KEGG   Arabidopsis thaliana (thale cress): AT3G13330
Entry
AT3G13330         CDS       T00041                                 
Symbol
PA200
Name
(RefSeq) proteasome activating protein 200
  KO
K06699  proteasome activator subunit 4
Organism
ath  Arabidopsis thaliana (thale cress)
Pathway
ath03050  Proteasome
Brite
KEGG Orthology (KO) [BR:ath00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   03050 Proteasome
    AT3G13330 (PA200)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03051 Proteasome [BR:ath03051]
    AT3G13330 (PA200)
Proteasome [BR:ath03051]
 Eukaryotic proteasome
  Regulatory particles
   PA200
    AT3G13330 (PA200)
SSDB
Motif
Pfam: BLM10_mid DUF3437 CLASP_N Vac14_Fab1_bd
Other DBs
NCBI-GeneID: 820533
NCBI-ProteinID: NP_001319538
TAIR: AT3G13330
UniProt: F4JC97 A0A178VC52
Position
3:complement(4319490..4330218)
AA seq 1811 aa
MHLYNEWLPPPVAEETKKEKESFARVVRCVKELHRPDDPESVYATLKWISVIELFVRAKS
ELSVEDVSELVEIGLQIFHSSENKLYAQVRWGNVLVRLINKFRKKLSLKVQWRPLYDTLI
HAHFSRSPGPEGWRLRQRHFMAVTSLIRSCRRFFPQGAASEIWSEFMSLLENPWHNSSFE
GSGFVRLFLPTNPENQDFFSEKWIKNVLELWDSIPNCQFWNSQWTSVLARVIKNCSFIDW
ESYLPMLFSRFLNMFEVPVANGSGSYPFSVDVPRNTRFLFSNRTTTPSKSIAQSIVYFLK
PGSSAHEQLEKLVNLLEQYYHPSNGGRWTYSLERFLLHLVIAFQKRLQREQQDPDSLPAT
CLGKPERVAFVGVVLKLIDRGQYSKNEHLSETVAAATSMLSYVEPSLVLPFVASRFHLAL
ETTTATHQLKTAMMSVAFAGRSILQSSMSTAKSQDLGGDVDDRMFLDLIGISLSNALLGM
DANDPPKTLATMQLIGSIFSNMAVLDDSSDDLSFMTMASFSEWLDEFLCRLIALLQHLEP
NSVINEGLSSSATSGTFLVEDGPYYYCMLEILLGRLSGSLYNQALKKISKFVQTNILPGA
IAEVGLLCCACVHSTPEEAVAQIVEPMLLAVISSLKEIPVNGYGGKGSAETLVSNKQDKQ
TLSPALEAAIDYQLKVLSVAITYGGSSLLPYKGLLIEAISSAFNSSSWKVNGAGDHLLRS
LLGSLILYYPIDQYKCLSRHPAAPALEEWISTKASSKDEQVAHSRWHVPTQEETQFANEL
LDLHLQSALDDLLSICQSNIHSDAGDEKTHLKVTLLRIDSTLQGVLSCLPDFRPSPRHDM
VEDLQFFIAGASGSCVGSAEIREKTAITIHAACKYLLEKKSDDSILLILIIRIMDALGNY
GSLEYDEWSNHRQAWKLESAAIVEPPANFITEFNSKGKRRPRWALIDKAYMHNTWRSSQS
SYHLFRTDGNFSPPEPLTFLVDDLLTLCLHNYETVRVLAGKSLIKLLKRWPQLLSKCVLS
LTENLRKPDVQEYVVLGSCAILSSHSVLKHLTTDPKSFSSFLLGILSSSHHESMKSQKAI
IELFVKYNIHFAGLSRNILRSLESHVEGSTSGDLVSQIGSMSFDSSSLHWRYNLMANRVL
LLLVMSSRIDPSFSLKILDETAGHFLKNLKSQLPQTRILAISALNILLKESPHKMQGKDQ
PSVSSQETENANSSLDLALSQIFREEGFFKETFESLSHIHITDTDSSSRGNHGSSSFQSM
ADKSITRFYFEFSASWPRTPSWISLLGSDIFYPSFARIFKRLAQECGVPVLLALKSPLEE
FCNAKERPKQCVAAEALAGVLHSDVNGLFNEWDSWIMVQLQNVILGQSVESIPEWAACIR
YAVTGKGKQGTKIPVMRQQILDCIVAPLPPTATTTVVAKRYAFLSAALIELSPPKMPVTE
VKLHIVLLDELICNMSHSSAQIREAIGVILSVLCSNIRLRMSYQQEYPTEEGKTDVDSQL
KEENWFKLISAKASEAVKNIQQASISDSLDTSTDVDMGNAQSNGDSLDDVKWMETLFHFI
ISSFKSGRASYLLDVIAGFLYPVMSLQETSHKDLSILAKAAFELLKWRVFPESHLQKVIG
VILSSADDSNWRIRSSTLTYLRTFMYRHTFILTHEDKQKIWKTVEKLLVDSQVEVREHAA
AVLAGLMKGGDEDFAADFRDRSYAEANSIQKRRNRRKSSSTQSIAGVHGAVLGLVASVLS
VPYDMPSWLPEHVTLLARFAGEPTPIKSTVTKAVAEFRRTHADTWNIQKDSFTEDQLEIL
ADTSSSSSYFA
NT seq 5436 nt   +upstreamnt  +downstreamnt
atgcatctgtacaatgaatggttaccgccgcctgtagcggaggagacgaagaaggagaaa
