KEGG   Arabidopsis thaliana (thale cress): AT1G77300
Entry
AT1G77300         CDS       T00041                                 
Symbol
EFS
Name
(RefSeq) histone-lysine N-methyltransferase
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: SET AWS zf-CW
Other DBs
NCBI-GeneID: 844066
NCBI-ProteinID: NP_177854
TAIR: AT1G77300
UniProt: Q2LAE1
Structure
Position
1:complement(29039922..29049454)
AA seq 1805 aa
MDCKENGVGDASGCNIDANSLASNLAMNTNEDFYEKLSSRGQNLDSVSSLEIPQTASSVN
HTIEGQRKCFTEIEQMGYGNSNSQEDAGNTDDDLYVCYNADDTQEQGVVSGELEQSQELI
CDTDLLVNCNKLDDGKESQDTNVSLVSIFSGSMQEKEAPQAKEDEGYGGTTLPIGGSGID
TESTFVNDAPEQFESLETTKHIKPDEVESDGISYRFDDGGKEGRNGPSSDLDTGSSDDIS
LSQSFSFPDSLLDSSVFGCSATESYLEDAIDIEGNGTIVVSPSLAITEMLNNDDGGLCSH
DLNKITVTETINPDLKLVREDRLDTDLSVMNEKMLKNHVGDSSSESAVAALSMNNGMAAD
LRAENFSQSSPIDEKTLDMEANSPITDSSLIWNFPLNFGSGGIEVCNPENAVEPLRIVDD
NGRIGGEVASASGSDFCEAGMSSSRRKARDGKQCKVVQTKTSARHLRKSSRKKQSERDIE
SIFKCSKQKRSSLLKTSRSSEWGLPSKTTEIFLQSNNIPYDGPPHHEPQRSQGNLNNGEH
NRSSHNGNVEGSNRNIQASSGSCLRLKVKFGKSGGQNPLNITVSKVSGNSLPGNGIVKAG
TCLELPGSAHFGEDKMQTVETKEDLVEKSNPVEKVSYLQSSDSMRDKKYNQDAGGLCRKV
GGDVLDDDPHLSSIRMVEECERATGTQSLDAETSPDSEVINSVPDSIVNIEHKEGLHHGF
FSTPEDVVKKNRVLEKEDELRASKSPSENGSHLIPNAKKAKHPKSKSNGTKKGKSKFSES
AKDGRKNESHEGVEQRKSLNTSMGRDDSDYPEVGRIESHKTTGALLDADIGKTSATYGTI
SSDVTHGEMVVDVTIEDSYSTESAWVRCDDCFKWRRIPASVVGSIDESSRWICMNNSDKR
FADCSKSQEMSNEEINEELGIGQDEADAYDCDAAKRGKEKEQKSKRLTGKQKACFKAIKT
NQFLHRNRKSQTIDEIMVCHCKPSPDGRLGCGEECLNRMLNIECLQGTCPAGDLCSNQQF
QKRKYVKFERFQSGKKGYGLRLLEDVREGQFLIEYVGEVLDMQSYETRQKEYAFKGQKHF
YFMTLNGNEVIDAGAKGNLGRFINHSCEPNCRTEKWMVNGEICVGIFSMQDLKKGQELTF
DYNYVRVFGAAAKKCYCGSSHCRGYIGGDPLNGDVIIQSDSDEEYPELVILDDDESGEGI
LGATSRTFTDDADEQMPQSFEKVNGYKDLAPDNTQTQSSVSVKLPEREIPPPLLQPTEVL
KELSSGISITAVQQEVPAEKKTKSTSPTSSSLSRMSPGGTNSDKTTKHGSGEDKKILPRP
RPRMKTSRSSESSKRDKGGIYPGVNKAQVIPVNKLQQQPIKSKGSEKVSPSIETFEGKLN
ELLDAVGGISKRRDSAKGYLKLLLLTAASRGTDEEGIYSNRDLSMILDALLKTKSKSVLV
DIINKNGLQMLHNIMKQYRGDFKRIPIIRKLLKVLEYLATRKILALEHIIRRPPFAGMES
FKDSVLSFTEHDDYTVHNIARSFRDRWIPKHFRKPWRINREERSESMRSPINRRFRASQE
PRYDHQSPRPAEPAASVTSSKAATPETASVSEGYSEPNSGLPETNGRKRKSRWDQPSKTK
EQRIMTILSQQTDETNGNQDVQDDLPPGFSSPCTDVPDAITAQPQQKFLSRLPVSYGIPL
SIVHQFGSPGKEDPTTWSVAPGMPFYPFPPLPPVSHGEFFAKRNVRACSSSMGNLTYSNE
ILPATPVTDSTAPTRKRELFSSDIGTTYFRQQKQSVPPWLRNNGGEKTANSPIPGNLTLE
KKLNS
NT seq 5418 nt   +upstreamnt  +downstreamnt
atggactgtaaggaaaacggtgttggtgacgcttctgggtgcaatattgatgctaactct
ctggcctcaaatcttgcgatgaataccaatgaagatttctatgagaaattgagttctcgt
gggcaaaatttagattcagtcagtagtttggagattcctcagactgcttcatctgtaaac
catacgattgaaggccaaaggaagtgctttacagagattgagcagatgggatacgggaac
agtaatagtcaagaagatgctggaaacactgatgatgatctatatgtttgttacaatgct
gatgacactcaggagcagggagtggtttcaggtgagcttgaacaaagtcaagaattaatt
