KEGG   Caenorhabditis elegans (nematode): CELE_C43E11.3
Entry
CELE_C43E11.3     CDS       T00019                                 
Symbol
met-1
Name
(RefSeq) Histone-lysine N-methyltransferase
Organism
cel  Caenorhabditis elegans (nematode)
SSDB
Motif
Pfam: SET WW AWS
Other DBs
NCBI-GeneID: 172026
NCBI-ProteinID: NP_491340
WormBase: WBGene00016603
Ensembl: WBGene00016603
UniProt: A4LBC2
Position
I:4254197..4264699
AA seq 1604 aa
MFQRKVVLPKKRTEMVQTRRKTAAAVQDGGAVKENKAKPPAPQTPTKRAKRGRPPKIKTD
ANTLNTPSTSSNLVDDKLLIESESQDSILTNEADSFLEKEVEEIEDSSDILPDKINSPEK
PSVLVKRRSSTRLKVKTDEDEKDVPVNIEVAVLEEKSIQIEPTSPAHPEDPQPSTSSLPL
VEPIEDIVEPNEPTSSADPPVSNIKDEDIKEEEPLIKKPASDESESMDIANSESGNDSDS
SEADPRTIPSFSIPLPDTPPPNFAKRGEIHVDVDQKNSKQSGESQSPWERAREKSASNPL
SSPTMSRPRIHFLHPAYQSFTNDSVSPLPPPPPEPAPAREKVENGGPTTFKMTFKKAANI
PILKTSAFEQPSSPPPSSSVSSSISLSEVNSSTSIASESSPAKRSSNFDLTASNELPPPQ
MVELPKLSFFNMPPAVRSAEDDSAMTSEEPILLLRSPNSATPDDDALFLTTPPPPKMTES
EIQALKVATEKVNQVIARREDSEKDVRHREDRDDYDRRRDDRDRRSRKTDSERNDQRGRQ
REDDERRAREREREVTKRHDREREEMRLQKQKDEERRKKDEEERIQKENDEKKQKEDEAK
MEEEKKKIKEEEMKIPEFELISESKYLTRNANKKKTESLTCECHRTGGNCSDNTCVNRAM
LTECPSSCQVKCKNQRFAKKKYAAVEAFHTGTAKGCGLRAVKDIKKGRFIIEYIGEVVER
DDYEKRKTKYAADKKHKHHYLCDTGVYTIDATVYGNPSRFVNHSCDPNAICEKWSVPRTP
GDVNRVGFFSKRFIKAGEEITFDYQFVNYGRDAQQCFCGSASCSGWIGQKPEEFSSDEDD
DIVTTRHINMDEEEEEKLEGLDHLGNHERNEVIKDMLDDLVIRNKKHARKVITIASAMTD
YSQRVDVIQEIFSSDTSVTVQKFYAKEGMATLMAEWLSEDDYSLDNLKLVQAILKALHTE
LFDSCAKNDRLLRDSTSRWVNAKMDEYVDIQVIADSLIACVEDPVQEYKDVCKVIEKGLV
ENFTRAKEMAYRLNQYWFNRSVSFKIPKKIRDPVPKDVPVRQEDATTSSQSHDNSSRTVS
PNHRHHSSSYSNSCYQEREPSHIRFFNNGNDVHQYRFGGYHGNNYNDNYFSRRPNKDSYR
DRRRFNGRRSRSRSRSVSPQNYKRRKLDEHDNNHRQRSPIRDRHTSPGGEKTPSSNNSGE
RNYKRLDIRGARIKTIKEDLEAAAAAAAAAAVPSEVQAYPHEHTAVHQSVYQMPGYESYG
VYDPVNGVYMYPHPGAGYYPPAYPQQPIMLTMDTLPPNDRLGELYEKASIEQLAQRDAIV
RQELELIRIQIERKTAQKEAIKAACRRANEEEAKRQEALAKTKYVWAIAKSEAGETYYYN
KITKETQWTAPTPVQGLLEPACGASPDTTVVIADEITEEEQQAEVLEKPRVVKEEVIEPG
SQSETQKESPEKVRVVVPKVEVERSPSPKSSRDREKDREKSREKDRERDRDRREGSKHRD
SYHGHRNGSSSVSERRMREFKHELERSTRSAVRSRLQHQRDASSDKTTWLIKLIYREIFK
RESAQSGFDYRFSENTDKKVKNYVKSYIDRKLESNDLWKEYSRP
NT seq 4815 nt   +upstreamnt  +downstreamnt
atgtttcaacgcaaagtggtattgcctaaaaagcgaacagaaatggtccaaacgagacga
aagacagctgcagctgtacaggacggtggtgccgttaaggagaacaaagccaagccacct
gcccctcaaacgcctacaaaacgagcaaaacgaggtcgtcccccgaaaattaagactgat
gccaatactttgaatacgccaagcacttcttccaacttggtcgatgacaaacttctcatt
gagtctgaatcacaggactcgattctcacaaacgaagccgactcttttctggaaaaagaa
