KEGG   Nothobranchius furzeri (turquoise killifish): 107378515
Entry
107378515         CDS       T05163                                 
Symbol
setd1a
Name
(RefSeq) histone-lysine N-methyltransferase SETD1A
  KO
K11422  [histone H3]-lysine4 N-trimethyltransferase SETD1 [EC:2.1.1.354]
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu00310  Lysine degradation
nfu01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    107378515 (setd1a)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:nfu03036]
    107378515 (setd1a)
Enzymes [BR:nfu01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     107378515 (setd1a)
Chromosome and associated proteins [BR:nfu03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     107378515 (setd1a)
   HMT complexes
    COMPASS/SET1 complex
     107378515 (setd1a)
    COMPASS/SET1 complex (yeast)
     107378515 (setd1a)
SSDB
Motif
Pfam: N-SET SET RRM_1
Other DBs
NCBI-GeneID: 107378515
NCBI-ProteinID: XP_015804254
Position
sgr05:complement(10202658..10236485)
AA seq 2241 aa
MNVMGSARRTIPLTTHIPPSTRPPIVTGYTSPYPTVLPILMTRRGWIWRAGEAFSCRMDP
DSGTESQKAVSLQWESYKLVQDPAIRRVTQKIYRYDGVHFSVPDSGFPPVGDLRDPRPRR
LWSRYTELSLPVPKFKLDEFYVGPIPLKEVTFARLNDNIKEPFLAEMCAKFGEVEEMEIL
FHPKTRKHLGLARVLFTSTRGAKDTVKHLHNTSVMGNIIHAQLDIKGQQRQKYYDLIVNG
SYTPQTVPLGGKALADSIQPQTPTQSQPDTLEIRRRLSSELAVLAAGVQALTSGNITPCS
ADTGFSDQRIDTPPPSIAGPFTPGSSASSQGGGTPYSSRSGTPFSQDSGYTSNRHPGYNP
GPLGSGYPPQDMLPSSSSSSAVSSSVGGYKVSRYPDEQDPSVHHRCRPGYPPSYRPNEPP
CYPPYPNLGGPGPQIAHHSTMPPPPFSNQHDHLPMSDRDRERDSGGRYGPGGTGSRRSSY
HHQQDTNSSSKYHSHHSHHHSDRRDDRGYRRDSLGSRSGDHSHQRHRNHHHHSHNHHGSS
SRRRNSHDRDRDRDRDRDRDSDYSNSSDPRYNSNSYRSSSNSMSPPPSSYSAYASSKEAA
PTPPQGSDGSTRPGATGLAERGSLPSAGADKGYHADHHGALPPPPPPLPPASVIAAAVAD
TLGSLDFNQDSPAGEEQWTKPKRHPSTPPAPPKTPPPSSPVHPTIASSSNSPSSASLPHH
LSSSSSSPPPPHRDSSSPEPDSTNESLPFVYHSSSLDSRIEMLLKEQKAKFSFLASDEEE
DDDRKEDKLRAKAGERVDRRGGSGKATGEQEHIRDSGEKEHRKKEERDQDGHKGKKQGKR
GEGRKSPTVLSADTQPPSTHSPLILPPEEPQPQVSLAGTGTSQQESDQPGSADAESRTGA
HTPPFNGQSQASPHSSGEDMEISDEEEEETTTTITTTATHQQSAASGSSPSSSQAAPSQT
ADPSSSPPPDSSQHFGTSMHLPIPSYPPHLPPPPPHGYSLQPPPPPGIPPLPHMELHPEY
PPPMPHHMYDYASSMELMNQYSGGAPMSFQMQTHMLSRLQQMRMSSSNGTPGPGEAATAD
YSSYHIHSMPPPHTHHSYMDQEGSGAGAHFDQDHRYMPPHMSYPYHDPHNTQIPPPPHTG
WPPHVLPPHYPSYMPPPGYGTMLTGDGNEFSVPGEQMPMLAENPHEATVQMVLATLIQEM
KNIMQRDLNRKMVENVAFATFDEWWERKETKAKPFQTMVRGVSALRDDEKKEEKINRPRE
PLTSLVDWAKSGGMEGFSLRGALRLPSFKVKRKEPQEFEQVDMKRPRPSTPPDEDDESAD