tgtgatactgatttactggtaaattgcaacaagctggatgatggaaaggaaagtcaggac
acaaatgtgtcccttgtatccattttttctgggagtatgcaagagaaagaagctcctcag
gctaaagaagatgaaggttatggtggcacaacattgcctatagggggcagtggaatagat
acggaatcaacttttgtgaatgatgcaccagaacaattcgagtctttggaaaccacaaag
cacataaaacctgatgaagttgaaagtgatggtattagttataggtttgatgatggaggt
aaggaaggaagaaatggaccatcgagtgatctagatactggttcttctgatgatatatct
ctcagtcagagtttttcgtttccagattcgttattggactctagtgtatttggctgtagc
gccacagaaagttatctggaggatgcaattgatattgaaggcaatgggactattgttgta
tccccttcattagctatcacagaaatgttaaataatgatgatggtggcctatgttcacat
gatcttaacaagatcacagtcacagagacgatcaatccagatttgaagttggtacgtgag
gataggcttgacactgatctttccgtgatgaatgaaaagatgctaaaaaaccatgttggg
gattcatcaagtgaaagtgccgtggccgctttgagtatgaataatggtatggctgctgat
ctgagagctgaaaatttcagtcagagttcacccatagacgaaaaaactttagatatggaa
gccaattcccctattactgactcttctttgatatggaattttccattgaactttggaagt
ggaggaatcgaagtctgtaatcctgaaaatgcagttgagccactcagaatagtagatgac
aatggcagaataggtggtgaagttgcttctgcatcagggagtgatttttgtgaagctggc
atgtcttcttcccgaaggaaggcccgagacgggaaacaatgtaaagtggtgcagacaaaa
acgagtgctcgccatctgagaaaatcctctagaaagaaacaatcagaaagagacattgag
tcaattttcaagtgctcaaagcagaagaggagctctcttttaaaaacaagtcgttcatct
gagtggggattaccaagcaagaccactgaaatcttcttacagagcaataatattccctat
gatggacctccgcatcatgaaccacagagatctcagggaaatcttaataatggagagcat
aatagaagttctcataacgggaatgtagaaggatctaacagaaacatccaagcatcaagt
ggctcttgccttcgtttgaaagttaaatttggtaaatcaggtggccaaaatcctctgaac
attacagtctctaaggtcagtggtaactccttacctggtaatggtattgtaaaagcagga
acatgtttagaattgccaggatcagcacattttggtgaggataaaatgcaaactgtggaa
actaaagaggacttggtagagaaaagcaaccctgtggagaaagtttcatatcttcagtca
tctgattctatgagggataagaaatataaccaagacgctgggggtttatgtaggaaggtg
ggtggtgatgttttagatgatgacccacacctttcctctattagaatggttgaggagtgc
gagagggccactggaacgcagtccctggacgctgaaacttcaccagattctgaagttatc
aactctgtgcctgattccattgtcaatattgaacataaagagggtctgcatcatggtttt
tttagcactccagaagatgtggtcaagaagaacagagtattagaaaaagaagatgaattg
cgtgcttcaaaatctccttcagaaaatggttcacatctaattcccaatgcaaaaaaagct
aaacatccgaagtctaaaagtaatggaacaaagaaaggtaaatccaagttttccgaatct
gccaaagacgggagaaaaaatgaatcacatgaaggggtagagcaacgcaaatccctgaat
accagtatgggaagggatgatagtgattatcctgaagtagggagaatagagtctcacaaa
acaacaggtgcccttctagatgctgatattgggaaaaccagtgccacttatggtaccata
tcatcagatgtgacccatggggaaatggttgtggatgttactattgaagatagctattcc
acagagagtgcctgggttcgatgtgatgattgctttaaatggcgacgaatacctgcttct
gttgtaggatcaattgacgagagctctagatggatctgtatgaacaactcagataaaaga
tttgcggattgctcaaaatctcaagagatgtcaaatgaagaaattaatgaagagttgggc
ataggacaggatgaagcagatgcatatgattgtgatgcggctaaaagagggaaagaaaag
gaacagaagagcaagcgtttgacaggtaagcaaaaggcgtgcttcaaggctataaaaaca
aaccagttccttcatcgcaatcgtaaatctcaaacaattgacgagataatggtttgtcac
tgcaaaccatcacctgatggtaggttgggttgtggagaagaatgcctcaatagaatgctt
