KEGG   Arabidopsis thaliana (thale cress): AT5G23630
Entry
AT5G23630         CDS       T00041                                 
Symbol
PDR2
Name
(RefSeq) phosphate deficiency response 2
  KO
K14950  manganese-transporting P-type ATPase [EC:7.2.2.-]
Organism
ath  Arabidopsis thaliana (thale cress)
Brite
KEGG Orthology (KO) [BR:ath00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:ath02000]
    AT5G23630 (PDR2)
Transporters [BR:ath02000]
 Other transporters
  Primary active transporters [TC:3]
   AT5G23630 (PDR2)
SSDB
Motif
Pfam: E1-E2_ATPase Hydrolase Cation_ATPase
Other DBs
NCBI-GeneID: 832428
NCBI-ProteinID: NP_197752
TAIR: AT5G23630
UniProt: Q9LT02
Position
5:complement(7960478..7968197)
AA seq 1179 aa
MSSFRVGGKVVEKVDLCRKKQLVWRLDVWPFAILYTVWLTTIVPSIDFSDACIALGGLSA
FHILVLLFTTWSVDFKCFVQFSKVNSIDQADACKVTPAKFSGSKEVVPLHFRSQMTDSAS
SGDMEEIFFDFRKQRFIYSKELGAFSKLPYPTKETFGHYLKCTGHGTEAKIATATEKWGR
NVFDYPQPTFQKLMKENCMEPFFVFQVFCVGLWCLDEFWYYSVFTLFMLFMFESTMAKSR
LKTLTDLRSVRVDSQTVMVYRSGKWVKLLGTDLLPGDVVSIGRPSTQTGGEDKTVPADML
LLVGSAIVNEAILTGESTPQWKVPIVGQRSDEKLSIKRNKNHVLFGGTKILQHSPDKSFS
LKTPDGGCLAVVLRTGFETSQGKLMRTILFSTERVTANSWESGLFILFLVVFAVIAAGYV
LVKGLEDPTRSKYKLLLGCSLIITSVIPPELPMELSIAVNTSLLALVRRGIFCTEPFRIP
FAGKVDLCCFDKTGTLTSDDMEFRGVGGLSNCEEAETDMSKVPVRTLEILASCHALVFVE
NKLVGDPLEKAALKGIDWSYKADEKALPRRGNGNSVQIMQRYHFASHLKRMSVIVRIQEE
YLAFVKGAPETIQERLVDVPAQYIETYKRYTRQGSRVLALAYKRLPDMMVSEARDMDRDA
VESDLTFAGFAVFNCPIRPDSAPVLLELKNSSHDLVMITGDQALTACHVAGQVHIVSNPV
LILGRSGSGNEYKWVSPDEKEIIPYSEKEIETLAETHDLCIGGDSIEMLQATSAVLRVIP
FVKVFARVAPQQKELILTTFKAVGRGTLMCGDGTNDVGALKQAHVGVALLNNKLPLSPSD
SSKDDKSKSKKSKLPLEPASKTITQNGEGSSKGKIPPQNRHLTAAELQRQKLKKIMDDLN
NDEGDGRSAPLVKLGDASMASPFTAKHASVAPVTDIIRQGRSTLVTTLQMFKILGLNCLA
TAYVLSVMYLDGVKLGDVQATISGVLTAAFFLFISHARPLQTLSAERPHPSVFSVYLFLS
LIGQFAVHLTFLVYSVKEAEKHMPEECIEPDASFHPNLVNTVSYMVSMMLQVATFAVNYM
GHPFNQSIRENKPFFYALIAGAGFFTVIASDLFRDLNDSLKLVPLPQGLRDKLLIWASLM
FIICYSWERLLRWAFPGKISSWKHKQRAVTANLEKKKKV
NT seq 3540 nt   +upstreamnt  +downstreamnt
atgtcgagctttcgtgtgggaggaaaggtagtggagaaggttgatttatgtaggaagaaa
caattggtgtggcgcttggacgtttggccatttgcgattctgtatactgtatggttgact
acgatcgttcctagcatagacttcagtgatgcttgcattgcgcttggtggtctttctgct
ttccacatcttagtcttgcttttcactacgtggtccgtggatttcaagtgttttgtccag
tttagcaaggttaacagtatcgaccaggcagatgcatgtaaagttacaccagccaaattt
tctggttctaaagaagttgtgcctcttcattttcgtagccaaatgacagattcagcatcc
tcgggagacatggaagaaattttctttgacttcaggaagcagcgttttatatactcaaaa
gagttaggagccttttccaagcttccttatcccacaaaggaaacatttggtcattatttg
aaatgtactggtcatggtacagaagctaaaattgccactgccactgagaagtggggaagg
aatgtatttgattatccacaacctacattccagaagctaatgaaagaaaactgcatggaa
cccttttttgtatttcaggttttctgtgtgggtctttggtgcttggatgaattctggtac
tacagtgtgttcacactattcatgcttttcatgttcgagtcaacaatggcaaaaagccgc
ttgaagacattaaccgacctaagaagtgttagggtggacagtcagaccgtgatggtgtat
cgatccggaaagtgggtgaagctcttaggtacagatctgcttccaggagatgttgtgtcc
