KEGG   Arabidopsis thaliana (thale cress): AT5G44800
Entry
AT5G44800         CDS       T00041                                 
Symbol
CHR4
Name
(RefSeq) chromatin remodeling 4
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: SNF2-rel_dom Helicase_C Chromo HDA2-3 PHD ResIII DUF1087 zf-HC5HC2H SnAC
Other DBs
NCBI-GeneID: 834510
NCBI-ProteinID: NP_199293
TAIR: AT5G44800
UniProt: F4KBP5 A0A178UKW2
Position
5:complement(18083277..18093907)
AA seq 2223 aa
MKDSGSEMIKRDWVMKQKRRKLPSILDILDQKVDSSMAFDSPEYTSSSKPSKQRLKTDST
PERNSSKRKGNDGNYFECVICDLGGDLLCCDSCPRTYHTACLNPPLKRIPNGKWICPKCS
PNSEALKPVNRLDAIAKRARTKTKKRNSKAGPKCERASQIYCSSIISGEQSSEKGKSISA
EESKSTGKEVYSSPMDGCSTAELGHASADDRPDSSSHGEDDLGKPVIPTADLPSDAGLTL
LSCEDLSESKLSDTEKTHEAPVEKLEHASSEIVENKTVAEMETGKGKRKKRKRELNDGES
LERCKTDKKRAKKSLSKVGSSSQTTKSPESSKKKKKKNRVTLKSLSKPQSKTETPEKVKK
LPKEERRAVRATNKSSSCLEDTNSLPVGNLQVHRVLGCRIQGLTKTSLCSALSDDLCSDN
LQATDQRDSLVQDTNAELVVAEDRIDSSSETGKSSRDSRLRDKDMDDSALGTEGMVEVKE
EMLSEDISNATLSRHVDDEDMKVSETHVSVERELLEEAHQETGEKSTVADEEIEEPVAAK
TSDLIGETVSYEFLVKWVDKSNIHNTWISEAELKGLAKRKLENYKAKYGTAVINICEDKW
KQPQRIVALRVSKEGNQEAYVKWTGLAYDECTWESLEEPILKHSSHLIDLFHQYEQKTLE
RNSKGNPTRERGEVVTLTEQPQELRGGALFAHQLEALNWLRRCWHKSKNVILADEMGLGK
TVSASAFLSSLYFEFGVARPCLVLVPLSTMPNWLSEFSLWAPLLNVVEYHGSAKGRAIIR
DYEWHAKNSTGTTKKPTSYKFNVLLTTYEMVLADSSHLRGVPWEVLVVDEGHRLKNSESK
LFSLLNTFSFQHRVLLTGTPLQNNIGEMYNLLNFLQPSSFPSLSSFEERFHDLTSAEKVE
ELKKLVAPHMLRRLKKDAMQNIPPKTERMVPVELTSIQAEYYRAMLTKNYQILRNIGKGV
AQQSMLNIVMQLRKVCNHPYLIPGTEPESGSLEFLHDMRIKASAKLTLLHSMLKVLHKEG
HRVLIFSQMTKLLDILEDYLNIEFGPKTFERVDGSVAVADRQAAIARFNQDKNRFVFLLS
TRACGLGINLATADTVIIYDSDFNPHADIQAMNRAHRIGQSKRLLVYRLVVRASVEERIL
QLAKKKLMLDQLFVNKSGSQKEFEDILRWGTEELFNDSAGENKKDTAESNGNLDVIMDLE
SKSRKKGGGLGDVYQDKCTEGNGKIVWDDIAIMKLLDRSNLQSASTDAADTELDNDMLGS
VKPVEWNEETAEEQVGAESPALVTDDTGEPSSERKDDDVVNFTEENEWDRLLRMRWEKYQ
SEEEAALGRGKRLRKAVSYREAYAPHTSGPVNESGGEDEKEPEPELKKEYTPAGRALKEK
FTKLRERQKNLIARRNSVEESLPSGNVDQVTEVANQDEESPTSMDLDDSKASQQCDAQKR
KASSSDPKPDLLSQHHHGAECLPSLPPNNLPVLGLCAPNFTQSESSRRNYSRPGSRQNRP
ITGPHFPFNLPQTSNLVEREANDQEPPMGKLKPQNIKEEPFQQPLSNMDGWLPHRQFPPS
GDFERPRSSGAAFADFQEKFPLLNLPFDDKLLPRFPFQPRTMGTSHQDIMANLSMRKRFE
GTGHSMQDLFGGTPMPFLPNMKIPPMDPPVFNQQEKDLPPLGLDQFPSALSSIPENHRKV
LENIMLRTGSGIGHVQKKKTRVDAWSEDELDSLWIGIRRHGYGNWETILRDPRLKFSKFK
TPEYLAARWEEEQRKFLDSLSSLPSKSSRTDKSTKSSLFPGLPQGIMNRALHGKYATPPR
FQSHLTDIKLGFGDLASPLPLFEPSDHLGFRSEHFPPMANLCTDNLPGEPSAGPSERAGT
STNIPNEKPFPLNSLGMGNLGSLGLDSLSSLNTLRAEEKRDAIKRGKLPLFLDMPLPQML
