KEGG   Xiphophorus maculatus (southern platyfish): 102236356
Entry
102236356         CDS       T02923                                 
Name
(RefSeq) uncharacterized protein LOC102236356
  KO
K11429  [histone H4]-N-methyl-L-lysine20 N-methyltransferase [EC:2.1.1.362]
Organism
xma  Xiphophorus maculatus (southern platyfish)
Pathway
xma00310  Lysine degradation
xma01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:xma00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    102236356
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:xma03036]
    102236356
Enzymes [BR:xma01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.362  [histone H4]-N-methyl-L-lysine20 N-methyltransferase
     102236356
Chromosome and associated proteins [BR:xma03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     102236356
SSDB
Motif
Pfam: SET Tn7_TnsA-like_N
Other DBs
NCBI-GeneID: 102236356
NCBI-ProteinID: XP_023204789
Position
16:complement(4200368..4214546)
AA seq 1830 aa
MDGYTRMSVKELCETDDLATSLVLDPLLGFSTHKMNISPAPEIRRWGVLKETLLRFQRTH
DFNATFEALTVGELAGDYFNALGSHRQELLRQHVYRYLSAFLLDSGIKIESCDRYSSETN
GAKITTTRHWFVGERVEVLLGCIAELNPADSVVLRAGVNDFSVMYSTRKRCAQLWLGPAA
FINHDCKPNCKFLPGEKNIACVEVIRPISPGEEITCYYGASFFGEGNEMCECCTCERNGE
GHFRHRGKQPDSEEAKEAVGQKYRLRERYLRHHRERGHLTARPSAPGIHAGIFTAIPSRN
SFTQQMRRNALKNKKLNYTKRWRREKQRRSGNYLLKRCRTVPLPSQVTLRDLRIRVRRHS
VDFLLHCKDPKSKERALLQELEEVKPRKATVEENPKSLTLNSSVPANLRSRSAVNSMASN
MKICSRTKSMVHKTQETKTESSSTNTANTTTVCPPVEKDKTCSATKQENTKKAITESQSS
KVESRIAAPTLTVLEKATDDPAITLKQYVTVDLTRLSIPQPAKAGKTQEEEKSGVLGRGR
SQLPPKPGNLPRKQVFRSDVCTATSKRGGKETLLKATDGTDAHKEVAGNPSGCEKKGVDR
VVEIKTVQTELKEEKRDPKLTEAEKVGKSKEGSNIQSVKNAEKVEVKVSGQTKRCLNECP
EDVVIKQAKVLLSDILRKDKSFLDQRLQGDINRGSCNRSVKGRFMKKRSVRKTKLDESQN
GTGTPNDERLVSVCTDLGVKSTQAQSEPKCSELLASSSINSLPHRSAVSTKAQPRPDANP
QSNIPLKKRTFRSSVEIDSQRGPTSASDRVQKNTAVVTSPPAPQQNTSATSGEAKKDNKS
APRRIQKQPVVTRVLRSRPNGSPRGHLLRKVRQCKQENQEEDICEDPVTRRSQKNSQNNL
EISSPEENSSEETKAGFDFKIRLKRRRGRVWDVQGDSLALKTEKHDDSMACDPFKAIMDS
VSILNREMEAHVQASQKSKSRLHRLRRRNDKNNKKQVSDVQMDGVSETKVGLRESVDEKS
DITAKLESRPLLNLNGTSEMLPDTKVEDRLLKSCCLFENASQQKLGPELGSNGLQLPVLK
LRRKVEDIWEVDSKKGLVLPDLRAEVNVKTEVKSHVLGRQKKEETCLRLNSNLMSLKTEP
PPFSLSLSPLSLSSPLNEGKTEAAHSAGERIIERLETYMGGRKQRLKVDKQRKSVPMETP
TPCLSHTLQQIDNSLSRLSEGLCSSQTLEKPTAAGASASGSVIQTPSQSPPFVAADNMLS
AEPSFTNCCEDILDFQCLGFDGYDQPQNILPSSPSDLCSLDPPTDPFSSPLSHSPTDTWS
TETPYLGPPSPGNNFTSEDLQFFPGLVASKSDSGSVQNCEAKGISKDGPNSGFGFSASVN
SDVVSKERIMSKNLGARLSKDDPKTQPSLSVASKPRIFTGNPVVLSQPSINFKATTSQSK
TQLNLKTQGPFHRMTIPSKSQSFPSNQPTVVRGTPAQVSNRFLSPSVLSTKNPNSPENPF
SYQEKPSTVIHRVLKYQGGSQTQNLYSAPCEDTVAASGGARISAKQSQKFVPNVSQKTNI
SFQGFGKDVGHFSSSSNLASSNLHFSRPSSSVSQSFSKNKMASDKQEAAETNMGYKNFSE
MPRPFFFPSKASDCYSSQQDKKLDKTDRHQPCYTQQDAYDFSYSSLSPISQHSSPQLVHS
TPPSTPAPKTQSTASFPYGYQGPPYVLNFSGDHSLTLGLRDGSDGYPGLSATNYTYHCLM
EPSGTQGRLVLEPCGPQLSNPSSLCGFAGLRSQDEHCRKDMQQQCQPGENQGASHYGGVP
MSHPMGTTKPKRVRLVVTDGTVDLDLQYSD
NT seq 5493 nt   +upstreamnt  +downstreamnt