gagtccttcgcgcgtgtcgtgagatgcgtcaaagagttgcaccgacccgatgatccagag
tctgtttacgccactcttaaatggatctccgttatcgaactctttgttagagcgaaaagt
gaattgtccgtggaagatgttagtgaactcgtggaaattggcttacaaatttttcattca
tctgagaataagttgtatgcacaggttagatggggtaatgttttagtcagactgatcaac
aagtttcgtaagaagctgtctttgaaagttcagtggaggcccttgtatgataccttgatt
catgctcatttcagcaggagcccgggtcctgaaggttggaggttaagacaacgacacttt
atggctgttacctccctcattcgttcctgtaggagattttttccacaaggggccgcatct
gagatatggtctgaattcatgtctcttttggagaatccttggcataattcctcgtttgag
ggctctggctttgtgagattgttccttcctacgaaccccgaaaatcaggatttcttctcc
gaaaagtggataaaaaacgttctagagctctgggattcaataccaaattgtcaattttgg
aatagtcaatggacatctgtactagctcgcgtgataaaaaactgcagctttatcgactgg
gagtcttacttgcccatgcttttcagtagatttttgaatatgtttgaggttcctgttgca
aatgggagtggatcatatcctttctccgttgatgttcccagaaacacaagattcttgttc
tccaacaggactactactccatctaaatcaattgcacaatctattgtatactttctgaaa
cctggaagttcggcacatgagcagttagagaaattggtcaatctcttagaacagtattat
catccttctaatggtggccgttggacttattccttggaacggtttttgcttcacctggtg
atagctttccaaaagcgtttacagcgtgagcagcaagatccagatagtctgccagcaacc
tgtttaggaaagccggaaagggtagcttttgttggcgtggtgttgaagttgattgatcgt
ggtcaatatagcaagaacgaacatctttccgaaacagttgctgcagcgacatccatgttg
tcttatgtggagccttctttggtccttccttttgtggcttctcggttccatttggctttg
gaaacgacaactgccacccaccagttgaaaactgctatgatgtccgtagcatttgctggc
cggtcaatcctgcagtcttccatgtcaactgctaaatcacaagatcttggtggtgatgtg
gacgataggatgtttcttgatcttattgggatttctctatcaaatgcattgcttggtatg
gatgccaatgacccccctaaaaccttggccactatgcaactaattggctccatattttcc
aatatggctgttttggacgatagttctgatgacttatcattcatgacaatggcttccttc
tcggagtggctggatgaatttttgtgtcgtttgattgctttgttacagcatttggaaccc
aacagtgttataaatgaaggcctaagttcatctgcaacatcaggaacgtttttggttgag
gatggtccatattactattgcatgcttgaaatcctacttggaaggctatctggatctcta
tataaccaggccttgaaaaagatatcaaagtttgttcagacaaatatccttcctggtgca
attgccgaggttgggttgctttgttgtgcatgtgttcattcaacccccgaagaagcagtt
gctcaaattgttgaaccaatgctccttgctgttatatcttctctgaaagaaatccctgtc
aatgggtatggaggaaaaggaagtgcagagacccttgtttccaataagcaagacaaacaa
acactttctccagcgcttgaggcagctatagattatcagctgaaagtattgtcagttgcc
atcacttatggaggcagctcacttcttccgtacaaaggtcttttgatcgaagctatatct
tccgcatttaattcctcatcttggaaggttaatggagctggggatcatcttcttcgatct
ctcctcggaagtctgattctttactatcctattgatcaatacaaatgtttgtctcgtcac
cctgctgctcctgctttggaggaatggataagcaccaaagcttcttctaaggatgagcag
gtggcgcattccaggtggcatgttcccacccaagaggaaactcagtttgccaatgagctc
ttagatctccatcttcagtcagcactagatgatcttttgagtatttgccaatcgaacatc
cactctgatgcaggagatgagaaaacacaccttaaagtgactctattgcgtatagattct
acattgcaaggtgttttgtcctgcctacctgatttcaggccatcacctagacatgatatg
gttgaagatctacagttctttatagctggagcatcgggttcatgtgttggcagcgctgag
atacgagaaaaaactgctataactattcatgcagcctgcaaatacttgttagagaaaaag
tcagatgacagcatcttgttgatattaataatccgcataatggatgccctgggaaactat
ggcagtttggagtatgatgaatggtcaaatcacaggcaggcttggaaactggaatccgct
gcgattgtagagcccccagcaaactttattactgagtttaattctaagggcaagagaagg
