACGAATCACTTATTGCCATATGCCAGTGAGCTTGACGAAGAATCGACCAGATTTTTAGGACAAGTGAAGATAAACTTGGCGAAGTCTGTTATGTTACGAGAGATGAAGCCAGCATGTGGAGTCTGGCTTTCTAGATTAATGAAGTACATAAGAATTTATGGACTAAAGTTCAGTAAAGCTGACCACATAGACCTCATCAAATTGGCATATGAGCTTATTATCATTCCAGATCTTGAACCTAGCAAAGTTCATAAGTTTAGTACAATGTTCATTATGCTCACAAAAAAGAGACAACTGATTTCACCAGAAGAACTGAAACTTCCCTGGAGACCTCTATATGACTTAGGACAAAGAATATTCGATAAGAATGCGCTTCATGTTGGAATGTTTCATTATATTAGTTCTCTGGAAAGTTCATATGTTGCATTGGTGAAGTGCGCAAGACCATATTTCGAATTGAGCGCAACAAAGGAGATATTAGACTTGTTACTACCTCGAATCAACCCCTGGACAGCGGACTCGTATGTATTGAGTCAACTGGTAGTATTTCTTCCTGTTGCATTACATCCCCGGAACTCGGCGTTAGGTCACGAACTTTGGTTTGAGAAGCTGATGGTTTTATGGGACACTTGCTACAATGCTCAGTGTGGAGTATGGGATCTGATGATAATATTTACTGGTCTGGCAAAGAGAAATCCCGGTGTGATAAACTGGTCACAGTATGCTCCTAGAATATTCTCGAGATTCCTTCATGCATTAAATCTTCCCGTCAGTTATAAAGATATGCAAATTAACAATCACTACACTCTTGATACAAAACACATGGCCTCGTGGATTGTATGGAGTATCTGCCCCGATGGAGTGGTTCTTAAACACCTGCGTTGTTTTATGGGAGGCGTAGAAAGTTACTTGCACAGTGCGAACTCGGGTCGATGGTCATATAAACTTAGGGACTTTCTAAAAAAGCTTACCAAAGAATTCCTAAACAGGTATCGTCGAGAAACTGAGCACAAATTTAAAGAGAGCTGGGAGAATCAAGTACCTGAACATTACAAACTGAGAGAAGAAGATATAACTGAGTTCATAAACATAGTTTTAGAACCTACATTGCAAGCTTTGTATAATCGAGTCGACAGTCTTGAAGTATCATTTGCCTTACAAAATTTAGCTACACTGCGACCTGCTATCGTTATTCCACCGTTGCTGGAAAAATTTAAGACTTCCTTGAATTCCCTGACCGAGCCCCATAGAGTCACGGCCGCCATGTCCGGGCTGGCCGCAGTCGCCAGGCCGATGGTGCGAGGTCCCGACGCCGGTTATTTGGAAGGTCCCACTCATATCGTCCACATCCTGATGGCCGTGCTCCCAGGTCTCGATCCGAACGATATCAAGAAAACATTGGTTTCCCTTCATTTTATTTTGTTCTTCAGTTGGATGGTGCCGTTGATAGATTGTAGTTCGGCTCACGAATACTGGCCGGATCTGACCGAGGAGGAATTGCTGACGTGCGAGTCGACCGCGCAGATTGAAGACTTCGTTTTAGTTTTCTTTGAGAAGATTTTCTCGATCGTAGAATCCAGTGTACTAGAACACGTGCGCTTGGACACCAAAGAGTCGGACGGGATGCGAAGTAAGGCTGATGCGGTCATGGAGGCGGCGTTGTCTTCTGCTACAACTGCTGTGCTAATGCAGTGCTCTCCTAAAATATTTAAGGAGGCTCTGAGGAAGTTCAAATCGTTCGCCACGCAGACCACGTTTGAGACAAACGTGTCTGGCAGTATGGTCGGGGTGTTGCTCCGTGTGTTTGCTCGAGTCGACCCCGAATCGACATTAGCCGCATTTCTGCCTCTTCTTTGTGATGAACTCGACGAGTTATTAGCGAGCGACGATGCTCTCAAGGAAGAGAATCCCCCACGAGACCTGATGTACAGACTAGTACTATTGATGCATTTAGTAGAATGCGATGGGACGGTTCTCTTAAAGTATGTCCCCAGAATTATTCCTGTACTGGATCGGGCACTTAAAATTCAAACGTATTACGCATTGAATCGGGCCTCCGAAATCCTCGCCCACATGCTGATTTCGTTCAACTGCATTGAGCTGAAAGAATGGAAGAGTTCGACTAAGGATTACAGTGCAGCGCCTCAAACGTGGCTGCCGGTCAGGGAGTGGGGCCACGGCTGCAAGCTCAAAGACCTTAGTTTCAAATGGCACGTCCCCTGCAAGGAGGAGGCCGAATGCGCCCAAATGCTTTTGGACAGATACATGAAGCCCGAGATATCGAAGTTAAAGCAGTGGGTGAACGGTGACTGTGAAATGAGTCGCGAGGAGAGATGCAGGTGTTTCTATGTTCTGGTGGCTGTGTTATCATGCGGGAATTTCTTACCGCAACCCAACGAAGAGCCAGTGTTGTTATTGGAAACTCAAGTGCCGTCGACGAGTATACCGTACACGAACGGAGTTAAGTTTTCTATAACACTGGACGGCGAGAACGTTCGCGTCGCCGTCACGCGGCTATTAGTCCGAGTGCAGGAGCGGATGTTGGCCGACAAGTCGGACGACACGCGCGGCCTCGAGCTACTCACGAAGGTATGGGAACGTGTGGTGGTGATGAAGGGTTCCAGAGTCGGTCCCAGTCTAGAAGAGCGTCTGATATCGTACGGCGCGCTGGACCGCGTGCTGGACGGACGCGCAGGGCCCACCAATCGGTTCGGAGGCGCCGGGACCTCCAGACTGCGGATGTTGACGGCCGAAGCGGCGAGGATACACGATGAGTCGAGGGTGAACCTGGTGTGCGAGGCGGGGATCACGCCCATAGCCTTAAAGGCGCTGCACGCATTGGCCGAGTTGTCCGTCAACACGTACACTTCTGTTCGAATGCTCTCCCAAATCAGACTGTACTGGATGCTCAATCATTATCCTTACTCCTACCGCACTCTGGTGCCAAAGTTGGCTGAATTGTTGATCAAAGGCGGCGAAGGCGACGAATGGCACGCCCGTCACAAAGGGACGTTATACATGATGCTCGGTCCGAGGAATGCACCGTTGATTGCTAAACAGGACTGGGAAGTGGCCAGAACGTTGTGGCCTGCCATACTGAAGGCCCCCCTCAGCGAGAAACCAAGTATACTAAAGTTAGAACAAGCATTTGGGGACACGATACACCGTAACTTCCCAGCAGTCAACACGCGTTTGGTGATACCGCAATCGGCAATAGATGCGGCCGCCCGCCTCCTCACCGAGGAACAACTCAACGATGCCGAGTTTGTCGAAATGCTGAAGAAGGCCAAACAAAACGAGACGGCGTTTTCCGATCGAAATGAGAGATTGTACAATGAATTAATATTGGAACTGGTCGATTTAGCGGAGACGCCTAACATACCGTGGCGGCGGCTGGAGCTGGCGTTCAACATGGCGGTGTACTGCCCGTCGCTGCAGACGGCGTACCCGGCGCGCGCGGTGCGGCTGGCGGCGCGCGGGCTGCTGCACGACGACGTGGCGGTGCGCAGGTCGGCGCAGCGGCTCGCGCACTACGCGCTCAAGCAGCGCAAGCGCCCGCTGCACAAGATACACGTCGACCCGTACGAGCTGGCCGGACTGCCGCGCCCCGCACAGCACATACCCGGTTACAGAAAAGATGTGGAGTGGGTCATGTGGTCTGAAGACAGGATACCAAAGAACGATGAAGAATGGGATAGACCGTGGCTGAGAAGTCCTTCTTTTGGATTTTATCAGTGGCCCGAGAAATTGGTGGTAGCCGCCCCGATAAGTCAACAGACGTGCTGTAAATTCCCTCCTCCTGAATGTATGGAGGAGGGCGAACGCTACCTTTTCGAGTTCTTCGATGACGACGAAAACGTTAACAAACTGGTCTCGTTCCTGACCGTCGAGGAGAAAAAGGGCAAGGACAAGTTCAGCGGCGTTCGATTCTTGTTCTTCAAGTTTCTGTTCGCTCATTACGGACCTCGTATAGCGGACAAGTTCACGGCGCACGCGCTGCGGTGTGCGGCGGAGACGCGCGAGGCGCCGCAGCGGTTCGCGGCGGAGGTCGCGTCCGCCGCGCTGCGGGCCGCGCGCTACTGGACCAGAGACGACGCTCTGAAGATGCACAGCGACACACTAGAGATATTTAAAGCGGGTCTAACATCAGTGACTCCAGAGACGATGAATGATTGGGGCACGGCTTTGGCGACCGGTATGGAGAAGATGGATCCGCTGCGGGGCGCCACTGTGGTGCAGGGGATCGTGGACCTCGCCATTCCGCCACCAGCGCCAGCTAATGCTGACCCTGATCAGAAGGCATCCTTCGTTGTGTGTGCCCGATTGCACGCATTACAGGGAGCCATCGGGTCACTGAAATGGCGAACTGCACCGCTGTCCCAGATCCTGCTGAAGAAACTCGATGCTGCGAACTTTATACAGCATCCTTACCAGAATGTGCGGGAAAGTGTCGGAAGTTTGCTAGCGACAATGTTCGACACGGAAGTGTTGTTCCCCGGCGGGCCGACTGGTTACTCCCTGTCTCTTGGCGACTTCATAGAATCGATTCAGCCAAGACTGGCCCCGTTATATGATGAGAATGGAGACATTGTAATATCCCTGACGTCGACTACGTCACCCCTACAAGCGACGGCCGCCGAGGAGGCTCCGCAGTCGGCCGCTTCCACGTCCAGAACTAGGAACTCGTTAAGCGGACAGATACCGGTGCGCGTCGCCAGACTGTCGCCCGACTCCGCTGAAGCTTCCGTGAGCGAAGACGCAGCGCAGTCTGAAGCGGTTGAAGGTGAAGAAGAATCGATAGGCCGTAGTCGTTTAGAGAAGCAGCTGGTGGATCGGCTCGACGCGGCCCTCAGTCTGTCCGGGGACGCGCCTGTCGTCGCGCCCCAACCCAAGGATCACGCCCGGGCTCTGAGTCTACTCACTACCGTGATCCGCGCGAGCACGGGCGTGTGCGTGCGCGGCGTGAGCGCGGGCGGCGTGGGCGGCGGCGTGGTGCGCGCGGCGTGTCGGTGCGCGGCGCGCGGCCCCACGCAGCCGCACGACGAGCTGCCGCGCGCCGCCGCTGCGCTGCTTGCCGCGCTCGCCGTGCAGACGCGCACCGCCGCCGGCTTCGACCGCACCTGCGACGAACTAGACTTGCTCGCCACAGGTAACTCGTGGTGGGCTCGACTGGCGTGCTTGGACTTTGCTCAGCCGTTCCTGTTTTACGGGCTCCCGTTTCTGTGCGATAGTCCGGACAGAGCTGTTCGAGCCGAACAGTTCGCTTTGAAACTCATGCGTGACTCGCGACTCGAGGTTCGACAGTCGGCTGCTAAGCTGTTGACAGGATTGATGCACTGTCGCGCTCTACCCGACGAACAGAGGACGTTGCGTTTGTTGATACGCAGCGCTCGATCGAAGCAACTGGTGGAGAGACACTTCGGGGTGCTCGGCATGTGCGCCTACCTGTCCTCTCGACCGTACAGCATCGGGTCCAAGTTCGGCGACGTGCTGTCCGAGCTGTCCCGGCACACGAACGCGCCGGACCCGGTCCCCGCGACCATACGACGCGCACTAGCCGACTTCAGGAGGACCCACCAAGACGACTGGCCGAAACATAGAGATCAACTCTCCGAAGACGAACTGGACATGTTGGCGGATCTCACTTCCCCCCCTTCGTACTTCGCCTAG

