KEGG   Arabidopsis thaliana (thale cress): AT2G27630
Entry
AT2G27630         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: 817309
NCBI-ProteinID: NP_180331
TAIR: AT2G27630
UniProt: F4IGQ2
Position
2:complement(11787398..11792646)
AA seq 1122 aa
MESTTFLKDAVSVKLHAKAKELFANGDHIKALEIIEDMICVNKEDKNIWFLYSEQGYMFT
KLSEKAENLDVDFTFKLGAVGCSSEHEKLLSLCAHGFHTLAHHIGSVMYYKKCLKKAKQC
LSVSNQSEDSDSSVAQMSLHKNKTNKDLETLIKNAETAIALSKIGKLKGLLEEDDEPEVL
ESKSSSEPVKNEIKGLRSFWLGLNVKVKRDFMKVSIAKLTSFVQRVYDRPRQNALEQILV
SAREDRKWTFWMCQNCSEKFSSAEECKKHLEQEHAAGFKPSKEMDMKRIGKDWARKISVG
GWEPVDTGAAVEMIKNRLADVKAFSYKNGWSKEWPLASDDERGKLLKEIKNLLVMFRDLK
ILPCSVRDCVMQYPLRYFGELEVSKQSLVDSHLVETPQSICFLDCHELNKILNFLKRIKS
ERDDGIDVVSRAVDSILSSTRVKEKVDFDPQFSLLLLDRRLLKSNNAPINDEGTINVFDP
NVYPKAPAQGDDIISWLTDYNSVEKTFPIPIRVHNLDIWVAVLRAVQFTCRTLETKYAKK
VQVFNYSVALTAVEDLCISEDERRRNLQEDQWNSYASLLSDRCEEGVLRNSLTTKLFVCA
VRDVLEGASDLTFEFPDFEECMNLIRGRKSLSDDIVLKSIAFLKILAHTKVMLIDSKILL
IDKSRISLLNDLTRLSVFDNRTYLLELLKNFLLNEIIIMASKAKLDAAAAAEADLLLEEE
KKSQSKKRKNTSKKKTSTSISSPLSKTVEHKSSDILEPESTSPSLGKVEEDSMEPDATLS
SERGRLEISPNTVNQEEVTQNIPVEDSQSEHLESALRDAATRYNSALDMTLKALLNIQIL
KEDLMQPFQDHPEEHVPPALRNFFTAIVSDGINVEGVYSCLLRDLLASLEEVISMSSDAA
EVLVTILESWHCWKNAERESLVTRLFTLEENERMSCRKCRKKPNYPEQSSYGIVMAADSI
RDLKCALGNIEFVDILKVIRMDYTMLCDVKTGGCGITNLVHHILSKCPPVFIIVLEWEKS
ETEKEISETTKALYWEIDISRMYEGLKPNTKYRLVSMVGCGVEEEEHICIAYENNRWFNL
RHDALTREDVGNWKSVVGFCEERKVRPEILFYEATGSIDSLN
NT seq 3369 nt   +upstreamnt  +downstreamnt
atggagtctactactttcctgaaagatgctgtgagcgtaaaactccacgcaaaggcaaaa
gaactcttcgctaatggagatcacatcaaggccttggagataatcgaagatatgatttgt
gtcaataaggaagacaagaacatatggtttctttattcggaacaaggttacatgtttacg
aaactatcggaaaaagcagagaaccttgacgttgatttcacattcaagttaggtgctgtt
ggatgttcttcggaacatgagaagttattaagtttgtgtgcacatggattccacactttg
gctcaccatattgggtcagtgatgtattacaaaaagtgtttgaagaaagcaaaacagtgc
ttatctgtttctaaccagagtgaagactcggattcttctgttgctcaaatgagtttacat
aagaacaaaacgaataaagatctggagactttaatcaaaaatgcagagaccgcgattgct
ctttccaagattggaaaactgaaaggtttactagaagaagacgatgagccagaagttttg
gagtcaaagagtagttcagagccggttaagaacgagattaaaggcttgaggtcgttttgg
ttaggtttgaatgttaaggtcaaaagggattttatgaaagtaagcattgcaaagcttaca
agttttgtccagagagtatatgacagaccgagacaaaatgctttggagcaaattcttgtt
tctgccagggaagacagaaaatggacattctggatgtgccaaaactgttcagagaagttc
tctagtgcggaagaatgtaagaaacatcttgaacaagaacatgctgcaggttttaaacct
tctaaggaaatggatatgaagaggatagggaaagactgggctcgtaagatatctgttgga
ggttgggaaccagtggatacaggagctgccgttgaaatgatcaaaaatcggctcgcagat
gtgaaagcgttttcatataagaatggatggtccaaagaatggcctttagcttctgatgac
gagcgcggtaagttactcaaggaaatcaaaaatctccttgtgatgtttcgtgacctcaaa
