KEGG   Arabidopsis thaliana (thale cress): AT3G48870
Entry
AT3G48870         CDS       T00041                                 
Symbol
HSP93-III
Name
(RefSeq) Clp ATPase
  KO
K03696  ATP-dependent Clp protease ATP-binding subunit ClpC
Organism
ath  Arabidopsis thaliana (thale cress)
Brite
KEGG Orthology (KO) [BR:ath00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:ath03110]
    AT3G48870 (HSP93-III)
Chaperones and folding catalysts [BR:ath03110]
 Heat shock proteins
  HSP100
   AT3G48870 (HSP93-III)
SSDB
Motif
Pfam: AAA_2 Clp_N AAA_lid_9 ClpB_D2-small AAA AAA_5 AAA_16 Sigma54_activat TniB nSTAND3 AAA_22 UVR NACHT AAA_14 AAA_18 AAA_28 Mg_chelatase Zeta_toxin AAA_25 IstB_IS21 Torsin DNA_pol3_delta2 DAHP_snth_FXD AAA_23
Other DBs
NCBI-GeneID: 824048
NCBI-ProteinID: NP_001325472
TAIR: AT3G48870
UniProt: Q9SXJ7 A0A5S9XJ62
Position
3:complement(18122118..18126742)
AA seq 952 aa
MAWSIALLTPPFFGPGRHVQAKEYREPRGCVMKMSSLKAPVLRIQATEYREPRGRVKMMS
SLQAPLLTIQSFSGLRAPSALDYLGRPSPGFLVKYKLAKSSGREKASRCVPKAMFERFTE
KAIKVIMLSQEEARRLGHNFVGTEQILLGLIGEGTGIAAKVLKSMGINLKDSRVEVEKII
GRGSGFVAVEIPFTPRAKRVLELSLEEARQLGHNYIGSEHLLLGLLREGEGVAARVLENL
GADPSNIRTQVIRMVGENNEVTASVGGGSSGNSKMPTLEEYGTNLTKLAEEGKLDPVVGR
QPQIERVVQILARRTKNNPCLIGEPGVGKTAIAEGLAQRIASGDVPETIEGKTVITLDMG
LLVAGTKYRGEFEERLKKLMEEIRQSDEIILFIDEVHTLIGAGAAEGAIDAANILKPALA
RGELQCIGATTIDEYRKHIEKDPALERRFQPVKVPEPTVEEAIQILQGLRERYEIHHKLR
YTDEALVAAAQLSHQYISDRFLPDKAIDLIDEAGSRVRLRHAQLPEEARELEKQLRQITK
EKNEAVRSQDFEMAGSHRDREIELKAEIANVLSRGKEVAKAENEAEEGGPTVTESDIQHI
VATWTGIPVEKVSSDESSRLLQMEQTLHTRVIGQDEAVKAISRAIRRARVGLKNPNRPIA
SFIFSGPTGVGKSELAKALAAYYFGSEEAMIRLDMSEFMERHTVSKLIGSPPGYVGYTEG
GQLTEAVRRRPYTLVLFDEIEKAHPDVFNMMLQILEDGRLTDSKGRTVDFKNTLLIMTSN
VGSSVIEKGGRRIGFDLDHDEKDSSYNRIKSLVTEELKQYFRPEFLNRLDEMIVFRQLTK
LEVKEIADIMLKEVVARLEVKEIELQVTERFKERVVDEGFDPSYGARPLRRAIMRLLEDS
MAEKMLSRDIKEGDSVIVDVDAEGSVVVLSGTTGRVGGFAAEEAMEDPIPIL
NT seq 2859 nt   +upstreamnt  +downstreamnt
atggcttggtcgatagctcttcttacacctcctttttttggtcccggaaggcatgtgcag
gccaaagaatacagggaaccaagagggtgtgtgatgaagatgagcagtttaaaagcacct
gttctgagaattcaggccacagaatacagagaaccaagagggcgtgtgaagatgatgtcc
agtttacaagcacctcttctgacaattcagagcttctcagggttaagggcccccagtgca
ttagattatttgggaaggcctagtccaggtttccttgttaagtataaacttgcaaaatca
tctgggagagaaaaagctagccgatgtgtacccaaagcaatgtttgagcgttttaccgag
aaagcaattaaggtcataatgctgtctcaagaggaagctcggagacttggccataacttt
gttgggactgagcaaatactgttgggtctaattggagaagggactgggattgccgccaag
gttcttaaatccatggggatcaatcttaaagattcacgcgtggaagtagaaaagataatt
gggagaggcagtggattcgtggcagtggagattccatttactcctcgcgcaaagcgggtg
