KEGG   Seriola lalandi dorsalis (Yellowtail amberjack): 111659029
Entry
111659029         CDS       T06058                                 
Symbol
psme4
Name
(RefSeq) proteasome activator complex subunit 4 isoform X1
  KO
K06699  proteasome activator subunit 4
Organism
slal  Seriola lalandi dorsalis (Yellowtail amberjack)
Pathway
slal03050  Proteasome
Brite
KEGG Orthology (KO) [BR:slal00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   03050 Proteasome
    111659029 (psme4)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03051 Proteasome [BR:slal03051]
    111659029 (psme4)
Proteasome [BR:slal03051]
 Eukaryotic proteasome
  Regulatory particles
   PA200
    111659029 (psme4)
SSDB
Motif
Pfam: BLM10_mid DUF3437 HEAT HEAT_2 Filament
Other DBs
NCBI-GeneID: 111659029
NCBI-ProteinID: XP_023267611
Ensembl: ENSSLDG00000020757
Position
Unknown
AA seq 1847 aa
MKKAQSDTLGFVPQKDIVYNKLLPYADRLDGESNDILGKIKGNLARAVQLREIWPGVLFW
TRKLSTYMRLYGRKFSKEDHVLFIKLLYELVTIPRLEISMMQGLARLLINLLKKRELLSR
DDLELPWRPLYELHDRILFSKTEHLGLNWFPNSPRPRSSTKLIMLKLVQRCSVESVLKTL
VKSCRPYFSESATQEMLDEWRPLLCPFDVTMQRAISYFELFLPTTLPPELHHKGFKLWFD
EMISLWVSVQNLPSWEVHLVSLFARVANDNIGYIDWDPYIPKIFTRILRSLNLPVGTSQM
MVPRYVTNAYDISHVVLWVSSLLGGPTKQTQAQLSGLFNSITSFFHPSNHGRWLMKLMKL
LQRLPASVVRRLHRERYRKPTWLTPIPDSHKLTEEDITDFVQSMMQPVLLAMFSKTGSLD
AAQALQNLALMRPELVIPPVLEKTYPALETLTEPHQLTATLSCMIGVARSLVSGGQRFPE
GPTHMLPLLMRALPGVDPNDFSKCMITFQFIATFVTLVPLVDCSSALHERTDLTEVEREM
CSASAEFEDFVLQFMDRCFALIDSSTLEQTREETETEKMTHLESLVELGLSSTFSTILTQ
CSLDIFKVALVKVFNFATTNIFETRVAGRMVADMCRAASKCHPAESLKMFVPHCCNAINQ
ITVNEEVLNEEELDKELLWNLQLLSEVTRVDGDKILPYRSDLVQILQLTLHLKCKQGYTL
ACNLLHHILRSTALIYPTEYCSVPGGFHQPISDYLPIKDWGRPGDLWNLDIRWHVPSVEE
TSFSFYLLDLILQPELQRLQRFAQGEQDMSRDDVLQSLTIVQHCLLGAGSLMPPLKGQPI
PELVHSMVNLDETTLYTGMEYDQTRENYRDAICSVMRQLLHYILEHSEDDTKSLFSIIKI
ISDLLHFKGSHKHEFDSRWKSFNLVKKSMENRLHGRKQHIRALLIDRVMLQHELRKLTVE
GCQYRSIHQELMKDLLRLSTSTYSQVRSRAQNVLFTALGTYNFCCRDLIPHVLEFLNPDN
SSVTQQQFKGALYCLLGNHSGVCLANLHDWECIALTWPAIVRSGLSSAMSLEKPSIVRLF
DDLADKIHRQYETIGMDFSIPAECCAVAKQIMITGNPFPEDPVPSEEETAEGVKRQELKN
SESIEKYKHLIGDLLDCLSNRNMPWKFEHIAIGFLSLLLRDDHQLPPPAVMFFVKSLNHD
SLYVRKVAISAVAGIMKQIKRPHKKVPVSPSELCGVKELSDIVAGDRPDNHWLQYNSSSL
PRTQQDWDHCVFVEKTHWGYYCWPRKLMMYAPLEEQPKQNLSRDEMTEREQIIFDHFSDP
VFINQFIEFLSLEDRKGKDKFSPRRFCLFKGLFRNFSDAFLPVLQPHMERLVAESHESKQ
RCVAEIISGLIRGCKHWSYSKVESLWELLCPLLRTALSNITIETYADWGTCIATACESRD
PRKLYWLFEMLMESPVNGEGGSFVDACRLYVLQGGLAQQEWRVPELLHRLLQYLEPKLTQ
VYKNVRERIGSVLTYIFMIDVNLPYTQPTTSPRISDFTERILLQLKPLTEGDEEIQNHVI
EENEVGEQDERTQAIKLLKTVLKWLIASAGRSFSTAVSEQLRLLPLLFKIAPVENDDSYD
ELKRDAKTCLSLMSQGLLYTEQIPMVLSALQEIAGSSSWHARYTVLTYLQIMVFYNLFTF
MSDQKAVNDVRALVIRLLEDEQLEVREMAATTLSGFLQCNFLSMDAPMQAHFEALCKTSL
PKKRKRELGSVVDTIPSADLVRRHAGVLGLSACILSSPYDVPTWMPQLLMDLSAHLNDTQ
PIEMTVKKTLSNFRRTHHDNWQQHKQQFTDDQLLVLTDLLVSPCYYA
NT seq 5544 nt   +upstreamnt  +downstreamnt
atgaaaaaggcacagtctgacacattgggttttgttcctcaaaaagacatcgtatacaac
