KEGG   Solenopsis invicta (red fire ant): 105201335
Entry
105201335         CDS       T03916                                 
Name
(RefSeq) histone-lysine N-methyltransferase eggless isoform X1
  KO
K11421  [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase [EC:2.1.1.366]
Organism
soc  Solenopsis invicta (red fire ant)
Pathway
soc00310  Lysine degradation
soc01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:soc00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    105201335
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:soc03036]
    105201335
Enzymes [BR:soc01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.366  [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase
     105201335
Chromosome and associated proteins [BR:soc03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     105201335
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    105201335
SSDB
Motif
Pfam: Tudor_4 Tudor_5 dsrm SET Pre-SET MBD DND1_DSRM 53-BP1_Tudor
Other DBs
NCBI-GeneID: 105201335
NCBI-ProteinID: XP_011167603
Position
2:complement(10660888..10671104)
AA seq 1457 aa
MNSRGAFRVNVRAGAAGAAGAHPDISFYPCLTFDKHKNKMIYLGAPGRRTFIIKRSPAMA
NNKSVINLLQEVLIKEGCAPSYNFEEKSTNTIDRQFLCNVSCKELNASGIGISKKEAKQN
AAKNMLLLLISKNKTSLLGDTLSLSSVANTGQSFAKVYETSSSYKQSNTVCNYVGKLQEF
CQQQKINPKDILYELISEEGPRHLRTFTIRVNVGSLHESGTATCKKLAKQEAAKKLLTCL
KSNTANINTTNLDNSNVAIINAVNLDKVKSNVANTNILDTNQEVISTKSNIDKKTLANRI
QDSDTKVKCVTEKTSLVAELSKKESFNQKIKEPTQAPSMEVIELMSDEDEKNDGKIKSKV
CNSNCVNFKCSSGINMKLAPSFACSFYGVSLEKKKKRMICEECFNTALKHQKQLVKAFVE
QKPLLDCNFPDHTMEVEISDSDESDDEKKREPDNNEYIPEDVLSDIQDKLDDTLSYIYKK
YNVEQHAKVACESLKKRWQNICAANDSLNTEIRGVMRTMDKLRNNLYEDFRPQIKMIEEL
QISDAITENAHSFVATKKVTQVRVPPSSLQDNQLEVLAIEPSSNKQTKVLNLPPTGPLVK
RPPEIDDIVYIMKNAVVPWIKAKVQNIFSTNPWAIRVKFLQKKYNSAMKTVSGKHLAITE
ISKVMIPVGTRVVAIFRDTCSNNYYSGIIAETPKSINKYRYLVFFDDGYAQYVVHNDIFL
VWETSSRVWEDIPNESREFVKKYLESYPERPMVKLQPGQMVKTEWNGKWWLARVVQVDAS
LVQMHFDADRRTEWIYRGSTRLGPLFIEVLKANTRQLQQSGSAHTRHRIPATFNKTNLPY
VEYTSNVEEDVQTQNVQAEKTTVATSVASSTPSAPQQPRAVAKKSTAKRPNNVDTSTYNS
IVETKPSHSIVFYHTQRKYEPKKYVPHKCGPKCIRGIKVSPDDLKRLSPLSIPLLCGWHR
QLCKFSKSKKVILYQTPCGIRLRNMEELHRYLRTTNSTLSVDLFDFDYWVRAFADFIVEK
CFINIKDLSYGVENVPIPCVNDLDHTQPDTIRYTTRREPTEGVNLNLDPAFLCSCDCEDD
CQDKTKCQCWQLTIQGATLGGKVANTAVGYIYKRLPEPVTTGIYECNSGCKCSVKTCLNR
VVQHPLRLKLQVFKTGPRGWGIRCLNDIPHGAFICIYAGRLLTEQGANEGGKNYGDEYLA
ELDYVEVVEGFKEGYESDVLESEMPMSPAENDNKKKATGMSDEEEDNTKESANDSDEDFN
IDNYVALNKDIELETTAESSSIRKRLRKRKRNEMDNQPEMSEENSEDGSTKGLENIKSFT
SEIQDTINISDDDDSRNDVRREPSRFEPSVEPKQIERSTFKSVRDYFGADEAVYIMDAKT