ctggagttgtcactagaggaagctcgacaacttgggcataactacattggttcagagcac
cttttgcttggtctacttcgtgaaggggagggtgtggcagctcgtgtcttggagaatttg
ggtgcagatcctagtaatatacggacacaggttatacgtatggtcggggaaaacaatgaa
gtcacagcaagcgttggtgggggaagcagcggaaacagcaaaatgccaacacttgaagag
tatgggactaacttaactaaactagcagaggagggtaaactggatccggttgttggaagg
cagccacagatcgaacgagtggtccagatcttggctcgaagaaccaagaacaacccatgt
cttattggagaacctggagttggtaagacggcaatagcagaaggacttgcacagcgaata
gctagtggtgatgttcctgaaacaatcgaggggaagacggttataacccttgatatgggt
cttctagtggctggaacgaaataccgtggagagttcgaggaaagattgaagaagcttatg
gaggaaatcaggcaaagtgatgagataattctgtttattgatgaagtgcacacgctcatc
ggtgcaggagccgctgaaggtgcgatcgatgctgctaacatcttaaagccagctctagca
agaggtgaattgcagtgtattggtgcaacaacaattgatgagtacaggaaacacattgag
aaagatcctgcattggagagacggttccagcctgtgaaagtacctgaaccaactgtagaa
gaagctatacagattttgcaaggtctgcgtgagcgctatgagatccaccacaaacttcga
tacactgatgaagccttggttgctgctgcacaattgtcacatcagtacatcagtgatcgg
tttcttcccgacaaagcgattgacttgattgatgaagctgggtctcgggttcgactacgc
catgctcagcttcctgaggaagctagagagcttgaaaagcaactcaggcaaatcaccaaa
gagaagaatgaagctgtgcgaagccaagacttcgagatggctggttctcatcgtgaccgt
gaaatagagctcaaggctgagatagctaatgttttatctcgaggcaaagaagtggccaaa
gccgagaatgaagctgaggaaggaggacctactgtcacagaatctgacatccaacacatc
gtcgccacctggacaggaatcccggtagagaaagtctcgtctgatgaatctagccgtctt
ctccaaatggagcagacccttcacacaagagtcattggccaagatgaagccgttaaagca
atcagtcgggctatccgccgtgcccgtgttgggctcaaaaacccaaaccgtcctatcgcc
agtttcatcttctctggtccaactggtgttgggaaatcagagcttgctaaggccttggct
gcttactacttcggttcagaagaagcaatgatccgtcttgacatgagtgagttcatggaa
cgacacactgtttcgaaactcatcggttcacctcctggttacgtaggatacacagaagga
ggtcagttaacagaggcggttcgacgcaggccctacactcttgttctctttgacgaaatt
gagaaagcacatcccgatgttttcaacatgatgcttcagatcctagaagacggtagacta
actgatagcaaaggaagaactgtcgatttcaagaacacgcttctgatcatgacttcaaac
gtagggagcagcgtgatcgaaaaaggtggtagaagaattgggtttgatcttgaccacgac
gagaaagacagcagttacaacagaatcaagagcttagtgactgaggaactaaaacagtat
ttcagaccagagttcttgaacaggttagatgagatgattgttttcagacagttaacaaag
ctggaagtcaaggagattgctgatataatgcttaaagaagtggtggcgagacttgaggtc
aaagagattgagcttcaggtgactgagaggtttaaagagagagtggtggatgaaggattc
gacccgagttatggtgcgaggccacttagacgtgcaataatgaggcttttggaggatagt
atggcggagaagatgctttcaagggacattaaagaaggagattctgtgattgttgatgtt
gatgccgaaggaagtgtggttgtgttgagtggtaccactggacgtgttggtggttttgct
gctgaagaagccatggaagatcctattccaatattgtag

  All links  
Gene (22)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (7)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (24)   
   Pfam (24)   
All databases (57)   

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