aaacttctgccgtacgcggataggctcgatggtgaatctaatgatattttgggtaaaata
aaaggaaatttggcccgagctgttcagcttagagagatatggcccggggtgctgttctgg
acaaggaaactttccacgtacatgagactgtatgggcggaagttcagcaaagaagaccat
gtgctgttcatcaagttgctctatgagctagtaacgatccccagactggagatcagcatg
atgcagggccttgcacggcttcttatcaacctcctcaagaaaagggaactactgtcaagg
gacgaccttgagttgccgtggagaccactgtacgaactgcatgacaggattctgttctcg
aagacagagcatctgggcctcaactggtttcccaattctccacggcctcgttcatccact
aaactcataatgctaaaattggttcagaggtgctctgtggaaagtgtgttgaaaacactt
gtgaaaagctgcagaccatacttttcggagtctgctactcaggagatgctggatgagtgg
agaccactcctctgcccgtttgatgtcaccatgcaaagagcaatcagctactttgagctc
ttcctccccacaactctgcctccagagctgcatcacaagggcttcaagttgtggtttgat
gaaatgatcagcttatgggtgtctgtgcaaaatcttccaagctgggaagtgcacctggtc
agtctatttgctcgcgtggctaatgacaacattggctacattgattgggacccttatatc
ccaaagattttcacaagaattttgaggagtttgaatctccctgtggggaccagtcagatg
atggtaccacgatatgtcaccaatgcctatgacatcagccatgtggtgctttgggtctca
tccctcctgggaggacccaccaagcaaactcaagcacaactcagtggccttttcaacagt
attacatccttcttccatccatcaaaccatggccgctggttgatgaagctcatgaagctg
ctacagcgtctcccagccagcgtggtacggcggctgcacagagagcgctacagaaagccc
acatggttaacaccgataccagacagtcacaagctcacagaggaggatatcacagacttt
gtgcagagcatgatgcagcccgttctgctggccatgttcagcaagacgggcagtctggat
gcagcccaggccctgcaaaacctggctctaatgaggcctgagttggtcattccccctgtg
ctggaaaaaacataccctgctctggagactctaacagagccccaccagctgactgcaact
ctgagctgcatgatcggtgtggcacggagcctagtgtcaggtgggcagcgatttcctgag
gggcctactcacatgctgcccctgcttatgagagctctcccaggcgtcgacccaaatgac
ttcagcaagtgcatgatcacattccaatttattgctacatttgtgactctcgtgcctttg
gtggactgttcgtctgccctacatgaaagaactgacttgacagaggtggaaagagagatg
tgctcagcctcagctgagtttgaagactttgtgcttcaattcatggacagatgttttgcc
ctgatagacagcagcactctggaacaaactcgagaggaaacagaaactgagaagatgaca
catttggaaagtctggttgagctcggcctttcctccacctttagcaccatcctcacacag
tgttcgttggacatcttcaaggtggctctggtaaaggtgttcaactttgcaaccaccaac
atctttgagacgcgtgtagctgggagaatggtggctgacatgtgcagagctgcttcaaag
tgtcatcctgcagagtctctcaagatgtttgtgccacactgctgcaatgccataaaccaa
atcactgtcaatgaggaagtgttgaatgaggaagagcttgacaaggagttgttgtggaat
cttcagctcctgtctgaggtgactcgagtggacggtgacaagatcctgccctatcgttct
gacctggtccagattttgcagttgacactccacctcaagtgtaagcagggctacactcta
gcttgcaacctgctccaccacatccttcgttctactgccctgatctaccccacagagtac
tgcagcgtgccagggggcttccaccaaccaatcagcgactacctacccataaaggattgg
ggtcgacctggggacctgtggaatttggacatccggtggcatgtgcccagtgttgaggag
acctccttctctttttatttactggacctgatcctccagcctgaactgcagcgccttcag
agatttgcacagggagaacaggacatgagcagagatgatgtcctacaaagtctgaccatt
gttcagcactgcctcctaggtgctgggagtctgatgcctccgctgaaaggacagcccatc
cctgaactggtgcatagcatggtgaatctagatgagaccaccctctatacaggaatggag
tacgatcagaccagagaaaactacagagatgctatctgtagtgtaatgagacagctgctg
cattacatcctcgagcactctgaagatgataccaagtctcttttctccatcatcaagatc
atcagcgacctgttgcatttcaaaggttctcacaaacatgagtttgactcgcgctggaag
agcttcaaccttgtgaagaaatcgatggaaaacagacttcatggcagaaagcagcacatc
agagctctgctaatagacagagtcatgctccagcatgagctgcgaaagctcacagttgaa