Protein

MIQDDEYELLVTTPERIKALGFKPQKEFLTNHLLPYASELDEESTRFLGQVKINLAKSVMLREMKPACGVWLSRLMKYIRIYGLKFSKADHIDLIKLAYELIIIPDLEPSKVHKFSTMFIMLTKKRQLISPEELKLPWRPLYDLGQRIFDKNALHVGMFHYISSLESSYVALVKCARPYFELSATKEILDLLLPRINPWTADSYVLSQLVVFLPVALHPRNSALGHELWFEKLMVLWDTCYNAQCGVWDLMIIFTGLAKRNPGVINWSQYAPRIFSRFLHALNLPVSYKDMQINNHYTLDTKHMASWIVWSICPDGVVLKHLRCFMGGVESYLHSANSGRWSYKLRDFLKKLTKEFLNRYRRETEHKFKESWENQVPEHYKLREEDITEFINIVLEPTLQALYNRVDSLEVSFALQNLATLRPAIVIPPLLEKFKTSLNSLTEPHRVTAAMSGLAAVARPMVRGPDAGYLEGPTHIVHILMAVLPGLDPNDIKKTLVSLHFILFFSWMVPLIDCSSAHEYWPDLTEEELLTCESTAQIEDFVLVFFEKIFSIVESSVLEHVRLDTKESDGMRSKADAVMEAALSSATTAVLMQCSPKIFKEALRKFKSFATQTTFETNVSGSMVGVLLRVFARVDPESTLAAFLPLLCDELDELLASDDALKEENPPRDLMYRLVLLMHLVECDGTVLLKYVPRIIPVLDRALKIQTYYALNRASEILAHMLISFNCIELKEWKSSTKDYSAAPQTWLPVREWGHGCKLKDLSFKWHVPCKEEAECAQMLLDRYMKPEISKLKQWVNGDCEMSREERCRCFYVLVAVLSCGNFLPQPNEEPVLLLETQVPSTSIPYTNGVKFSITLDGENVRVAVTRLLVRVQERMLADKSDDTRGLELLTKVWERVVVMKGSRVGPSLEERLISYGALDRVLDGRAGPTNRFGGAGTSRLRMLTAEAARIHDESRVNLVCEAGITPIALKALHALAELSVNTYTSVRMLSQIRLYWMLNHYPYSYRTLVPKLAELLIKGGEGDEWHARHKGTLYMMLGPRNAPLIAKQDWEVARTLWPAILKAPLSEKPSILKLEQAFGDTIHRNFPAVNTRLVIPQSAIDAAARLLTEEQLNDAEFVEMLKKAKQNETAFSDRNERLYNELILELVDLAETPNIPWRRLELAFNMAVYCPSLQTAYPARAVRLAARGLLHDDVAVRRSAQRLAHYALKQRKRPLHKIHVDPYELAGLPRPAQHIPGYRKDVEWVMWSEDRIPKNDEEWDRPWLRSPSFGFYQWPEKLVVAAPISQQTCCKFPPPECMEEGERYLFEFFDDDENVNKLVSFLTVEEKKGKDKFSGVRFLFFKFLFAHYGPRIADKFTAHALRCAAETREAPQRFAAEVASAALRAARYWTRDDALKMHSDTLEIFKAGLTSVTPETMNDWGTALATGMEKMDPLRGATVVQGIVDLAIPPPAPANADPDQKASFVVCARLHALQGAIGSLKWRTAPLSQILLKKLDAANFIQHPYQNVRESVGSLLATMFDTEVLFPGGPTGYSLSLGDFIESIQPRLAPLYDENGDIVISLTSTTSPLQATAAEEAPQSAASTSRTRNSLSGQIPVRVARLSPDSAEASVSEDAAQSEAVEGEEESIGRSRLEKQLVDRLDAALSLSGDAPVVAPQPKDHARALSLLTTVIRASTGVCVRGVSAGGVGGGVVRAACRCAARGPTQPHDELPRAAAALLAALAVQTRTAAGFDRTCDELDLLATGNSWWARLACLDFAQPFLFYGLPFLCDSPDRAVRAEQFALKLMRDSRLEVRQSAAKLLTGLMHCRALPDEQRTLRLLIRSARSKQLVERHFGVLGMCAYLSSRPYSIGSKFGDVLSELSRHTNAPDPVPATIRRALADFRRTHQDDWPKHRDQLSEDELDMLADLTSPPSYFA