TGNIGRYLNHSCDPNVFVQNVFVDTHDVRFPWVAFFALQYIKAGQELTWNYSYDVGSIPG
KVIICKCGAANCRGRLL
NT seq 4374 nt   +upstreamnt  +downstreamnt
atgaacagcaggggtgcgttcagagtgaacgtccgggccggtgcggccggtgcggccggg
gcacatccagatatatcattttatccttgtttgacatttgataaacacaagaataaaatg
atatatctgggtgcacccggacgccggacgttcattataaaacgcagtccagcgatggct
aataataaatcagtaattaacttgctgcaagaggtgttgattaaggaaggatgtgctcct
tcttacaattttgaggaaaaaagtactaatacgattgacaggcaatttttatgtaatgta
tcttgtaaagaattgaatgcatctggtatagggatttccaaaaaggaggccaagcaaaat
gcagcaaagaatatgctattactattgatttcaaaaaataaaacttcattactaggagat
actttatcattgtcttcagttgcaaacacagggcaaagctttgcaaaagtctacgagaca
tcatcatcgtataaacaatcaaacactgtttgtaattatgttggaaaattacaagaattc
tgtcaacaacaaaaaataaatccgaaagacattctgtacgaacttatctctgaagaagga
ccacgtcacttgagaacattcaccataagagtcaatgtgggatcactgcacgagagtgga
acggcaacgtgcaagaaacttgctaagcaagaagctgcaaaaaagttgctcacatgtctg
aaatcaaacacagctaatataaatacaactaatttagataattcaaatgtagctattata
aatgcagttaatttagataaagttaaatcaaacgtagctaatacaaatatactggacaca
aatcaagaggtaatatcgacaaaaagtaatatcgacaagaaaacacttgcaaacagaata
caagattcagacacaaaagtaaaatgtgtgacggagaaaacttcactagtggcagagtta
tcaaaaaaggaatcgtttaatcagaaaattaaggagccgacacaagcgccaagcatggag
gtcatcgaattgatgtcggatgaagatgagaaaaatgatggaaaaattaaatctaaagta
tgcaatagtaattgtgtgaattttaaatgttcctctgggataaatatgaaattggcacct
tcctttgcatgctcattttatggagtttcacttgagaagaaaaaaaaacgtatgatatgt
gaagagtgttttaacactgcgctgaaacatcaaaagcaattggtaaaagcctttgtggaa
cagaaacctttattagattgtaattttccggatcatacgatggaagtagaaatttctgat
agcgacgagtctgacgacgagaagaaaagggagccagataataatgaatacataccagaa
gatgtactctcagacatacaggataaactggatgataccttgtcgtatatctataaaaaa
tacaatgtggagcagcatgctaaagttgcatgtgaaagcttgaagaagagatggcaaaat
atatgtgcggcgaatgattctcttaataccgaaatacggggtgtaatgcgtaccatggat
aaattgcgtaataacttatacgaggactttaggccacaaattaaaatgatcgaagaattg
caaataagcgatgcgattacggagaacgcccattcatttgtagcaacgaagaaagtaacg
caagtacgtgttccgccttcctcgttgcaagataatcaattggaggttttagcgattgaa
ccatcgagtaataagcagacaaaagttcttaatctaccgccaactggtccactcgttaaa
cgacctccggagatagacgatatcgtttatatcatgaaaaatgctgttgtgccatggatt
aaagcaaaggttcaaaatatattttcaacaaacccatgggccattcgtgtaaaatttctt
cagaaaaaatacaattcagcaatgaagactgtttctggcaagcatttagcgataaccgag
ataagtaaagttatgatcccagttggaacacgagttgtagctatatttcgtgatacatgt
tccaataattactatagtggaataattgccgagacaccaaaatccataaataagtacaga
tatctcgtattttttgacgatggttacgctcaatatgttgtccataatgatatctttttg
gtttgggaaacctcgtcccgcgtttgggaagacattcctaacgaatcacgagagtttgtc
aagaaatatctagaatcgtatcccgagaggccaatggtaaagttacagccaggtcaaatg