aacattgaatgtcttcaaggtacctgtccagctggcgatttgtgttcaaatcagcagttt
caaaaacggaagtatgttaagtttgagagattccaatccggtaagaagggttatggcctg
agattgctcgaggatgtacgagaggggcaattcctaattgaatatgttggagaggtgctt
gatatgcaatcctatgagactcgccaaaaagaatatgctttcaagggtcagaaacatttc
tatttcatgacactaaatgggaatgaggtaatagatgctggtgcaaagggaaacctaggg
cgtttcattaaccatagctgtgaaccaaactgccgtactgaaaagtggatggtgaatggt
gaaatttgcgttggaatattctccatgcaagaccttaagaagggtcaagagttgacattt
gactacaactatgtgagggtttttggtgctgccgccaaaaagtgctattgtggatcatca
cattgcagagggtatattgggggagatcctctgaatggtgatgtaattattcaaagtgat
tcagatgaagagtatcctgaacttgtgatccttgatgatgatgaaagtggagaaggaatc
ttaggtgcaacatctaggaccttcactgatgacgctgacgagcaaatgccacagagcttt
gaaaaggttaatggttacaaggaccttgctcctgataatacccaaacacagagctcagta
tctgtaaaacttccagagagagaaattcctccacctcttcttcagccaactgaagttttg
aaggaactttcgtcaggcatatctattactgctgtccagcaagaggttcccgctgaaaag
aagactaaaagcacatctcccacgtccagttctcttagcagaatgtccccgggtggtaca
aattctgataagacgacaaagcatggatcaggagaagataaaaagatacttccacgtcct
cgtcctcgtatgaaaacttctcgctcatctgagtctagtaagcgagacaaaggaggtatt
tatcctggtgttaacaaagcacaggttataccagttaataagttgcaacagcagcccatc
aaatctaaaggatcagagaaagtttctcccagtatcgaaacatttgaagggaaactgaac
gagttactagatgccgtaggagggataagcaagcggagggattcagcaaaaggctacttg
aaacttctgctgctcactgccgcttcgcgaggcacggatgaagaaggaatttatagcaat
cgagatctttcaatgattcttgatgcccttttgaagacaaagtcaaaatctgttttagtg
gacataatcaacaagaatggtctgcaaatgttacataatatcatgaaacaataccggggt
gattttaaaaggatccctataatccggaaacttctgaaggtattagagtatcttgccaca
aggaaaatccttgcactggagcatataatcagaaggcctccttttgcagggatggaaagc
tttaaggactctgttctatcattcaccgagcatgacgactatacggttcataatattgcg
cggagcttccgagacagatggatacctaagcattttagaaaaccttggcgcatcaacagg
gaggagagatcggagtctatgaggtcacctataaacagaaggttcagagcatcacaagaa
cctcgatatgatcatcagtccccaagacctgcagaaccagctgcgtctgtcacatcatca
aaggctgcaactcctgaaacagcatctgtatctgagggatattcagaacctaattccggt
cttcctgagacaaatggacgcaagcgcaaaagcagatgggaccagccgtctaagacaaaa
gaacaaagaatcatgactatcttgtcccaacaaacagatgaaactaatggaaatcaggat
gtccaagatgaccttccacccgggttttcatcaccctgcacagatgtgcctgatgcaatt
actgcacagccgcaacaaaagttcctttctcgcttaccagtttcctatgggattccactt
agcattgttcatcaatttggttcacctggcaaagaggacccgaccacctggtctgttgct
cctggcatgccgttctatccatttccacctctaccgccagtgtctcatggtgagtttttt
gctaagagaaacgtaagagcctgttcctcgtccatgggaaacctgacttactccaatgag
atcttaccagctacacctgtgactgactcgaccgctccaacccgtaagagagagttgttt
tcatctgatatagggacaacttactttcggcaacagaaacagagtgttcctccatggttg
cggaacaatgggggggagaaaacagcaaacagccctatacctggaaatctaactttagag
aagaagctcaacagttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
3D Structure (3)   
   PDB (3)   
Protein domain (3)   
   Pfam (3)   
All databases (55)   

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