KEGG   Mus musculus (house mouse): 230249
Entry
230249            CDS       T01002                                 
Symbol
Ecpas, mKIAA0368
Name
(RefSeq) Ecm29 proteasome adaptor and scaffold
  KO
K11886  proteasome component ECM29
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03051 Proteasome [BR:mmu03051]
    230249 (Ecpas)
Proteasome [BR:mmu03051]
 Eukaryotic proteasome
  Proteasome interacting proteins (PIPs)
   Other PIPs
    230249 (Ecpas)
SSDB
Motif
Pfam: Ecm29 HEAT_EZ HEAT Vac14_Fab1_bd HEAT_2 Adaptin_N CEP104-like_TOG SapB_2 HeLo
Other DBs
NCBI-GeneID: 230249
NCBI-ProteinID: NP_759013
MGI: 2140220
Ensembl: ENSMUSG00000050812
UniProt: Q6PDI5
Position
4:complement(58797234..58917748)
AA seq 1840 aa
METGSDSDQLERVFLRLGHAETDEQLQNIISKFLPPVLLKLSSTQEGVRKKVMELLVHLN
KRIKSRPKIQLPVETLLVQYQDPAAVSFVTNFTIIYVKMGYPRLPVEKQCELAPTLLTAM
EGKPQPQQDSLMHLLIPTLFHMKYPAESSKSASPFNLAEKPKTVQLLLDFMLDVLLMPYG
YVLNESQSRQNSSSSSQGSSSNSGGGSGIPQPPPGMSFYAAKRVIGDNPWTPEQLEQCKL
GIVKFIEAEQVPELEAVLHLVIASSDTRHSVATAADLELKSKQSLIDWNNPAIINKMYKV
YLGDIPLKTKEGAVLKPELKRDPVSTRVKLKIVPHLLRSRQAAETFPANIQVVYDGLFGT
NTNSKLRTLSLQFVHHICLTCPEIKIKPLGPMLLNGLTKLINEYKEDPKLLSMAYSAVGK
LSSRMPHLFTKDIALVQQLFEALCKEEPETRLAIQEALSMMVGAYSTLEGAQRTLMEALV
ASYLIKPEVQVRQVAVKFASTVFPSDHIPSRYLLLLAAGDPREEVHGEAQRVLRCLPGRN
KKESASKQMPSFPEMVYYIQEKASHRMKTPVKYMTGTTVLPFNPAAFGEIVLYLRMCLAH
SAGVVPTSQSLADMQDHAPAIGRYIRALMSSSQATASSSNKSGETNPVQIYTGLLQQLLA
GVGGLPVMYCLLEAVSVYPEKLATKFVDKTEWIKSLMSSSKEEMRELAALFYSVVVSTVS
GIELKSMIEQLIKATKDNHSPEVQHGSLLALGFTVGRYLAKKRVRMAEQHDLETDADLLP
EQEEIIRSATETIGSFLDSTSPLLAIAACTALGEIGRNGPLPIPSEGSGFTKLHLVESLL
NRIPSSKETNKMKERAIQTLGYFPVGDGVFPHQKLLLQGLMDSVEAKQIELQFTIGEAIT
SAAIGTNSVAARDAWLVTEEEYIPPAGAKVNDVVPWVLDVILNKHIISPNPHVRQAACIW
LLSLVRKLSTHREVKSHLKEIQSAFVSVLSENDELSQDVASKGLGLVYELGNEQDQQELV
STLVETLMTGKRVKHEVSGETVVFQGGGLGKTPDGQGLSTYKELCSLASDLSQPDLVYKF
MNLANHHAMWNSRKGAAFGFNVIATRAGEQLAPFLPQLVPRLYRYQFDPNLGIRQAMTSI
WNALVTDKSMVDKYLKEILQDLIKNLTSNMWRVRESSCLALNDLLRGRPLDDVIDKLPEM
WETLFRVQDDIKESVRKAAELALKTLSKVCVKMCDPAKGAAGQRTIAVLLPCLLDKGMMS
PVTEVRALSINTLVKISKSAGAMLKPHAPKLIPALLESLSVLEPQVLNYLSLRATEQEKD
VMDSARLSAAKSSPMMETINMCLQYLDVSVLGELVPRLCELIRSGVGLGTKGGCASVIVS
LTTQCPQDLTPYSGKLMSALLSGLTDRNSVIQKSCAFAMGHLVRTSRDSSTEKLLQKLNG
WYMEKDEPVYKTSCALTIHAIGRYSPDVLKNHAKEVLPLAFLGMHEIADEEKSEKEECNM
WTEVWQENVPGSFGGIRLYLQELITITQKALQSQSWKMKAQGAIAMASISKQTSSLVPPY
LGMILSALMQGLAGRTWAGKEELLKAIACVVTACSTELEKSVPNQPTTNEILQAVLKECC
KENLKYKIVAISCAADVLKATKEDRFQEFSDIVIPLIKKNSLESMGVRTTKAEDENEKER
ELQLESLLGAFESLGKAWPRNPDTQRCYRQELCKLMCERLRLSTWKVQLGVLQSMNAFFQ
GLMLLEEEHADPEALAEILLETCKSITYSLENKTYSSVRTEALSVVELLLKKLEEAKQWE
SLTAECRGLLIESLATMETDNRPELQEKASVLKKTLESLE
NT seq 5523 nt   +upstreamnt  +downstreamnt
atggagaccggctccgactcagatcagctcgaacgggtctttttacgacttggccatgct
gaaacagatgaacagttacaaaatattatatctaaattccttcctcctgttctgctcaaa
ctgtccagcacccaagaaggagtacggaaaaaagtaatggaactgctggtccatctgaat
aaacgtataaaaagccgccccaaaatacagcttccagtagaaacactattggttcagtac