Description

Associated component of the proteasome that specifically recognizes acetylated histones and promotes ATP- and ubiquitin-independent degradation of core histones during DNA damage response. Recognizes and binds acetylated histones via its bromodomain-like (BRDL) region and activates the proteasome by opening the gated channel for substrate entry. Binds to the core proteasome via its C-terminus, which occupies the same binding sites as the proteasomal ATPases, opening the closed structure of the proteasome via an active gating mechanism. involved in DNA damage response in somatic cells: binds to acetylated histones and promotes degradation of histones (By similarity).
Associated component of the proteasome that specifically recognizes acetylated histones and promotes ATP- and ubiquitin-independent degradation of core histones during spermatogenesis and DNA damage response. Recognizes and binds acetylated histones via its bromodomain-like (BRDL) region and activates the proteasome by opening the gated channel for substrate entry. Binds to the core proteasome via its C-terminus, which occupies the same binding sites as the proteasomal ATPases, opening the closed structure of the proteasome via an active gating mechanism. Component of the spermatoproteasome, a form of the proteasome specifically found in testis: binds to acetylated histones and promotes degradation of histones, thereby participating actively to the exchange of histones during spermatogenesis. Also involved in DNA damage response in somatic cells, by promoting degradation of histones following DNA double-strand breaks (By similarity).
Associated component of the proteasome that specifically recognizes acetylated histones and promotes ATP- and ubiquitin-independent degradation of core histones during spermatogenesis and DNA damage response. Recognizes and binds acetylated histones via its bromodomain-like (BRDL) region and activates the proteasome by opening the gated channel for substrate entry. Binds to the core proteasome via its C-terminus, which occupies the same binding sites as the proteasomal ATPases, opening the closed structure of the proteasome via an active gating mechanism. Component of the spermatoproteasome, a form of the proteasome specifically found in testis: binds to acetylated histones and promotes degradation of histones, thereby participating actively to the exchange of histones during spermatogenesis. Also involved in DNA damage response in somatic cells, by promoting degradation of histones following DNA double-strand breaks.

Subunit

Homodimer. Interacts with the 20S and 26S proteasomes (By similarity).
Homodimer. Component of the spermatoproteasome, a form of the proteasome specifically found in testis (By similarity). Interacts with the 20S and 26S proteasomes.
Homodimer. Interacts with the 20S and 26S proteasomes. Component of the spermatoproteasome, a form of the proteasome specifically found in testis.

Similarity

Belongs to the BLM10 family.

Keywords

Cytoplasm   DNA damage   DNA repair   Nucleus   Proteasome   Repeat   Complete proteome   Developmental protein   Differentiation   Phosphoprotein   Reference proteome   Spermatogenesis   Alternative splicing   Polymorphism  

Feature

chain  Proteasome activator complex subunit 4
splice variant  In isoform 4.
sequence variant  In dbSNP:rs2302878.

