KEGG   Arabidopsis thaliana (thale cress): AT2G31650
Entry
AT2G31650         CDS       T00041                                 
Symbol
ATX1
Name
(RefSeq) homologue of trithorax
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: zf-HC5HC2H_2 SET zf-HC5HC2H PWWP FYRN FYRC PHD_2 LBR_tudor PTM_DIR17_Tudor PHD PHD_5 Agenet
Other DBs
NCBI-GeneID: 817721
NCBI-ProteinID: NP_850170
TAIR: AT2G31650
UniProt: Q9C5X4
Position
2:complement(13455272..13462431)
AA seq 1062 aa
MACFSNETQIEIDVHDLVEAPIRYDSIESIYSIPSSALCCVNAVGSHSLMSKKVKAQKLP
MIEQFEIEGSGVSASDDCCRSDDYKLRIQRPEIVRVYYRRRKRPLRECLLDQAVAVKTES
VELDEIDCFEEKKRRKIGNCELVKSGMESIGLRRCKENNAFSGNKQNGSSRRKGSSSKNQ
DKATLASRSAKKWVRLSYDGVDPTSFIGLQCKVFWPLDALWYEGSIVGYSAERKRYTVKY
RDGCDEDIVFDREMIKFLVSREEMELLHLKFCTSNVTVDGRDYDEMVVLAATLDECQDFE
PGDIVWAKLAGHAMWPAVIVDESIIGERKGLNNKVSGGGSLLVQFFGTHDFARIKVKQAI
SFIKGLLSPSHLKCKQPRFEEGMQEAKMYLKAHRLPERMSQLQKGADSVDSDMANSTEEG
NSGGDLLNDGEVWLRPTEHVDFRHIIGDLLIINLGKVVTDSQFFKDENHIWPEGYTAMRK
FTSLTDHSASALYKMEVLRDAETKTHPLFIVTADSGEQFKGPTPSACWNKIYNRIKKVQN
SDSPNILGEELNGSGTDMFGLSNPEVIKLVQDLSKSRPSSHVSMCKNSLGRHQNQPTGYR
PVRVDWKDLDKCNVCHMDEEYENNLFLQCDKCRMMVHAKCYGELEPCDGALWLCNLCRPG
APDMPPRCCLCPVVGGAMKPTTDGRWAHLACAIWIPETCLSDVKKMEPIDGVNKVSKDRW
KLMCTICGVSYGACIQCSNNSCRVAYHPLCARAAGLCVELENDMSVEGEEADQCIRMLSF
CKRHRQTSTACLGSEDRIKSATHKTSEYLPPPNPSGCARTEPYNCFGRRGRKEPEALAAA
SSKRLFVENQPYVIGGYSRLEFSTYKSIHGSKVSQMNTPSNILSMAEKYRYMRETYRKRL
AFGKSGIHGFGIFAKLPHRAGDMMIEYTGELVRPSIADKREQLIYNSMVGAGTYMFRIDD
ERVIDATRTGSIAHLINHSCVPNCYSRVITVNGDEHIIIFAKRHIPKWEELTYDYRFFSI
GERLSCSCGFPGCRGVVNDTEAEEQHAKICVPRCDLIDWTAE
NT seq 3189 nt   +upstreamnt  +downstreamnt
atggcgtgtttttctaacgaaacccagatcgaaattgatgtccacgatctagtggaagct
ccgattcgctacgattctattgagagtatctactctattccttcatcggcattgtgctgt
gttaatgccgttggttctcacagtctgatgtctaagaaggttaaggcccagaagcttccg
atgattgagcaattcgagattgaaggtagcggtgttagtgctagtgacgattgttgtcgt
tcggatgattataagttgcggattcagcgtcctgagattgttcgcgtctactatcgtcgc
cgtaagaggccgctacgggagtgtttactagatcaggcggtggctgtgaagactgaaagt
gtggagcttgatgaaattgattgttttgaggagaagaagagaaggaagattggtaattgt
gagttggtgaaatcgggtatggagtcgattggtttaagaaggtgtaaggaaaacaatgcg
tttagtgggaataagcaaaatgggtcatcccgaaggaaggggtcttctagcaagaatcag
gacaaggcgactctggcttctcgttcagctaagaaatgggtcaggttgagttatgatggt
gtggatcctacaagtttcatagggctgcaatgcaaggttttttggccgctggacgctctt
tggtatgaaggttccattgttggatatagtgcagagagaaagcgttacactgtcaaatat
agggatggatgtgatgaggatatagtttttgatcgtgaaatgatcaaatttttggtttct
cgtgaagagatggagctattacatctgaagttttgtactagtaatgtgactgtcgatggc
cgtgattacgatgagatggttgtattggcagctactttggacgaatgccaagattttgag
cctggagacattgtatgggcgaaactagctggtcatgctatgtggccagcagttattgta