attctcccttgtagtgttcgagactgtgtgatgcaatatcctttacggtattttggagaa
cttgaagtttccaaacagagtcttgtcgattctcacctagtggaaacacctcagagtata
tgttttctggattgtcatgaactcaataaaatcctaaactttctaaaacgcatcaagtct
gaaagggatgatggtattgatgtcgtttccagagcagtggacagtatcttgagttctact
cgagttaaagaaaaggttgactttgaccctcagttttcattgctgcttctggatagaaga
ctgcttaaaagcaataatgctccaatcaatgatgaaggaacaatcaatgtttttgatccc
aatgtctaccccaaggcaccagctcagggagatgatatcatatcctggttaactgactac
aattcagtagagaagacttttcccatacctatcagggtacataatcttgatatctgggtg
gctgttctgagagctgttcagttcacatgtagaaccctggaaaccaaatatgcaaagaaa
gtgcaggtattcaattattctgtagctcttactgccgttgaagacttgtgtataagcgaa
gatgaaaggagaaggaatcttcaggaagatcagtggaacagctatgcatctcttctatct
gacagatgcgaagagggagtcctaagaaattccctcactaccaaattatttgtgtgtgca
gtacgagatgttctcgaaggcgcatcggatctgacatttgagttccccgattttgaagaa
tgcatgaatcttatacgtgggcgtaaaagtctcagcgatgatatagtgttaaagtcaata
gcctttctgaaaatactggcacataccaaggttatgctaatcgattcaaagattttgctg
attgataaatcaaggattagtttgctgaatgacctcaccaggctttctgtttttgacaac
cgcacttatctccttgaactgctgaaaaatttcttgctgaatgaaattattattatggca
tccaaagccaagttagatgcagcagcagcagcagaagcagatcttttactcgaggaggag
aagaagtcacagtcaaagaagaggaaaaatacaagcaaaaagaaaacttcaacgagcatc
tctagtcctctttctaagactgttgaacataaatcatctgacatccttgaaccggaaagc
acgtctccatcactagggaaggtggaagaagattctatggaaccagatgccactctttca
agtgaaaggggtcgattggaaatctcacccaacacagtcaaccaagaggaagttacgcaa
aacattcctgtagaagattcacagtcggaacatttagagtcagctcttagagacgctgca
accagatacaattcagctcttgacatgacgctgaaggcccttttgaacattcaaattctc
aaagaagatttgatgcaaccatttcaagaccacccggaagaacacgttcctcctgcacta
cgaaatttctttactgctattgtgtcagatgggatcaatgttgagggagtctacagctgc
ctcttgcgtgacttacttgcttccctagaagaagttatttccatgtcgagtgatgctgct
gaggttcttgtaaccatccttgagtcttggcattgctggaagaatgctgaaagggaaagc
ttggtaactcgcctttttacgttggaggaaaatgaaagaatgagttgtagaaaatgcaga
aagaaaccaaattatccagagcaaagttcatatggcattgttatggctgcagattctatc
agagacttgaagtgtgctcttgggaatatagagtttgtggatatccttaaggtgatccgg
atggattatacaatgctatgcgatgttaaaaccggaggctgtggaataacaaaccttgtt
catcacatcttaagtaaatgtccacctgtcttcataatcgtgttagaatgggagaagagt
gaaactgaaaaagaaatatcagaaacaacaaaggctttatactgggagatagatatcagc
aggatgtacgaaggattgaaaccaaacactaagtaccggcttgtgtcaatggttggttgt
ggtgtagaagaagaagaacacatttgcatagcttatgaaaataatcggtggttcaatctc
agacatgatgctttaacaagagaggatgttggtaactggaaaagtgtggttggattctgt
gaagagagaaaggttcggccagagattctgttttatgaagctaccggctcgatcgatagc
ctaaactaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   RefGene (13)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (26)   

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