atggacggctacactagaatgagtgtgaaggagttgtgtgagaccgatgacctggccacc
agtttggtgctggaccctcttctgggcttcagcacccataaaatgaacataagtccggca
ccagagatcagacgctggggtgtcctcaaggagacgctgctgcggtttcagcgaacgcac
gacttcaacgccacgtttgaggcgctgactgttggcgaactcgctggcgactacttcaac
gctctggggagccaccggcaggagctgctgagacaacatgtgtatcgctacctcagtgcc
ttcctgctggacagtgggatcaagatagagtcgtgtgatagatattcgtcggagaccaac
ggagcgaagataacgactaccaggcattggttcgttggagagcgcgtggaggtcctactg
ggctgcatagcggaactgaaccccgcggacagcgtcgtgctgagggcaggggtcaacgac
ttcagcgtcatgtactccacacgtaaacgctgcgctcagctgtggctcgggcccgcagcg
tttatcaaccatgactgcaaaccgaactgcaagtttctccccggtgagaagaacatcgcc
tgcgtggaagtgatccgacccatctcgcctggggaggaaatcacctgttactatggcgcc
agcttcttcggcgaaggcaacgaaatgtgcgaatgctgcacctgcgagaggaacggcgag
ggccacttcaggcacagagggaagcagccggacagcgaggaggcgaaggaggccgtgggc
cagaagtaccggctcagggagcgatacctgcgacaccacagggagagaggacacctgacc
gccaggcccagcgccccggggatccacgccgggatcttcacagcgatcccctccaggaac
tccttcacccagcagatgaggagaaacgctctgaagaacaagaagctgaactacaccaag
aggtggaggcgtgagaagcagaggcggtcggggaattacctgctgaaacgctgccggacc
gttccgctgccgtcccaggtcactctgagggacctgcgcatcagagtgcggcgccactcg
gtggatttcctgctgcactgcaaggatcccaaaagcaaagagagggccttgctgcaggaa
ctagaggaggtgaagccaagaaaagccactgttgaggaaaacccgaaatctttgactttg
aattcctccgtgccagccaatctgagaagcagatccgccgtgaatagcatggcttcgaac
atgaagatctgctcaagaaccaaaagcatggttcataaaacgcaggagacaaagacggag
tccagtagcacaaacacggctaacactactacagtttgtccgcctgttgaaaaggacaaa
acctgcagcgcaacaaagcaggagaacacaaaaaaagcaatcactgaaagtcaaagcagc
aaagttgaatccaggatcgccgctccgactctgaccgtgttggagaaggctactgacgat
ccagcaatcaccctgaagcaatacgttaccgtcgaccttaccaggttatcaatcccgcaa
cccgccaaggctggaaaaacacaagaagaggagaaaagtggtgttttagggagaggaagg
agccagctgccccccaaacctgggaacctgccaagaaaacaggttttcaggtcagacgtc
tgcactgctacgagcaaacgaggagggaaggaaacgctcctcaaggccacagatggaaca
gatgctcacaaagaagtcgccgggaatccatctggctgcgagaagaagggggttgacaga
gttgtggaaataaaaacggtgcaaacggagctcaaggaggagaagagagaccctaagtta
actgaagctgaaaaagtggggaagtcgaaagaagggagtaatatccagagtgttaaaaat
gcagagaaagtggaagttaaagtgtcaggacagacgaagagatgcttgaatgagtgtcct
gaagatgtggtgataaaacaggcaaaggttttgctgtcggacattttaaggaaagataaa
tcttttttagatcagaggctgcagggagacataaacagaggaagttgcaatcgttcagtt
aaggggcggtttatgaaaaaacgaagtgtgcgaaaaactaaattagatgaatcacaaaat
gggacgggaaccccaaacgatgagcgattggtttctgtttgcacggacttgggtgtgaaa
agtacacaggcccagtccgaaccgaagtgcagcgaactgctggcctcctcctccatcaac
tcactacctcacaggtcggccgtttctacgaaggctcagccgcgcccggacgccaacccg
cagtccaacatacctctgaagaaacgcacatttcggagctctgtggagatcgactcgcag
cgaggtccgacttccgcctccgatcgtgttcagaaaaacacggctgtggtgacgtcgcct
ccagccccacaacagaacacgtccgctacgtctggagaagccaagaaagataataaatca
gctccaaggcggatccaaaaacaaccggtagttaccagagtgcttcgctccagacctaac
ggatctccacgaggccacctgctgaggaaagtccggcaatgcaaacaagaaaatcaggag
gaggatatttgtgaagatcctgtcacacgtagatcccaaaaaaactcccagaataacctg
gaaatatcgtcccctgaagaaaacagctcagaggaaacaaaagccggctttgatttcaag
atccgcctcaagcggagaagagggagagtgtgggatgttcagggcgacagcttggcgctg
aaaacggaaaagcacgacgactcgatggcgtgtgatcctttcaaagcaatcatggattct