gtggaagaaatcgaagatagttcagatatacttcccgataaaattaattctccagaaaaa
ccaagtgttttggtgaagcggagatcgagtacgcggttaaaagtgaagactgatgaagat
gaaaaagatgttcctgtgaacatagaagtagccgttttagaagaaaaatcaattcaaatc
gagccaacatctcccgctcacccggaagatcctcagccttcgacttcttctcttccactg
gtagaaccaattgaagacattgtggagccaaatgagccaacaagctctgccgatcctcca
gtatcaaatattaaggatgaggatattaaagaagaagagccactgattaaaaagccagct
tccgatgagtcagaatctatggatatagctaactctgaaagtggaaatgattccgattca
agtgaagctgatcctaggacgataccatctttctctatacctcttcccgacacaccacct
ccaaattttgcgaaaagaggagaaatacatgtagatgtagatcagaaaaattccaagcaa
tcaggagaatcacaatcgccttgggagcgagcaagagaaaagtctgcatcgaacccattg
tcctctccaacaatgagccgacccaggatacacttccttcatccagcatatcaaagtttc
acaaatgattcagtttcacctctaccaccaccgccaccagagccggctccagctcgtgaa
aaagtggaaaatggtggtccaactactttcaaaatgactttcaaaaaagctgcaaatatt
cctatcttgaagacatcggcatttgaacaaccatcatcacctccaccttcctcatcagtt
tcttcatcaatttcattatctgaagtgaattcttctacatcgatagcctccgagtcttct
ccagcgaaaagaagctcaaatttcgatttaactgcctcaaatgagcttccaccacctcag
atggttgaacttcccaagctctcatttttcaatatgcctccagccgttcgctccgcagag
gacgattctgcgatgacgtcggaagaaccgatccttctcctccgttctccgaattccgcc
actcctgatgatgatgcacttttcctcacgaccccaccaccacccaagatgaccgaatca
gaaattcaagcactgaaagtagcgacggaaaaagtgaatcaagtaattgctcgacgtgaa
gattctgaaaaagatgtacgtcacagagaagatcgagatgattatgatagacgacgtgac
gaccgtgacagaagatccagaaagactgattcggaacgaaatgatcaaagaggacgacaa
cgtgaagatgatgaacgaagagctcgagaacgagaaagagaagttacgaaacgacatgat
cgggaaagggaagagatgcgattacagaaacaaaaagatgaggaaagaagaaagaaagat
gaagaggaaaggatacaaaaagagaatgatgagaaaaaacaaaaagaggatgaagccaaa
atggaggaggagaaaaagaagattaaagaggaggaaatgaagattcctgaatttgagttg
attagcgaatcaaaatatttgacgaggaatgcgaataaaaagaagactgaatccttaact
tgcgaatgccatcgaactggtggaaactgttcggacaatacttgtgtgaatcgtgcaatg
ctcaccgagtgcccatcatcatgtcaggtcaaatgcaagaatcaacgatttgcaaagaaa
aagtacgcggctgttgaagcattccacactggaaccgccaaaggatgtggacttcgagca
gtgaaagacataaaaaaaggaagattcatcattgaatatataggagaagttgtggaaaga
gatgattatgagaagagaaaaacgaaatatgcagctgataaaaagcacaaacatcattat
ctctgtgatactggagtctacacgatcgacgcaacagtctacggaaatccatctcgattt
gtgaatcatagttgtgatcctaatgctatatgtgagaaatggtctgtaccaagaactcct
ggagacgttaatcgagttggtttcttctcgaaacgattcattaaagccggcgaagaaatc
acatttgattatcaatttgtcaactacggacgtgacgctcaacaatgtttctgtggaagt
gcttcatgtagtggatggattgggcagaaaccggaagaattttcatctgatgaggatgat
gatattgtgactacaaggcatattaatatggatgaagaagaagaagaaaagttggaaggt
cttgatcatcttggaaatcatgaacggaatgaagtgatcaaggatatgttggatgatttg
gtcattcggaataagaagcatgctaggaaggttatcacaattgcgtctgcaatgaccgat