gttaagaccgaatggaatggtaaatggtggctcgcgagagtcgtacaagtcgacgcgagt
ttagtgcaaatgcattttgatgccgatagaagaaccgaatggatttatcgtggatcgact
agattgggtcctttatttatcgaggtactaaaggccaatacgaggcagcttcaacagtct
ggcagtgcacatactcgacatcgtattcctgctacgtttaataaaactaatttaccttac
gttgaatatacatccaatgtggaagaagatgtgcagacccaaaatgtgcaagctgagaag
acaacagttgctacgagtgtggcatctagtacaccatctgccccgcaacaaccgcgtgca
gtagctaagaaaagtactgctaaaaggccaaataatgtagatacttcaacgtacaattct
attgtagaaacgaaaccctcgcatagtatcgttttttaccatacacaaaggaaatacgaa
ccaaagaaatacgttcctcacaagtgtggaccaaaatgtatcagaggtatcaaggtttca
cccgacgatttaaaacggctttcgccactttctattccactgttatgtggctggcatcga
caactttgcaaattttccaagagcaagaaagttatattatatcagacaccatgtggcatc
agattgcgaaatatggaggagctacatcgttatctccgtactaccaatagcacattgtca
gttgatctgtttgattttgattattgggtgcgagcctttgctgatttcatcgtagagaag
tgcttcattaacatcaaggatctcagttatggcgtagaaaacgtaccgataccatgtgtg
aatgatttggatcacactcaaccggataccataagatatactacacgtcgggagccaacg
gaaggtgttaatctaaatttagatcctgcgtttttatgtagctgcgattgcgaggacgat
tgtcaggataagacgaaatgtcaatgctggcaactaacgatacaaggagcaactttggga
ggaaaagtggcaaacactgctgttggttatatttataaacgtttgcccgaaccggtgacc
acgggaatctatgaatgtaattctggatgcaagtgttctgtgaaaacatgtcttaatagg
gtggtgcagcatcctctcagattaaagttgcaagtgtttaaaacagggccgcgtggttgg
ggcataaggtgcctcaatgacattccacatggcgcttttatttgtatttatgcagggaga
ttactcaccgagcagggcgcaaacgaaggaggtaaaaattatggtgacgaatatctggca
gaattagattacgtggaagtggtagaaggttttaaggagggttatgaaagcgacgttctc
gaatcggaaatgccgatgtcacctgcagaaaatgataataagaagaaagctactggcatg
agtgacgaagaagaggataatactaaggaaagcgccaatgattcggatgaagatttcaat
attgataattatgtggctttgaataaagatatagaattggaaacaactgcggaatcttca
tccattcggaaacgtctaagaaaacggaaaagaaatgaaatggacaatcaaccggagatg
tctgaagaaaacagcgaggatggaagcacgaaaggtttggaaaacataaaatcattcacg
agtgaaattcaggacacgatcaacatcagtgacgacgatgatagcagaaatgacgtgaga
agagaaccgagcaggttcgagcctagtgtagaaccaaagcaaatagagagatcgacattc
aagtcggtgagagattattttggcgcggacgaagccgtttacattatggatgctaaaacg
actggaaatatcggtcgttatttgaatcactcctgcgatccaaacgtgtttgtgcaaaat
gtgtttgtcgatacgcatgatgtgcgttttccgtgggtggctttcttcgcgttgcaatat
ataaaagctggacaagagcttacgtggaattacagttacgatgtaggaagtataccgggt
aaagtgatcatatgtaaatgtggtgcagccaattgtagaggccgtcttctgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (157)   
   KEGG ORTHOLOGY (1)   
   RefGene (153)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (11)   
   RefSeq(pep) (11)   
DNA sequence (15)   
   RefSeq(nuc) (11)   
   GenBank (2)   
   EMBL (2)   
Protein domain (8)   
   Pfam (8)   
All databases (203)   

Download RDF
DBGET integrated database retrieval system