caggaccctgctgcagtttcctttgtcacgaattttactataatttatgttaagatgggc
tatcctcgcctgccagtggaaaaacaatgtgagctggcccctacgcttcttactgccatg
gaagggaaacctcagccacagcaggatagcttaatgcatcttttaataccaactcttttt
cacatgaagtacccggctgaatcatcaaagtcagcttctccttttaatcttgctgagaaa
ccaaagactgtgcagctgctcttggactttatgctagatgtccttctgatgccttacgga
tatgtgttaaatgaatcccagagtcgccaaaattcatcatcatcatcacagggttcttct
tcaaacagtgggggaggttctggaatcccacagcctcccccaggaatgagcttttatgca
gctaaacgagttattggtgacaacccgtggacacctgaacagttggaacagtgcaaattg
ggtatagtgaagttcatagaagctgagcaggtgcctgaacttgaagctgttctccacctg
gtgattgcttctagtgacacacgccatagtgtcgcgacagccgcagacctggagttgaaa
agcaagcagagcttaattgactggaataaccctgccatcattaataagatgtacaaggtg
taccttggggatataccactgaaaacaaaagagggagcagttctaaagccggagctgaaa
agagacccagtcagtactagagtgaagttaaagattgttcctcatctcctgcgctctaga
caagctgctgaaacgttcccagctaacattcaggtggtatatgatggactttttggtaca
aatacaaactcaaagttaagaacactgtccctgcaatttgtacatcacatttgtttaact
tgcccagaaatcaagattaaaccactaggtcctatgcttttgaatggtctcactaagcta
ataaatgaatataaagaggaccctaaactactgtcaatggcatattcagctgttgggaaa
ctctccagtcgaatgccccatttattcactaaggatatagctcttgtgcagcagctcttt
gaagccctctgtaaggaagaaccggagactcggcttgctattcaggaagcgttatctatg
atggttggagcttacagtaccttagaaggagcacagagaactttaatggaggcacttgta
gcttcatacttaataaagcctgaagttcaagttcggcaagttgcagtgaaatttgccagc
acggtgtttccctcagatcatataccttccagatacttgctcctactagctgcaggagac
ccacgagaagaagtccatggtgaagcacagcgcgtattacgatgtcttcctggtagaaat
aaaaaggaaagtgcttctaagcagatgccatcttttccagaaatggtatattacattcaa
gaaaaggcttcccatcgaatgaaaactccagtcaaatatatgaccggaaccacagtcctt
ccatttaatccagcagcatttggagagatagttctgtacttgcgcatgtgcctggctcat
agtgcaggggtggtacccacttcccagagtttggctgatatgcaagatcatgctccggct
attggacggtacatacgggctttgatgtcaagcagccaggcgacagcttcatcttctaat
aagagtggagaaaccaaccctgttcagatctacactggcctgcttcaacagctgctagcg
ggggttggaggtttgccagtcatgtactgtctattggaagctgtgtcagtgtatccagaa
aaattggctaccaaatttgtagacaaaacagaatggatcaagagtctgatgagtagcagt
aaagaagaaatgcgtgaattggcggctttgttttattctgtggttgtgtctacagtgtcc
ggaattgagttaaagtcaatgatagaacagctgataaaggccacaaaagacaatcatagc
cctgaggttcaacatggatcgttgcttgccttgggattcactgttggaagatacttggct
aagaagagagtgaggatggccgagcagcatgacctagagacagatgctgacctcttgcct
gagcaagaggagatcattcggagtgctacagaaacaataggttcatttttagacagtaca
tcacctctgttagcaattgctgcctgtacagccttgggtgaaatcggcagaaatggtcct
cttccgatccccagtgaagggtctggatttactaaactgcacctcgtagaaagcttactc
aatagaattccgtctagtaaagaaacaaacaagatgaaagaacgagcaatccaaacactg
ggctattttcctgttggagatggggtttttccccaccagaaactccttttgcaaggtctg
atggattctgtggaggccaagcagattgagcttcagttcactattggtgaagccattacc
agtgctgcaataggaactaactctgtggctgcccgagatgcctggctggtgactgaagaa
gaatatatacctcctgctggtgccaaagtgaatgatgttgtcccatgggttttagatgtt
attttaaataaacatatcatcagccccaacccacatgtcaggcaagcagcctgcatctgg
cttctttctcttgtgagaaaactaagtacccacagagaagtgaagtcccatcttaaagaa
attcagagcgcatttgtttcagttctgtcagaaaatgatgaactcagccaagatgttgcc
tcaaaggggcttgggttggtttatgagctgggcaatgaacaagatcaacaagaattggtg
tctacacttgtagaaacacttatgactggcaaaagagtcaaacatgaagtttctggagag