attgggcgaccttcaactcagactggaggagaggataaaacagtaccagcggatatgctt
ttactggtaggaagtgctattgtaaatgaagccattttgacaggcgagtcaactccccaa
tggaaggttccaattgttggccaaagatctgatgaaaaattatcgatcaaaagaaataag
aatcatgttttatttggcgggaccaagatcttgcaacattcacctgacaagtccttctct
ctgaagacccctgatggtggctgtctagctgttgttctccgaactggatttgagacgagc
caaggaaaactaatgaggacaattttattttctacagaaagggttactgcaaacagctgg
gagagtggtctgttcatattatttcttgtggtatttgccgtgatagctgcaggttatgtt
cttgtaaagggtctcgaggatcctacaaggagcaaatataagcttttgctaggctgttca
cttatcatcacctcagtgatcccgcccgaattgcctatggaattatccattgctgtcaat
acgtcattacttgctcttgtacgacgtgggatattttgcacagagccttttaggatccct
tttgcggggaaggttgatttgtgttgttttgataagactggtacactcacgtcagatgac
atggagttccgaggagtcgggggtttgtctaattgtgaagaagcagagactgatatgagc
aaggttcctgtacgcacattggaaattttggcttcttgtcatgccttggtctttgtagaa
aacaagctggttggtgatcctcttgagaaggctgcacttaaaggaattgactggagttac
aaagctgatgaaaaggccttacctagaagaggaaatggcaactcagtgcagattatgcag
agataccattttgcttcgcatctgaagagaatgtctgttatcgttcgtattcaggaggaa
tatttggcatttgtgaagggtgcgccagagacaatccaagagaggcttgtggatgtgcct
gcacaatatatcgaaacatataagagatacacacgccaaggatctcgggttctagccctt
gcatataaacgactgcctgatatgatggtcagtgaagctagggacatggacagggatgct
gttgagagtgatcttacttttgctgggtttgcggtcttcaactgccccattagaccagac
tcagcccccgtgctcttggagttgaagaattcatcccatgatttggtgatgataacaggt
gatcaagctttgacagcttgtcatgttgcaggccaagtgcatattgtatcaaacccagtt
ttaattcttggacgatcagggagtggtaacgaatacaagtgggtgtcacctgatgagaag
gagatcatcccctacagtgaaaaagagatcgaaaccctggcagagacccatgatttatgc
attggaggtgacagcattgaaatgctacaggctacatctgctgttttgcgagtcattccg
tttgttaaggtttttgcgagagttgctccacagcagaaggagctgatcttaaccaccttc
aaagcggtgggcagaggtactttgatgtgtggtgacgggacaaatgatgtcggagcactg
aagcaggcccatgttggagttgccttactgaataataaacttcccttgtctccatcggat
tcgtctaaagatgacaagtcaaagtcaaaaaagtccaaactgccattagaaccagcaagc
aaaaccataactcagaatggggaaggatcatcaaaaggaaagatcccaccccaaaaccgc
cacttaactgctgcggaactgcaaagacaaaagttgaagaagattatggatgacctaaac
aatgatgaaggtgatggccggtcagctcccctagttaaacttggggatgcatcaatggca
tcccccttcacagctaaacatgcgtcagttgccccagtgacagacataatccggcagggt
cgtagcacacttgtgacgactcttcagatgttcaaaattctcggtctgaactgtctcgcc
acagcatatgtcctaagtgttatgtacttagacggtgtaaagcttggtgatgtccaggct
acaatcagcggagtgttaacagctgcgtttttcctcttcatttctcatgcccgaccgctt
caaaccctctctgcagaacggccccacccgagtgtcttctccgtgtacctcttcctctct
ctgataggacagtttgctgttcacttgaccttcttggtctactctgtgaaggaagctgag
aaacacatgcccgaggaatgcatcgaaccagacgcaagtttccatcctaacctggtgaac
acagtgtcgtacatggtgagcatgatgcttcaggttgctacatttgctgtgaactacatg
ggacatccctttaaccagagtatcagagaaaacaaaccgttcttctacgcactcattgct
ggagcagggttcttcaccgtcatcgcctctgatctcttcagagacctgaacgattcgctg
aagctagttccattacctcaaggtctgagagataagcttctcatctgggcatcacttatg
ttcatcatctgctactcatgggagcggttactcaggtgggctttccctggtaagatttct
tcttggaaacataagcaaagagctgtcactgcaaatctggagaagaagaagaaagtttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (42)   

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