Uniprot

H9J673   A0A2H1VLI5   A0A2A4JML8   A0A3S2PCH4   A0A2A4JNJ8   A0A212F1S8   + More
A0A194RLE6   A0A194PI07   A0A067QZM1   A0A2J7R6S5   A0A139WFR8   V5I935   A0A1W4WSC2   E0VPN8   A0A336KJE2   A0A0P6A8U4   A0A0N8AY98   D6WP49   A0A0P5IYM8   A0A0P5VSB5   E9H8J6   A0A1Y1NCM7   E2B9B8   A0A0P6BWQ7   A0A0P6I0S6   A0A1B6KPG1   A0A0P6ET22   A0A0P6FQQ6   A0A0P5LG20   A0A0P4W8K9   A0A154PHE1   A0A0P5ICJ5   A0A0P5QSP1   A0A0P5R6M8   A0A0P4W4D0   W4VRN3   F7B7H8   A0A384ASH7   A0A384ARX7   A0A1L8G5V7   G1LCZ5   A0A340Y1N0   Q6NRP2   U3FA23   F7A030   D2GY87   A0A2Y9SAS2   A0A286ZY82   A0A2U4BYY3   A0A287APQ3   A0A3Q7VG68   A0A2Y9QBK1   A0A195DUR7   A0A3B4DD13   A0A250Y820   A0A287DCW9   F6RKL5   F1MKX4   A0A337SL21   A0A158NSP8   A0A2K5WB62   A0A3Q2HLW1   H9ET09   A0A2K5JMH5   H2P679   A0A2K5EWF3   A0A2I2YXS4   K7CSP1   A0A3Q7RRT6   A0A2K6SS98   A0A3Q7NTG9   A0A2U3W6D0   K7BAR3   A0A2R9C9E5   A0A2Y9HZC7   F4W892   U6DLB5   A0A151HY87   A0A2U4BZ29   A0A1W4XWC3   A0A0D9RMX8   A0A2Y9D881   H0VK85   Q14997   A0A2K6MH09   A0A2K6RH18   A0A2I3T0L0   A0A1A8S3M5   G3SR86   A0A1A8AGS6   A0A2R9C9F6   M3X2F4   A0A1A8HNP7   I3MBX1   A0A2K5WBG2   F6SQN8   A0A1A8G2P9   A0A1A8CJA0  

Pubmed

19121390    22118469    26354079    24845553    18362917    19820115    + More
20566863    21292972    28004739    20798317    19892987    27762356    20010809    25243066    30723633    28087693    19393038    15713476    16275339    23706739    17975172    21347285    17431167    25319552    22398555    16136131    22722832    21719571    21993624    15489334    7584044    12093752    17323924    18669648    18845680    21269460    22550082    23186163    25362486    17495919   

