KEGG   Arabidopsis thaliana (thale cress): AT1G56500
Entry
AT1G56500         CDS       T00041                                 
Name
(RefSeq) haloacid dehalogenase-like hydrolase family protein
  KO
K28146  NHL repeat-containing protein 2
Organism
ath  Arabidopsis thaliana (thale cress)
Brite
KEGG Orthology (KO) [BR:ath00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99994 Others
    AT1G56500
SSDB
Motif
Pfam: NHL HAD_2 Hydrolase Thioredoxin_8 Redoxin SGL TEN_NHL AhpC-TSA Hydrolase_like Thioredoxin DUF5128 HAD Thioredoxin_2
Other DBs
NCBI-GeneID: 842103
NCBI-ProteinID: NP_564718
TAIR: AT1G56500
UniProt: Q8VZ10
Structure
Position
1:21159736..21167341
AA seq 1055 aa
MALKLTSPPSVFSQSRRLSSSSLIPIRSKSTFTGFRSRTGVYLSKTTALQSSTKLSVAAE
SPAATIATDDWGKVSAVLFDMDGVLCNSEDLSRRAAVDVFTEMGVEVTVDDFVPFMGTGE
AKFLGGVASVKEVKGFDPDAAKERFFEIYLDKYAKPESGIGFPGALELVTECKNKGLKVA
VASSADRIKVDANLKAAGLSLTMFDAIVSADAFENLKPAPDIFLAAAKILGVPTSECVVI
EDALAGVQAAQAANMRCIAVKTTLSEAILKDAGPSMIRDDIGNISINDILTGGSDSTRNS
TAMLEENTVSDKTSANGFQGSRRDILRYGSLGIALSCVYFAATNWKAMQYASPKALWNAL
VGAKSPSFTQNQGEGRVQQFVDYIADLESKQTATTVPEFPSKLDWLNTAPLQFRRDLKGK
VVILDFWTYCCINCMHVLPDLEFLEKKYKDMPFTVVGVHSAKFDNEKDLDAIRNAVLRYD
ISHPVVNDGDMYMWRELGINSWPTFAVVSPNGKVIAQIAGEGHRKDLDDVVAAALTYYGG
KNVLDSTPLPTRLEKDNDPRLATSPLKFPGKLAIDTLNNRLFISDSNHNRIIVTDLEGNF
IVQIGSSGEEGFQDGSFEDAAFNRPQGLAYNAKKNLLYVADTENHALREIDFVNERVQTL
AGNGTKGSDYQGGRKGTKQLLNSPWDVCFEPVNEKVYIAMAGQHQIWEYSVLDGITRVFS
GNGYERNLNGSTPQTTSFAQPSGISLGPDLKEAYIADSESSSIRALDLQTGGSRLLAGGD
PYFSENLFKFGDNDGVGAEVLLQHPLGVLCANDGQIYLTDSYNHKIKKLDPVTKRVVTLA
GTGKAGFKDGKVKGAQLSEPAGLAITENGRLFVADTNNSLIRYIDLNKGEDSEILTLELK
GVQPPTPKAKSLKRLRKRASADTKIVKVDSVTSREGDLNLKISLPDGYHFSKEARSKFVV
DVEPENAVAIDPTEGTLSPEGSTMLHFIQSSTSASVGKISCKVYYCKEDEVCLYQSVQFE
VPFKVESELSASPTITFTVTPRAPDAGGLQLQGTR
NT seq 3168 nt   +upstreamnt  +downstreamnt
atggctttgaaactcacttctccgccttcagttttctcacaatcaaggagattatcttct
tcttcgttaattccgataaggtcaaaatccacattcaccggatttcgatcgagaaccggt
gtttatttaagcaaaacgacggcgcttcagtcgtctacaaaactgagtgtggcggcggag
agtcctgcggcgacaattgcgacggatgattgggggaaagtatcggcggttctgtttgat
atggacggtgtgctttgtaacagtgaagatctttctagacgcgccgccgtggatgttttt
acggagatgggagttgaagtcactgtggacgatttcgttccttttatgggaacaggtgaa
gccaagtttttaggaggtgttgcttcagtcaaagaagttaaaggatttgatccagatgca
gctaaagagagattctttgaaatatatctcgataagtatgcgaagccagaatctgggatt
ggatttccaggagcattggagcttgttactgagtgtaagaacaaaggccttaaagtcgct
gttgcatctagtgctgaccgtatcaaagttgatgcgaatctgaaagctgctggtttgtct
ttgaccatgtttgatgccattgtttcagcagatgcctttgagaatttgaaaccagctcca
gatattttcctggctgctgcaaagatcttaggtgtgcctaccagcgagtgtgttgttatt
gaagatgcgcttgctggagtccaagccgcacaagctgcgaacatgagatgtatagccgta
aaaactactttatctgaagcaattcttaaggatgctggtccttctatgatacgagacgat