gtgtccatcttaaaccgagagatggaggctcacgttcaagcgagtcagaagtcgaagagc
cgactgcatcgattgagacgaagaaacgacaaaaacaacaaaaaacaagttagtgacgtc
cagatggatggagttagtgaaactaaagtcggacttcgcgaatctgttgacgaaaaaagt
gacattacagcaaagttggaaagccggcccctgttgaacctgaacggaaccagtgagatg
cttccagacactaaagtggaggatcgtcttttaaaaagctgctgcctgtttgagaacgcg
tcccaacaaaagctggggccagaactgggctcaaacggccttcaattaccagttctgaaa
ctgcggaggaaggtggaggatatctgggaggtggacagcaaaaaggggcttgtactgccc
gacctaagagccgaggttaatgtcaagacagaggtcaagagtcacgtcttagggaggcag
aagaaagaggagacttgtctgagactcaacagcaatctgatgtctctaaaaacagaaccg
ccccctttttccctctctctttcgccgttgtcgctgtcatcacctcttaatgagggaaaa
accgaagctgcacactcagccggagagcgaatcatagaaaggttggagacgtacatgggg
ggaaggaaacagaggctcaaagttgacaaacagcgcaagagtgtgcccatggagacgccc
accccttgtctgagtcacacactccagcagattgacaacagcctctccagactctccgaa
ggcctgtgttcttctcagacgctggagaagcccacagcagctggcgccagcgcctccggt
tctgtgatccagaccccgtcccagtcccccccgtttgtggccgctgacaatatgctgtcc
gccgagcccagcttcaccaactgctgcgaagacatcctggacttccagtgcctcggcttt
gatggatacgaccagccgcaaaacattctcccatcctccccgtcagatctgtgctccctg
gacccacccaccgacccatttagcagtcctctttcccacagcccgaccgacacttggtcc
accgaaacaccctacctgggcccgccaagtccggggaataacttcaccagtgaggatctg
cagtttttcccgggcttggttgcttccaaaagtgactccgggagtgttcagaactgtgaa
gccaagggcatctccaaagacggacccaactctggttttgggttttcagcttcggtaaat
tcagacgttgtgagcaaggaacgtattatgagcaaaaatctgggagcgaggctctccaaa
gacgaccccaaaactcaaccatctttgtccgtcgccagcaagcctcgtattttcaccgga
aatcccgtcgttttaagccagccttccatcaacttcaaggccaccaccagccaatcaaaa
acgcagctcaacctcaaaacccaaggcccgttccatcgcatgaccattccaagtaaatcc
cagtcattcccaagtaaccagccaactgtggtcagaggaacgccggctcaagtgtccaac
agattcctttccccttcagtcctctcaacaaagaatcccaactctcctgaaaatccattt
agctaccaggagaagccatctacggtaatccacagggttctgaagtaccaggggggtagc
cagacgcagaacctgtacagcgcgccgtgcgaggacactgtagctgctagtggcggcgcc
cggatctctgccaaacagagtcagaaatttgttcctaatgtgtctcaaaaaaccaatata
tctttccaggggtttggaaaggatgttggccatttcagttcctccagcaacctcgccagc
tccaaccttcatttcagcagacccagttcctcggtttcacagtctttcagtaaaaacaag
atggcatcagacaaacaggaagcggctgaaactaacatggggtacaaaaacttttccgag
atgccgagacccttcttctttcctagcaaagcatctgactgctactcatcccagcaagac
aagaagctggataaaaccgacagacaccagccatgttacacacagcaggatgcttatgac
tttagctattcctctctctcgcccatttcccagcacagcagccctcaactagtccacagc
actcctccaagtacaccagcacccaaaacccagtccaccgcctccttcccttacggctac
caaggtcccccctatgtgctgaacttcagcggcgaccactcactcactctgggcctgagg
gacggttctgatggctacccgggcctttctgctacaaactacacctaccactgcctgatg
gagccctctggcactcaaggacggctagtccttgaaccttgcggaccccaactgtccaac
ccgtcctcgttgtgcgggttcgctggcctcagaagtcaggacgaacactgccggaaggac
atgcaacagcagtgccagccaggggaaaaccaaggtgcttcacactacggtggggttcct
atgtcgcacccaatgggcaccacaaaacccaaacgggtgcggctggtggtgacggacggt
acggtggacttagatttgcagtactcggactga

  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 (53)   
   KEGG ORTHOLOGY (1)   
   RefGene (49)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (69)   

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