EMBL

BABH01019970    BABH01019971    BABH01019972    BABH01019973    BABH01019974    ODYU01003230    + More
SOQ41719.1    NWSH01000977    PCG73297.1    RSAL01000102    RVE47470.1    PCG73298.1    AGBW02010802    OWR47698.1    KQ460045    KPJ18140.1    KQ459604    KPI92359.1    KK853153    KDR10575.1    NEVH01006756    PNF36516.1    KQ971352    KYB26764.1    GALX01003625    JAB64841.1    DS235366    EEB15344.1    UFQS01000380    UFQT01000380    SSX03385.1    SSX23750.1    GDIP01045732    JAM57983.1    GDIQ01231075    JAK20650.1    EFA07261.2    GDIQ01208981    JAK42744.1    GDIP01096276    JAM07439.1    GL732605    EFX71935.1    GEZM01009726    JAV94355.1    GL446481    EFN87710.1    GDIP01008472    JAM95243.1    GDIQ01011101    JAN83636.1    GEBQ01026638    JAT13339.1    GDIQ01071737    JAN23000.1    GDIQ01055638    JAN39099.1    GDIQ01174388    JAK77337.1    GDRN01073104    JAI63443.1    KQ434905    KZC11232.1    GDIQ01215382    JAK36343.1    GDIQ01110118    JAL41608.1    GDIQ01110119    JAL41607.1    GDRN01073103    JAI63444.1    GANO01001113    JAB58758.1    CM004474    OCT79288.1    ACTA01064234    ACTA01072234    ACTA01080234    ACTA01088234    ACTA01096234    ACTA01104234    ACTA01112234    BC070702    GAMR01001617    JAB32315.1    GAMT01004919    GAMT01004918    GAMT01004917    GAMS01006887    GAMP01008991    JAB06942.1    JAB16249.1    JAB43764.1    GL192376    EFB28562.1    AEMK02000021    DQIR01222549    HDB78026.1    KQ980322    KYN16591.1    GFFV01000177    JAV39768.1    AGTP01023557    AGTP01023558    AGTP01023559    AGTP01023560    AGTP01023561    AGTP01023562    AGTP01023563    DAAA02030893    DAAA02030894    AANG04002548    ADTU01025099    ADTU01025100    ADTU01025101    ADTU01025102    AQIA01018066    JSUE03010883    JSUE03010884    JSUE03010885    JU321762    JU474861    JV043865    AFE65518.1    AFH31665.1    AFI33936.1    ABGA01330917    ABGA01330918    ABGA01330919    ABGA01330920    ABGA01330921    ABGA01330922    ABGA01330923    ABGA01330924    ABGA01330925    ABGA01330926    NDHI03003368    PNJ79875.1    CABD030012798    CABD030012799    CABD030012800    CABD030012801    CABD030012802    GABD01003546    JAA29554.1    AACZ04001898    GABF01004847    GABD01003547    GABE01003218    NBAG03000238    JAA17298.1    JAA29553.1    JAA41521.1    PNI66216.1    AJFE02079189    AJFE02079190    AJFE02079191    AJFE02079192    AJFE02079193    AJFE02079194    GL887898    EGI69587.1    HAAF01011048    CCP82872.1    KQ976723    KYM76663.1    AQIB01040366    AQIB01040367    AQIB01040368    AQIB01040369    AQIB01040370    AQIB01040371    AQIB01040372    AQIB01040373    AQIB01040374    AQIB01040375    AAKN02055083    AAKN02055084    AAKN02055085    AAKN02055086    AY894754    AY894755    AY894756    BC043602    BC071768    BC112169    BC113668    D38521    HAEH01021759    SBS12841.1    HADY01015408    HAEJ01008088    SBP53893.1    HAED01000155    SBQ86000.1    HAEB01018856    HAEC01004939    SBQ65383.1    HADZ01015863    SBP79804.1   

Proteomes

UP000005204    UP000218220    UP000283053    UP000007151    UP000053240    UP000053268    + More
UP000027135    UP000235965    UP000007266    UP000192223    UP000009046    UP000000305    UP000008237    UP000076502    UP000002281    UP000261681    UP000186698    UP000008912    UP000265300    UP000008225    UP000248484    UP000008227    UP000245320    UP000286642    UP000248483    UP000078492    UP000261440    UP000005215    UP000009136    UP000011712    UP000005205    UP000233100    UP000006718    UP000233080    UP000001595    UP000233020    UP000001519    UP000286640    UP000233220    UP000286641    UP000245340    UP000002277    UP000240080    UP000248481    UP000007755    UP000078540    UP000192224    UP000029965    UP000248480    UP000005447    UP000005640    UP000233180    UP000233200    UP000007646    UP000002280   

PRIDE

H9J673    Q6NRP2    D2GY87    F1MKX4    Q14997   

Pfam

PF11919   DUF3437        + More
PF16507   BLM10_mid

Interpro

IPR016024   ARM-type_fold        + More
IPR035309   PSME4       
IPR021843   PSME4_C       
IPR032430   Blm10_mid       
IPR011989   ARM-like       