cctagatgggcactcattgataaagcgtacatgcacaacacatggagatcatcacaatcg
tcctatcatctgtttcgtacagatgggaacttctctccaccagaacccttaacatttttg
gttgatgatcttttgaccctctgtctgcacaactatgaaactgttcgagtgcttgctgga
aaatctttgataaaactgttaaagagatggccgcagttgctttcaaagtgtgttctgtcc
cttactgagaacttgcgaaagccggatgtacaagaatatgtagtccttggttcttgtgcc
attctctcttcacacagtgttctcaagcatttaactacggatccaaaatcattttcctct
tttcttcttgggattctttcaagttctcatcatgaatctatgaaatcccaaaaagcaatc
attgagctttttgtcaaatataatattcactttgcgggactgtcgagaaacatacttcgc
tcattggaaagccatgttgagggctctacttctggagatcttgtttctcagattggctcc
atgagttttgattcttccagcttgcattggcggtacaacttgatggctaacagagtgctc
cttctgttagttatgtcctctaggattgacccaagcttctctctcaaaatccttgatgaa
accgctggccacttcttgaaaaacttgaaaagtcaacttcctcagaccagaatacttgcc
atttcagctctaaacattctacttaaagagtcgcctcataagatgcaaggcaaggatcag
ccttctgtgtcttcacaagaaactgaaaatgccaactcatcccttgatttagcattgagc
caaatttttagagaagaaggattcttcaaggagacttttgaaagtctttctcatattcat
atcactgacacagatagttcctctagagggaatcacggaagttcatctttccagagcatg
gcggacaagtcaatcactcgtttctattttgaattttcggcttcatggcctagaactcct
agttggatatctttgttaggcagtgatatattttacccaagttttgctcgcatcttcaag
cgattagcacaagaatgtggagtgcctgtgttactggcactaaaaagccccttagaggag
ttttgtaacgccaaggagagaccaaaacagtgtgttgctgctgaagcattagcaggtgta
ctgcactctgatgttaatggtctttttaatgagtgggatagctggataatggttcagttg
cagaatgttattcttggccaatcagtagaatccataccggagtgggctgcttgcatacgt
tatgctgtcacagggaaagggaagcaaggaaccaaaattcctgtcatgagacaacaaatt
ttggactgtatagtggcaccattaccaccaactgcgaccacaactgttgttgcaaagcgg
tatgcttttctttcggctgctctaatagaactatctccaccaaagatgcccgtaacagaa
gtgaagctgcatatcgtgcttcttgatgagttgatctgtaatatgtcccactcctcggca
caaataagggaagctatcggtgtaattctttcagtattatgttctaacattcggctgcgg
atgtcatatcaacaagaatatccaactgaagaagggaaaacggatgttgatagccaactt
aaggaggaaaattggttcaaattgattagtgcaaaagcatctgaagctgtaaaaaacatt
caacaagctagcatatcagatagcttggacacttcaacagatgtagatatgggaaatgct
caatcaaatggcgattctcttgatgatgttaaatggatggagacgctcttccatttcatt
atctcctctttcaaatctggaagagcttcgtatctgctagacgtaattgctggattcctc
tatccagtgatgtccttacaggaaacatcacataaagatctgtcaatattggccaaggca
gcctttgagctgctgaagtggcgagttttcccagagtctcatctacagaaagttattgga
gtcattctttcttctgctgatgactctaactggcggataagatcttcaaccctgacatat
ctgcgaacttttatgtataggcatactttcatcctcactcatgaagataaacaaaaaatc
tggaaaacagtggaaaagctccttgttgacagccaagtagaggtacgagagcatgcagca
gcagttctagcaggcctaatgaaaggaggagatgaagattttgctgcagattttcgtgat
agatcctatgcagaggcaaactcaatccaaaagagaagaaatcggaggaaatcaagttca
actcagtccattgcgggggtgcatggagccgttcttggtttggtagcttcagttttgtct
gttccttatgacatgcccagctggctgccggagcatgtgaccttactggctcggttcgcg
ggtgaacctacacctataaaatcgactgtgactaaagcagtggctgagttccggcgaacc
catgcggatacatggaacatccagaaagactcattcaccgaagatcagcttgagatcttg
gccgatacatcttcctcttcctcgtactttgcttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (44)   

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