DSSNNVFLGRSANPSFLHPNRGLNPSNPMGRDIMGISSSENKLPHWLRNVVTVPTVKSPE
PPTLPPTVSAIAQSVRVLYGEDSTTIPPFVIPEPPPPAPRDPRHSLRKKRKRKLHSSSQK
TTDIGSSSHNAVESSSQGNPQTSATPPLPPPSLAGETSGSSQPKLPPHNLNSTEPLSSEA
IIIPPPEEDSVIAAAPSEAPGPSLEGITGTTKSISLESQSSEPETINQDGDLDPETDEKV
ESERTPLHSDEKQEEQESENALNKQCEPIEAESQNTNAEEEAEAQEEDEESMKMVTGNSL
SDD
NT seq 6672 nt   +upstreamnt  +downstreamnt
atgaaagattcaggcagtgaaatgattaaaagagattgggtcatgaagcagaaacgaaga
aaacttccgtctatactagatatattagaccaaaaagtggatagttctatggcttttgat
tccccggaatacacttcttcctctaaaccaagtaagcagcggcttaagactgattcgact
cctgaaaggaactcctctaagaggaaaggaaatgatgggaattattttgaatgtgtgatc
tgtgaccttggtggtgatttattgtgttgtgatagttgtcctcggacctatcataccgca
tgcctcaatccacctcttaagcggattccaaatggtaagtggatctgcccaaaatgttcc
ccaaacagtgaagcactcaagcctgtcaatcgtttagatgccattgctaagcgagcaaga
acaaaaaccaagaaaagaaattcaaaagccggaccaaagtgcgaaagagcttctcagatt
tattgcagttctataatttctggagaacaatcttcagagaaagggaaatctatatcggcc
gaagagagcaaatccacaggaaaggaagtttattcttccccgatggatggctgttcaact
gctgagcttggtcatgcatctgcggatgaccgacctgattcatcgtctcatggagaagat
gatttggggaaacccgtcatacccactgcagatttaccatctgatgcaggattaacgttg
ctgtcctgtgaagatctctccgaatctaaactatcagatacggagaaaactcatgaagca
cccgtggagaagttggaacatgcttccagtgagatcgtggagaacaagacagttgctgaa
atggagactggaaaaggtaaaaggaaaaaacggaagcgtgaactaaatgatggggaaagt
cttgaaaggtgcaagactgataagaaacgcgcgaagaaaagtttgtccaaagtgggttcc
agttctcagactaccaaatcaccggagtcttcgaaaaaaaagaaaaagaaaaatcgtgtg
actttaaaatccttgtccaaacctcagtccaagacagaaacaccagaaaaagtgaagaag
cttcccaaggaggaacgtcgtgcagtacgtgccactaataaatcttctagttgtttggaa
gatacaaactctcttccggttggaaacctccaggttcatcgtgttttaggatgccgaatc
caaggtctgactaaaacctcgctgtgtagtgctctttcagatgacttgtgttcggataat
ttacaagctactgaccaacgggatagcttagtacaagatacgaatgctgaattagtagtt
gctgaggacagaatagattcttcttctgagacaggtaaaagttcgagggattcacgactg
agggataaagatatggatgattctgctttaggtaccgagggtatggttgaggtgaaagaa
gagatgctttctgaagacatttccaatgccacattgagtagacatgtggatgatgaagat
atgaaagttagtgaaacgcatgtatctgttgagagggagttacttgaagaagcacatcag
gaaacaggggaaaaaagcactgtggctgatgaagaaattgaggagcctgttgctgctaaa
acttcagatcttattggtgagactgtatcatatgagtttcttgttaaatgggtggataaa
tctaatattcataatacttggatttctgaggcggagctgaaaggtctagctaaaagaaaa
ctagagaactacaaagcaaagtacggaacagctgtaataaacatctgtgaagataaatgg
aaacagcctcagcgaatagttgctctccgggtttcaaaagaaggtaaccaagaagcttac
gtaaagtggacaggcttagcttatgatgaatgcacgtgggagagcttggaggagcctatt
cttaaacattcatcccatttaatagatctttttcatcagtatgagcagaaaacattggaa
aggaatagtaagggtaatcccacaagggaaaggggtgaagtcgttaccctcacagaacaa