gacgaatccattatcggagagcggaaaggtctaaacaacaaggtatctggaggaggatca
ctcttggtccaattttttggaactcatgattttgctagaataaaagtaaagcaagcaatc
tcatttatcaaagggcttctttcgccatctcacctgaagtgcaaacaacctcggtttgaa
gagggcatgcaggaagcaaaaatgtatctgaaggcacacaggcttccagaaagaatgagt
caacttcaaaagggagctgattctgttgattccgatatggctaatagtacagaagaggga
aactcgggtggtgatcttcttaatgatggagaagtgtggttgagaccaacagaacatgta
gacttccggcatataataggggatctgctaataataaatcttggaaaggttgtgacagac
tctcagtttttcaaggatgagaatcatatttggcctgaagggtatacggcgatgagaaag
ttcacatcactcacagatcatagtgcatctgccttgtacaagatggaagtgctcagagat
gccgagacaaagactcatccgctgtttatagtgactgcagatagtggagagcagttcaaa
gggcctactccatcggcctgctggaacaaaatatataataggataaaaaaggtccagaat
tctgacagtcctaatattttgggtgaagaactaaatggatctggtacagacatgtttggt
ctctccaacccagaagtcattaaacttgtacaggatttatcaaaatccagaccatcgtcc
catgtttccatgtgcaaaaatagtttgggaaggcatcaaaatcagcctactggttaccga
cctgtccgtgttgactggaaagatctcgataagtgcaatgtctgccacatggatgaggag
tatgagaacaatttgttcctgcaatgtgataaatgtagaatgatggtccatgctaaatgc
tatggagagctagaaccctgtgatggtgctttgtggttatgcaacttatgtcgtcctggt
gctcctgatatgcctccacggtgttgtctttgtcctgtagtagggggtgctatgaagccg
acaactgatggtcgctgggctcatctggcttgtgctatatggatcccagaaacatgttta
tctgatgtcaagaagatggaacctattgatggggtgaataaagtcagcaaggatcgttgg
aaattaatgtgcaccatctgcggggtatcttatggagcttgtatccaatgttcaaacaat
tcttgtcgcgtggcatatcatccactctgcgcgcgagctgctggtctctgtgttgagctt
gagaatgacatgtcagtggagggtgaagaagcagatcagtgtatccgcatgctttcattc
tgcaagcgacatcgacaaacatcaactgcctgcctaggatcagaagacaggatcaaatcc
gctactcataaaacttctgagtatctcccaccacctaatccatctggctgtgctcggaca
gagccttataattgttttggcagaagagggcgaaaggaacctgaagctcttgctgctgct
tcttcaaagcggttatttgttgagaatcagccatatgttattggtggttactctagactt
gagttttcaacgtacaaaagcattcacggatccaaggtgtcacagatgaatactccaagc
aacattctttctatggctgagaaatatagatacatgagggaaacatacaggaagagatta
gcatttgggaaatcaggaattcatggttttggcatttttgcaaagcttcctcacagggcg
ggagatatgatgattgaatataccggagaacttgttagaccgtcaatagctgacaaaaga
gaacaactcatctacaattcaatggtgggtgcagggacttacatgtttagaatcgatgat
gagcgagtcatagatgctacaaggacaggaagcattgctcacctgattaatcattcatgt
gtgcccaattgctattctcgagtcatcactgttaatggagatgagcacattatcatattc
gcaaagaggcatatccctaaatgggaagagctgacctatgactataggttcttttcaatc
ggggagcgcctttcatgttcgtgtggcttcccagggtgtcgaggtgttgttaatgataca
gaagctgaagaacaacatgcaaaaatatgtgttcctcgttgtgatctaatagactggacc
gcagaataa

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Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (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 (12)   
   Pfam (12)   
All databases (47)   

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