ggatgtcagtacaggagcattcaccaggagctgatgaaagatctgttgaggctttccaca
agcacctacagtcaagtgcgcagcagggctcaaaatgtgttgttcactgcactgggaacc
tacaatttctgctgcagagatctgatcccccatgtgctggagtttctcaacccagacaac
agcagtgtcacgcagcagcagttcaaaggtgccttgtactgtcttctcgggaatcacagt
ggggtgtgccttgccaatctgcatgactgggaatgcattgctctgacgtggcctgctatt
gtacgctctggcctcagctcagccatgtctctggagaagccctccattgtgcgcctcttc
gatgaccttgcagacaaaatccatcgccagtatgagaccatcggcatggacttctctatc
cctgctgagtgctgcgctgtggccaaacaaattatgattactggaaatccgtttcctgag
gacccggtcccttcagaggaagaaacagcagaaggtgttaagaggcaggagctcaagaac
tctgagtctattgagaaatacaaacaccttattggtgatctgctggactgcctcagcaac
agaaacatgccatggaagttcgaacacattgcaattggcttcctgtcattgctgctgaga
gatgaccaccaactcccaccccctgctgttatgttctttgtcaaaagcctcaaccatgac
tccctctatgtccgcaaggtggcgatatcagctgtagcagggatcatgaaacaaataaag
agaccacataaaaaagtccccgtcagcccatctgagctttgcggagtgaaggagctgagt
gatattgtggcaggggaccgtccagacaaccactggctccagtataacagcagcagcctg
ccacgcacacagcaggactgggatcactgtgtgtttgttgaaaagactcactggggatac
tactgctggccaagaaaactgatgatgtatgcaccactggaggagcaacccaaacagaac
ctgtccagagatgaaatgacagagcgggagcagatcatcttcgaccatttctcagacccc
gtgttcatcaaccagttcattgagtttctctcacttgaggaccgtaaaggcaaggacaag
tttagccctcgcaggttctgtttgttcaagggattgttccgcaatttcagcgatgccttt
ctgcctgtgctgcagccacacatggagcgcctagtggcagagtcccacgagagcaagcag
cgttgtgttgcagagatcatctctgggctgatcagaggctgtaagcactggagctactca
aaggttgagagcctttgggagctgttgtgtccactactccgcactgccctgtcaaacatc
acaatagaaacttacgccgactggggcacctgcattgccacagcctgtgagagcagagac
ccacgcaagctttactggctgtttgagatgctaatggagtctccagtcaatggagagggt
ggctcctttgtcgatgcctgccgtctgtacgtgctgcagggaggcctggctcagcaggag
tggcgtgtgccagagctcctccacaggttgctacaatacctggagcccaaactcacacag
gtctacaagaatgtacgggaacgaatcggcagtgtgctcacatacatcttcatgattgat
gtcaacttgccatacacccagccaaccacctccccgcgcatctcggacttcacagagcgg
attcttttgcagctgaagcctctaactgagggtgatgaggagatccagaaccacgttatt
gaggagaatgaggtgggagaacaggatgagaggacgcaagccatcaagctactcaaaaca
gtgctaaagtggctgattgcaagtgccggccgctccttctccactgctgtgtcagagcag
ctacggttgcttcccctgctcttcaagatcgctccagttgagaatgatgacagttacgat
gagctgaagagggatgcaaagacctgcctgtcactgatgtctcagggactcctctacaca
gaacagatccccatggtcctcagtgccctgcaggagatcgctggcagcagctcctggcat
gctcgctacacggtgctcacatacctccagattatggttttttacaacctcttcaccttc
atgagtgaccagaaagcagtgaatgacgtgcgggcactagtgatacgactgctggaggat
gagcagctggaggtaagagaaatggctgccacaacactcagcggcttccttcagtgcaat
ttcctgtccatggacgcccccatgcaggcacattttgaggcactctgcaagacttccttg
cctaagaagaggaagagagagctcggctctgtagtggacactataccctctgctgacctg
gtgcggcgccatgctggtgttctcgggctgagtgcttgtattctctccagcccttatgat
gtgcccacctggatgccccagctcttgatggacctgagtgctcacctcaatgacacacaa
cccattgaaatgactgtgaagaaaactctatcaaacttccgacggactcaccatgacaac
tggcagcaacataagcagcagttcacagatgaccagctgcttgtcctgactgacttgctg
gtttctccctgttactatgcctaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (17)   

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