acagtggtatttcaagggggtggccttggcaaaacacctgatggtcagggcctttctact
tacaaggagctttgctctctggcaagtgatctcagtcagccagatctggtatataaattt
atgaatctggcaaatcatcatgcaatgtggaactccaggaagggtgctgcttttggtttt
aatgtaattgctaccagagctggagaacaactggctccttttctgcctcaactagttcct
cgcctttatcgataccagtttgatcccaaccttggaattcgacaagctatgacaagcatt
tggaatgcattggtcactgacaagtcaatggtggataaatatttgaaggaaattcttcaa
gatttgattaaaaaccttaccagcaacatgtggagagttcgagaatccagctgtttagct
ctgaatgatttattgagaggaagacctttagatgacgtcattgacaaacttccagaaatg
tgggaaacactttttagagtacaagatgatattaaggagtctgtacggaaggcagcagaa
ctggctctgaaaactctgagcaaggtttgtgtgaaaatgtgtgaccctgccaaaggagca
gctggccagagaaccattgctgtcctcctgccctgccttctggacaaaggaatgatgagt
cctgtgacggaagtccgagccctcagcattaacactcttgtgaagatcagcaaaagtgca
ggagccatgttgaaaccacacgcacccaaactcataccagcactcttagagtccttaagt
gtgttggagcctcaagttctcaattatttgagtctccgggctacagaacaagaaaaggat
gtaatggacagtgctcgactcagtgctgccaaatcctctcccatgatggagacaatcaac
atgtgcctgcaatatcttgatgtttcggtgctaggtgaactagttcctaggctatgtgag
ctgatcagaagtggtgtaggtcttgggactaaggggggctgtgccagtgtcatcgtgtct
ttaactactcagtgtccccaggacctgacaccttactcaggtaaacttatgagtgctttg
cttagtggtctgacagatcggaacagtgtaattcagaaatcctgtgcatttgccatgggc
catttagttcggacttcacgggatagcagcactgagaaactgctacagaagctcaatggc
tggtacatggagaaagatgaacctgtctataagacgtcttgtgctttgacaattcatgca
attggaagatacagcccagatgtattgaagaaccatgctaaagaagttctgcccttagca
tttctaggcatgcatgaaattgctgatgaggagaaatctgaaaaagaagagtgtaatatg
tggactgaagtgtggcaggaaaatgtacctggctcctttggaggtattcgattgtacctg
caggaattgattactattacccagaaggctttacaatcacaatcttggaaaatgaaagcc
cagggtgcaattgctatggcatcaatttcaaaacaaacaagctctcttgtacctccttac
ctggggatgatcctgagtgcattgatgcaaggcctggctggaagaacatgggcaggaaag
gaagaactattgaaagccattgcctgtgtagtgacggcttgcagtacagagttggaaaag
tctgtgcccaatcaacccaccacaaatgaaattcttcaggctgtcttgaaggagtgttgc
aaagagaatctcaaatataagattgttgcaatcagctgtgcagctgatgttttgaaagcc
accaaagaagacagattccaggagttttctgacattgtcatacccctcatcaagaagaac
tcacttgaaagtatgggagtccgtaccaccaaagctgaagatgaaaatgagaaggaaaga
gagctgcagctggagtctctactgggcgcctttgagagcctgggcaaagcatggcccagg
aacccagacacccaacgttgttatcggcaggagctgtgcaaactgatgtgtgagcggcta
agactcagcacgtggaaagtgcagctaggtgtcctccagtcaatgaacgcctttttccag
gggttaatgcttctggaagaggaacacgcagatcctgaagctctggctgagattcttctc
gaaacatgcaaatcaattacttactctttagaaaataagacctactcatctgtgagaaca
gaagctttatctgtggtagaattactgcttaaaaaacttgaagaagctaaacaatgggaa
agtttgacagcagaatgcagaggacttctgattgagtctttagctactatggagacagac
aacagaccagagctgcaggagaaagcctcagtattgaagaaaacacttgaaagtctggaa
tga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (20)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (10)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (4)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (5)   
DNA sequence (33)   
   RefSeq(nuc) (5)   
   GenBank (14)   
   EMBL (14)   
Protein domain (9)   
   Pfam (9)   
All databases (72)   

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