tactctcaacgtgtggatgtcattcaagaaatcttctcctcagacacctccgtaaccgtt
caaaaattctatgcaaaagagggaatggctacattgatggctgaatggttgtctgaagat
gattattcgctggataatctgaaacttgttcaagctattctcaaagctcttcacactgaa
ctattcgattcgtgcgccaaaaatgatcgactcttacgagattctacatcacgatgggtc
aatgcgaaaatggatgaatatgttgatatacaagtgatagctgattcacttattgcttgt
gttgaagatcccgtacaggagtacaaggatgtttgcaaagttatagagaaaggtctcgtc
gaaaacttcacaagagccaaagagatggcctatcggttaaatcaatactggttcaatcga
tcagtgagcttcaaaattccaaaaaagatacgtgatcctgtgccaaaagatgttccagtc
agacaagaagatgctacaacatcatcacaatctcatgataatagtagtagaactgtatca
ccgaatcatcgacatcattcatcttcatattcaaattcatgttatcaagaacgagaacca
tctcatatacgattctttaataatggaaatgatgttcatcaatatcgttttggaggttat
catggaaataactacaatgataactatttcagtagaaggcccaataaggattcatatcga
gatcgccgtcgatttaatggacgtcgttcgagaagtcgatcaagaagtgtctcaccacag
aactataaaagaagaaaactcgatgaacatgacaataatcatcgtcagcgttctccaatt
cgtgatcgtcacacatctcccggcggcgaaaagactcctagctcgaataattctggagaa
cgaaactataaaagactggatattcgaggagctcgtataaaaactataaaagaagatttg
gaagctgctgctgctgctgctgctgctgctgctgtaccatcagaagtgcaagcttatcct
catgaacatacagctgtacatcagagtgtttatcagatgccaggttatgagtcttatgga
gtatatgatcctgtaaatggtgtctacatgtatcctcatcctggcgctggttactatcca
cctgcctatccacaacaaccgattatgttaacaatggacactcttccaccgaatgatcgt
cttggtgaactttacgagaaagccagtatcgagcagctagctcaacgagatgcaattgtg
agacaagaacttgagctgatacgtattcaaatcgaaagaaaaactgctcaaaaagaagcg
atcaaggccgcttgccgtcgtgctaacgaagaagaagctaaacgacaagaggcacttgca
aagacgaaatatgtttgggcgattgcaaagtcagaagctggagagacgtattactacaac
aaaataacaaaagagacgcagtggacagcaccaacaccagttcaaggtcttctcgaaccg
gcttgtggtgcatctcctgatactacagttgtcattgctgacgagattactgaagaagag
caacaagctgaagttctggagaagccgcgtgttgttaaggaagaagttatcgagccaggt
tcacaatctgaaactcaaaaagaatctccggagaaagttcgagttgttgtaccgaaagtt
gaagttgaaagatcaccgtcgccaaaatcttctcgtgatcgtgagaaggatcgagagaaa
tctcgtgagaaagatcgtgaaagagatcgtgacagaagagaaggttcaaaacatcgtgat
agttatcatggacatcgaaacggcagcagttctgtcagtgaacgacgtatgcgagagttc
aaacatgagctggaacgatccactcgatctgccgttcgttctcgtctacaacatcaacgt
gacgcttctagtgataagactacttggcttattaagttaatatatcgagagattttcaaa
cgagaaagtgcgcagagtggatttgattatcgattcagtgagaatactgataagaaggtg
aaaaactacgtcaagtcatatatcgaccgaaaactcgaatcaaacgatctctggaaagaa
tactctcggccatga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (92)   
   RefGene (87)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   WORMBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (101)   

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