cctcaagagctcagaggaggtgccttgtttgcccatcagcttgaggctttgaattggctg
cgtagatgctggcataaatcaaaaaatgtaatacttgctgatgagatggggcttggaaaa
actgtgtctgctagtgcattcctctcctccctttattttgaatttggagttgcaagacct
tgtttagtcctggttccactttcaacaatgccaaactggctatcagagttttctctttgg
gctccactccttaatgttgtggagtatcatggaagtgcaaagggacgagccataattcga
gactatgagtggcatgctaagaattctactgggacgaccaagaagccgacatcctacaaa
tttaatgtccttttaactacttatgaaatggttctggctgactcatctcatctacgtggg
gttccatgggaagttcttgtggttgatgaagggcatcgtctaaagaattcagaaagtaag
ctgtttagcttgctcaacacattctcttttcaacaccgtgtgctcttgactggcacccct
cttcagaataacattggtgagatgtataatctgctcaacttcttgcaaccatcttcattc
ccttctttgtcttcttttgaggagaggttccatgatttgacaagtgctgagaaagtagaa
gaactgaagaaacttgttgctcctcatatgcttcgccggcttaaaaaagatgcgatgcag
aatattcctccaaagacagagaggatggtccctgtcgagttgacatcgatccaggcggaa
tattatcgtgcaatgctaactaagaactatcagatactacgaaatatcggaaaaggggta
gcgcaacaatcaatgcttaacatagtgatgcagttgagaaaggtttgcaatcacccatat
ctcataccaggtactgagccagagtctgggtcattggagtttcttcacgatatgagaata
aaagcgtcagccaagttgactctgttgcactctatgcttaaggtgctacataaggaaggc
catagagttctgatattttcacagatgacaaagcttctagacattctggaggactacctg
aacatagaatttgggcctaaaacatttgaaagggtagatggttctgttgctgtagctgat
cgtcaggcagctatagcacgtttcaaccaagacaaaaatcggttcgtttttctgttatca
actcgtgcctgtggtcttggtatcaatctggcaacagctgatactgttattatctatgac
tctgatttcaaccctcacgctgatatccaagccatgaatagagctcatcgaattggacag
tccaaacgacttttggtatacagacttgttgtccgtgccagcgttgaagagcgcattttg
cagctggccaagaagaagttgatgctcgatcagctttttgtaaacaagtcgggatcccag
aaggaatttgaagatattctacgctggggtactgaagaacttttcaacgactccgctggt
gagaacaagaaagatacagctgaaagtaatggaaacttagatgtaatcatggatttagaa
agcaagagtaggaaaaaaggtggtggcctcggagatgtttatcaagacaaatgtacagaa
ggaaatgggaagattgtttgggatgatattgcaattatgaagttgcttgatcggtcaaat
cttcaatctgcctccactgatgccgctgatactgagttggataatgatatgctcggctcc
gtgaagcctgtggaatggaatgaggaaacagctgaagaacaagttggagctgaatcacct
gcactggtgactgatgatactggtgaaccgagttcagagaggaaagatgatgatgtcgtt
aattttactgaagaaaatgaatgggacaggcttctgcgtatgagatgggagaaatatcag
agcgaggaagaagcagcgcttggcagagggaagcgtttgagaaaggctgtttcgtatagg
gaagcatatgccccacataccagtggacctgtaaatgagagtggtggtgaagatgagaaa
gaaccagaaccagaacttaagaaggaatatacaccggcagggcgagccctaaaagaaaag
tttaccaaactgcgagagaggcaaaagaacctgattgcgagaaggaattctgttgaagag
tctcttcctagcggcaatgtggatcaggtaactgaagtagctaatcaggacgaagaaagc
cctacatcaatggacttggacgatagcaaagctagccagcaatgtgatgcacagaaaaga
aaagccagttcttcagatcctaaaccagatcttctaagccaacatcatcatggcgcagaa
tgtctgccatctttacccccaaacaacctgccagtccttggactgtgtgctcctaatttt
