KEGG   Arabidopsis thaliana (thale cress): AT5G51530
Entry
AT5G51530         CDS       T00041                                 
Name
(RefSeq) Ubiquitin carboxyl-terminal hydrolase-related protein
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: DUF629 DUF627 UCH
Other DBs
NCBI-GeneID: 835227
NCBI-ProteinID: NP_001330360
TAIR: AT5G51530
UniProt: A0A1P8BAL0
Position
5:complement(20927069..20931886)
AA seq 1127 aa
MMKPSFLEDVEVIKLITKSREEFVKGNHCKALEILEDLIFDHKKDKDSWFLHIKQGTMFV
KLEDITENPDVGFAYLVASVQCYSQDVILSRLCAMGFYNLAKQLGSVSYYKQCVKKSKQD
LSVTYPENTSPVARSMLQELKKDMNKEFNTLIRDAERMIAGAKTSPLSSESKVWEPKKSS
DLVDDEIQELRSYWMGLDIKIKRDFMKVSIAKLKSFVEGVHNREGRDVFEKVLTSAKADR
KWTFWMCRSKCLKKLSSAEECKNHFEQQHDADFKNASKKDMVQRIGKDWARKISVGAWEP
VDTVAAVEMIKNRLADVKAFAPKNGWSEEWPLAADEDRSKLLKEIKLLLVSLCDHKILPS
SIREWLMRFPVQHLAKLDVSEQSLIDSHLVGTPQSICFLESHELNQILDFLKTIKCKRND
GTDLVCRAVNSFLDHTRVKEKIDFDPQFSFLLLDKRLLKCKDVPFDDEGTINVFDPNAHY
AKAPAQGDDIISWLTDYNSVDTIFPRPIREHNFGIWVAVLKAVQFTFSFLGKKYAKKYLV
LDYDAALTVVENLCMSEDERRKNLLEDQWNKYASLLCDSCEERVSENSITANFFLWAVRD
VLQGASHPTFDFLDSEDCMNLIRQRKSLGDDIALKSIHHLKSVVTHKVLLIDSKILLIDN
SRITLLTNLTRLSAFDNRTYILRLLKPFLLNEIVNMESNAKSDIAAAYLLLEEEKKSRSK
KKKNNKRNSTSLSTPLDKTVEHEPSVDLEPGVTSPSLKIVKEDFMEPEDTRAGERGRLEI
SSNTDNQEEATKFDPDMQNMPREDSLSEHMESASGEASARYNSALDMTLKALLNIKILKE
YLMHNMQPFQDHLEEPVPSALQTLFTAFVSEDIKIEGVYSCLLSDLLVSVEEMFSMVCVE
KLSDADAAEVVVAIFEFWHCWKYRERESLVTRLFTLEENERMSCIKCRSRPNYPEQRSHG
IVVAADSIRDLKCALGNMKFVDILKVTRMEYKMLCDTRSGGCGRTNIVHHIISRCPPIFT
IVLEWEKSETEKEISETTKALEWEIDISRLYEGLEPNTNYRLVSMVGCSEVEEEHICIAY
EKNRWVNLKRESLVGEDIGNWKSVVRFCGEKKVRPEILFYEAARWMA
NT seq 3384 nt   +upstreamnt  +downstreamnt
atgatgaagccatctttcctggaagatgttgaggtcataaaactcatcacgaaatctaga
gaagaattcgttaaaggaaatcactgcaaggccttggagatacttgaagatttgattttt
gaccacaagaaagacaaggactcatggtttcttcatatcaaacaaggtacaatgttcgtg
aaactagaggacataacagagaatccagacgtgggtttcgcatacttggtggcttctgta
caatgctattctcaagatgtgatattatcacgactttgtgcaatgggattctacaatttg
gccaaacagcttgggtcagtatcgtattacaagcaatgcgtgaagaaatcaaaacaagat
ttatcagttacttacccagaaaacacgagtcctgttgctcgatcaatgttgcaagagcta
aaaaaagatatgaacaaagaattcaatactttaatcagagatgcagagcgcatgatcgct
ggagccaagacttcccctttaagctctgagtctaaagtttgggagccaaagaaaagttca
gaccttgttgacgacgagattcaagaattgaggtcttattggatgggattggatattaag
atcaaaagagactttatgaaagtaagcattgcaaagcttaaaagttttgtcgagggagta
cataacagagagggacgagatgtttttgagaaagttctcacttctgctaaggcagataga
aaatggacgttttggatgtgtagaagtaaatgtttgaagaagctttctagtgctgaagaa
tgtaagaatcattttgaacaacaacatgatgcagattttaaaaatgcttcgaaaaaggat
atggtccagaggataggaaaggactgggctcgtaagatatcggttggagcttgggaacca
gtggatacagtagctgccgttgaaatgatcaagaatcggctcgcagatgtgaaagcgttt