SUPFAM

SSF48371   SSF48371       

Gene 3D

1.25.10.10    

ProteinModelPortal

H9J673   A0A2H1VLI5   A0A2A4JML8   A0A3S2PCH4   A0A2A4JNJ8   A0A212F1S8   + More
A0A194RLE6   A0A194PI07   A0A067QZM1   A0A2J7R6S5   A0A139WFR8   V5I935   A0A1W4WSC2   E0VPN8   A0A336KJE2   A0A0P6A8U4   A0A0N8AY98   D6WP49   A0A0P5IYM8   A0A0P5VSB5   E9H8J6   A0A1Y1NCM7   E2B9B8   A0A0P6BWQ7   A0A0P6I0S6   A0A1B6KPG1   A0A0P6ET22   A0A0P6FQQ6   A0A0P5LG20   A0A0P4W8K9   A0A154PHE1   A0A0P5ICJ5   A0A0P5QSP1   A0A0P5R6M8   A0A0P4W4D0   W4VRN3   F7B7H8   A0A384ASH7   A0A384ARX7   A0A1L8G5V7   G1LCZ5   A0A340Y1N0   Q6NRP2   U3FA23   F7A030   D2GY87   A0A2Y9SAS2   A0A286ZY82   A0A2U4BYY3   A0A287APQ3   A0A3Q7VG68   A0A2Y9QBK1   A0A195DUR7   A0A3B4DD13   A0A250Y820   A0A287DCW9   F6RKL5   F1MKX4   A0A337SL21   A0A158NSP8   A0A2K5WB62   A0A3Q2HLW1   H9ET09   A0A2K5JMH5   H2P679   A0A2K5EWF3   A0A2I2YXS4   K7CSP1   A0A3Q7RRT6   A0A2K6SS98   A0A3Q7NTG9   A0A2U3W6D0   K7BAR3   A0A2R9C9E5   A0A2Y9HZC7   F4W892   U6DLB5   A0A151HY87   A0A2U4BZ29   A0A1W4XWC3   A0A0D9RMX8   A0A2Y9D881   H0VK85   Q14997   A0A2K6MH09   A0A2K6RH18   A0A2I3T0L0   A0A1A8S3M5   G3SR86   A0A1A8AGS6   A0A2R9C9F6   M3X2F4   A0A1A8HNP7   I3MBX1   A0A2K5WBG2   F6SQN8   A0A1A8G2P9   A0A1A8CJA0  

KEGG

101745357    K06699 proteasome activator subunit 4 | (RefSeq) proteasome activator complex subunit 4-like

PATHWAY

03050    Proteasome - Bombyx mori (domestic silkworm)

GO

GO:0070577   GO:0016504   GO:0070628   GO:0000502   GO:0005829   GO:0005634   GO:0010499   GO:0035093   GO:1990111   GO:0005654   GO:0006281   GO:0016607   GO:0006974   GO:0007275   GO:0043161   GO:0043488   GO:0070498   GO:0038095   GO:0055085   GO:0000209   GO:0016579   GO:0043687   GO:0000165   GO:0002479   GO:0031145   GO:0050852   GO:0010972   GO:0033209   GO:0060071   GO:0090090   GO:1901990   GO:0002223   GO:0031146   GO:0061418   GO:1902036   GO:0038061   GO:0006521   GO:0090263   GO:0005488   GO:0006367   GO:0016709   GO:0050660   GO:0043874   GO:0016020   GO:0003677   GO:0008408   GO:0005112   GO:0015930  

PANTHER

PTHR32170  

Subcellular location

Cytoplasm  
Cytosol  
Nucleus  
Nucleus speckle  

Length:

1918

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.05493

Exp number, first 60 AAs:

3e-05

Total prob of N-in:

0.00051

outside

1  -  1918

 

 

Pi

29.883885

Theta

202.649999

Tajima's D

1.333026

CLR

0.575867

CSRT

0.752262386880656

Interpretation

Uncertain