actcagtcagaatcctcccggagaaattattctcgtccaggtagtagacagaacagaccc
ataacaggaccccattttcccttcaatctaccccaaacatcgaacttggttgagagggaa
gcaaatgaccaggaacctcctatgggtaaactaaaaccacagaacataaaggaagaacct
tttcagcagcctcttagtaatatggatggttggcttccacatcgtcagtttcctccgtca
ggggattttgagcgtcctcgaagttctggtgctgcttttgctgatttccaggagaagttt
ccgttgcttaaccttccatttgatgataagctgcttcctcgatttccatttcagccgaga
acaatgggaacttcgcatcaagacataatggccaatctttcgatgaggaaaagatttgaa
ggtactggtcattctatgcaagacctatttggcggaacaccaatgccgtttctacccaat
atgaaaatccctcctatggatccacctgtcttcaaccaacaagagaaggacttaccgcct
ttgggtttggatcagtttccatcagctctttcatctatcccagagaaccatcgaaaggtg
ctggagaatataatgctaagaactggctctggaattgggcacgtacagaaaaagaaaaca
agagtagatgcatggtccgaggatgaactagattctctctggattgggattcgcagacat
gggtatggaaactgggagacaattctcagagatccaaggctcaaattttcgaaatttaaa
acaccagagtacttggcagctaggtgggaagaagagcaacgtaaattcttggatagtctt
tcatctctgccatctaaatcaagcaggactgataagtccaccaaatcttccttgtttcct
ggtcttccccaaggaataatgaatcgggccttacatggtaaatatgccactcctccaagg
ttccaatcccatctcacagacataaaactcggattcggcgatctagcatctccccttccg
ttatttgaaccatctgatcacctgggatttcgaagtgagcattttcctcccatggcaaat
ctgtgcactgacaatcttcccggggagccttctgctggaccatctgaacgagcagggaca
tcgacaaatattcccaacgagaagccttttccactcaactctcttggaatgggcaactta
ggttcattgggtttggatagtttaagttccttaaacacactgagagcagaggaaaaacgg
gatgctattaagcgcgggaaactacccttgtttttagatatgccgttacctcagatgctt
gattcaagcaacaacgtattcttgggaagatcagccaatccatctttccttcacccaaat
cgagggttgaatccctccaatcccatggggagagacataatgggaattagctcttcagag
aacaagctacctcattggttacggaatgttgtgactgttcctaccgtgaagtcacctgaa
ccacccactctacctccaactgtgtcagctatagctcaatcagtccgcgttttatatggt
gaagactctacaaccattccaccgtttgtgataccagagccgccacctcctgctcccaga
gatccaagacacagtctgcgtaagaaaaggaaacgtaaattgcattcatcgagtcaaaag
actacagacattggtagtagcagccacaatgctgtagaaagcagctctcaaggcaatcca
caaacatctgcaactcctcctttgcctccaccgtctctggcgggtgaaacttcagggtct
tctcaacccaaattacctcctcacaacctaaatagcacagaaccactgtcctctgaagca
atcataattccaccacctgaagaagattctgtgatagcagcagcgccatctgaagcacca
gggcctagtctagagggaatcactggtacaacaaagtcaatctcgctagagagccaaagc
tctgaaccagaaactattaatcaagatggagacttagatccagaaactgatgagaaagtt
gagtctgaacgaaccccgcttcattcagatgagaaacaagaggagcaagaatctgaaaat
gcattgaacaagcagtgtgagcccatagaggctgaaagtcaaaacaccaatgcagaagaa
gaagcagaggcacaagaagaagatgaagaatccatgaagatggtgactggtaattctctt
agtgacgactga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (44)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (59)   

Download RDF
DBGET integrated database retrieval system