gcacctaagaatggatggtccgaagagtggcctttagctgcagatgaagatcgcagtaag
ttactcaaggaaatcaaattgctccttgtgtcactttgtgaccataaaattcttccttct
agcattcgagagtggctgatgcgttttccggttcaacatcttgcaaaacttgatgtttcc
gaacagagtcttattgattctcacctagtgggaacacctcagagtatctgttttcttgaa
agtcatgaactcaatcaaatcctagactttctaaaaaccatcaagtgtaaaaggaatgat
ggtacagatctggtttgcagagcagtgaacagtttcttggatcatactcgagtcaaagaa
aagatcgactttgaccctcagttttcatttctgcttctggataaaagactgctaaaatgc
aaagatgttccattcgatgatgaagggacaatcaatgtttttgatcccaatgctcactac
gccaaggcaccagctcagggagatgatatcatatcctggttaactgactacaattcagta
gatacgatctttcccagacctatcagggaacacaattttggtatctgggtggctgttctg
aaagctgttcagttcacattttcgtttttgggaaaaaaatatgcaaagaaatatctggtc
ttagattatgatgcagctcttactgtcgttgagaacttgtgtatgagtgaagatgaaagg
agaaagaatcttctggaagatcagtggaataaatatgcatctcttctatgcgatagctgt
gaagagagagtctccgaaaattccatcactgcaaattttttcttgtgggcagtacgagat
gttctccaaggagcatcgcatccgacatttgatttcctcgattcagaagattgcatgaat
cttatacgtcagcgtaaaagtctcggcgatgatatagcgttgaagtccatacaccacctg
aaatcagtggtcacccacaaggttctactaatcgattctaagattttgctgattgataat
tcaaggattactttgctaaccaacctcaccaggctttctgcttttgacaaccgcacttat
atccttcgactgctgaaacctttcttactgaatgaaattgtgaatatggaatccaacgcc
aagtcagatatagcagcagcttatcttttactcgaggaggagaagaagtcacggtcaaag
aagaaaaaaaacaataagaggaattcaacgagcttgtctactccccttgataagactgtt
gaacatgaaccttctgtcgatcttgaacctggagttacatctccatcactaaaaattgtg
aaagaagattttatggaaccagaagatactcgtgcaggtgaaaggggtcgattggaaatt
tcatccaacactgacaatcaagaggaagctactaaatttgaccctgatatgcaaaacatg
cctagagaagattcactgtcagaacatatggagtcagcatctggagaagcttcagccaga
tacaattcagctcttgacatgacgctgaaggccctcctgaacattaagattctcaaagag
tatttgatgcacaatatgcaaccgtttcaagaccacttggaagaaccagttccttctgcg
ctacaaactttatttactgcttttgtgtcagaggacataaaaatcgagggagtctacagt
tgcctcttaagcgacttacttgtttccgttgaagaaatgttttccatggtttgtgtggag
aagttgagtgatgctgatgctgctgaggtagttgtagccatctttgagttttggcattgc
tggaaatatcgagaaagagagagtttggtaactcgccttttcaccttggaggaaaatgaa
agaatgagttgtataaaatgcagaagtcggccaaattatccagagcaacgttctcatggc
attgttgtggctgcagattcaattagagacctgaagtgtgctctcggaaatatgaagttt
gtggatatccttaaggtgacccgcatggaatataaaatgttatgtgacactagatcagga
ggatgtggaaggacaaatattgttcatcatattataagtagatgcccgccaatcttcaca
atcgtgttagaatgggagaagagtgaaactgaaaaagaaatatctgaaacaacaaaggct
ttggagtgggagatagatatcagcaggctgtacgaaggcttagaaccaaacactaactac
cggcttgtgtcaatggttggttgcagtgaagtagaagaagaacacatttgcatagcttat
gaaaagaaccgatgggtcaatctcaagcgtgagtctttagtaggagaggatattggtaac
tggaagagtgtggtcaggttctgtggagaaaagaaggttcgaccagagattcttttttat
gaagctgcgagatggatggcttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (45)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (54)   

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