attggaaacatctcaatcaatgacattctcactggtggctcagattctaccagaaattcc
acagcaatgcttgaagagaacacggtcagcgacaaaaccagcgctaacgggtttcagggc
tctcgacgagatatactgaggtatgggagtcttggcattgctctttcttgtgtctacttc
gccgccaccaactggaaggcaatgcaatatgcttctccgaaagctttgtggaatgcattg
gttggagcaaaaagcccttcttttacacagaaccaaggtgaagggagagtgcaacagttc
gtcgattacattgctgatctagagagcaagcaaacagctacaactgtgccagaattccca
tctaaactcgactggctaaacactgcccctctccagtttcgccgggatttaaaagggaaa
gtggttatacttgatttttggacctattgctgcataaactgtatgcatgtattaccggat
ctagagtttcttgagaagaagtacaaggatatgccattcaccgttgtgggtgtacactcg
gctaagttcgacaatgagaaagatttagatgccatacgaaatgcagttcttcgctatgat
attagccacccggttgtgaatgatggagacatgtacatgtggagagagcttggcatcaac
tcgtggcctacatttgctgttgtttctcctaatggcaaagtcattgcacaaattgccgga
gaaggtcaccgcaaagatcttgatgacgtggtggcggcagctctgacatattatggtgga
aagaatgtattagacagtactccgcttccaacacgtttggagaaagacaacgatccacgt
ttggccacgtctccgttgaaatttccgggaaagttggctattgatactcttaataacagg
ctattcatctcagacagtaaccataaccgtattattgtaactgatctcgaaggaaatttc
atagtccaaattggcagcagtggagaagaaggtttccaagatggttccttcgaagatgct
gcatttaatcgtcctcagggactagcttataatgctaagaagaatcttctttatgttgct
gacaccgagaatcatgctttgagagagattgattttgtcaacgagagagtacagactctg
gctggtaatggaactaaaggctcagactaccaaggtggaagaaaaggaaccaaacagctt
ttgaattctccttgggacgtatgctttgagccggtgaatgagaaggtatacattgcaatg
gcaggtcagcaccagatttgggaatacagtgtgcttgatggtattactcgagttttcagt
ggaaatggttatgaaagaaacctcaacggttccacccctcagactacatcatttgctcag
ccatcaggaatctcattaggccctgatttgaaagaagcatatattgctgatagcgagagc
agttctattcgtgcccttgatcttcaaactggaggatcaagattacttgcgggtggtgat
ccgtatttctctgagaatcttttcaagtttggagacaatgatggcgtgggagcagaagtt
ctcctacaacacccgctaggtgtattatgcgcaaatgatggtcaaatatatctaactgat
agctataaccacaagattaagaagttggaccctgtaaccaaacgtgttgttactctcgct
ggaacgggaaaagccggttttaaggatgggaaggtcaagggtgctcagctttcagagcct
gcaggacttgctataactgaaaacgggaggctgtttgtggcggatacaaataatagcctt
atccgatacatagatttgaacaaaggagaagactcagagattcttacattggagttaaaa
ggtgttcaaccaccaacgccaaaggcaaaatccctgaaacgtttgagaaaacgtgcctcg
gctgatacaaagattgtcaaagtggattctgtaacgtcccgtgaaggagatttgaatctc
aaaatctcattaccagatggctaccatttctccaaggaagcgcggagtaagtttgtggtt
gatgtggagcctgaaaacgcagtagcaatcgatccaacggaaggaactctgagtcccgaa
ggttcaacaatgcttcattttatacaatcttcaacttcggcttctgttgggaaaatcagt
tgcaaggtgtactattgcaaagaagacgaggtttgcttgtatcagtctgtacagtttgag
gtccctttcaaggtggaatcagaattatctgcttctccgacaatcacattcacggttaca
ccgagagcacccgatgctggtgggttacagcttcaaggtactcgctga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   KEGG ORTHOLOGY (1)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (4)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
3D Structure (4)   
   PDB (4)   
Protein domain (13)   
   Pfam (13)   
All databases (52)   

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