RMPEADRRGAERDSKRRKKKPRTRKPWELDSEGEETSDGSSTEKEYEEEMGSEKDSDDEG
LSDSDDGSLSSSSEGSSSSASSSSSSSEDEEEGELVESAGPDSMDESTMDSTTEKEDDKE
NIAAAVPKMDIKKGVIKDNKGDKLTALSKHPSSPSFPRPSSPSVFVPPLKKRRKTVSFTD
ENDGKTHLPAVPLSPSSHLSGEPPVLPLKLSDSPVTVAPPSSSRPSQGIQLLPFASKPGE
GNALIVPPPGRAQDSEETKKGPFVITHTTSVKSPSKRGAGKDSPRSPAPIMICRTVQNLP
LDHASMCRMAFEEAPPPPSVKRPRGRPRTSSISASSCHSFREDDEDEEESELRLRLREQV
GASSLLQLSSASTADLSVLADVALKMDPDAGDSEETETSDEAEEQKMEGNVLSPESLALL
VSPGGVIVLLEHNYCKPPLLVAPSTSKKASSRQDSSILVPTDLNSISGVLEAPEEVIGEA
LPSRLYAGDYLPSAGELSDSDDLSHVAAAAPSPKKKHYPGKGLELEYDKSEKRKRKDKEN
LEPHHSRKQKEPAGKKQRKQKLEDSDLDEDVDVEELESGELSSSDTDNEMAEDVRKSERL
FLQEAGVTSPRRLKPVPAPELPPVKFENRSEFEQMTILYDIWNAGLDGEDLTYLKKTYEK
LLQDDHSSDWLNDTHWVTHTVTNLPNPRRKKKNTDGQLREHVTGCARSEGYYAISRKEKD
VYLDLHLPEQVIREVENVDTSGVNRVLSERRSEQRRILTVIGATAVMDSDLLKLNQLKFR
KKKLRFGRSRIHEWGLFAMEPIAADEMVIEYVGQNIRQMVADNREKRYAQQGIGSSYLFR
VDHDTIIDATKCGNLARFINHCCTPNCYAKVITIESQKKIVIYSKQPIAVNEEITYDYKF
PLEENKIPCLCGTENCRGTLN
NT seq 6726 nt   +upstreamnt  +downstreamnt
atgaatgtgatgggcagcgccaggagaacaatcccgctcacgacacacattcccccgagt
actcgtcccccaatagtcactgggtacacgtccccgtatcccactgtacttccgatcttg
atgacccgaagagggtggatatggagagcaggcgaggctttcagctgtaggatggatcca
gacagtgggacagaatcacaaaaagctgtcagtttgcagtgggaaagctacaaactcgtt
caagaccctgccatcaggcgtgttacccagaagatttacagatatgatggagtacacttc
agtgtgcccgactctggatttcctcctgtgggagacctccgggatcctagacctcggaga
ctatggtccaggtatactgaactgtccctaccagtgccaaaattcaagcttgatgagttc
tatgtgggccccatacccctcaaagaggtgaccttcgctagactcaatgacaacatcaag
gagccattcttggcagaaatgtgtgccaagtttggtgaagtggaggagatggaaattctc
tttcatcccaaaaccagaaagcacttgggccttgccagggtgttgttcaccagcaccaga
ggggctaaggacactgtcaagcatttgcacaacacctctgtgatgggtaatatcattcat
gcacagctggatataaagggtcagcagagacagaagtactatgatctgatagtcaacggg
tcctacactcctcagacagtgcctctgggagggaaggctttggcagacagcattcagcct
caaaccccaacacagtcccaacctgacacgttggaaatcagacggaggctttccagtgag
cttgctgttctggcagcaggagtccaagcccttacatcaggaaacatcacaccatgttct
gctgatactggcttcagtgaccagcgaatagacaccccccctccatccatagctggtcct
ttcacccctggctcctctgcttcatctcaaggaggaggaactccttacagctctagatct
gggactcctttctctcaagactcaggctacaccagcaaccgacatcctggctataatcca
ggccctttgggcagtggctatcccccccaggacatgttaccatcatcatcttcatcttct
gcagtctcgtcttctgtcggaggatacaaagtatctcgttaccccgatgaacaggatcca
tcagtgcaccatcgatgtcgcccagggtaccctccatcctatcgtcccaacgagccacca
tgctaccccccctaccctaatcttggaggaccagggccccagatagcacatcactccaca
atgcctcccccacctttttccaatcagcatgaccatcttccaatgtcagatcgagaccgt
gaaagagactcaggggggaggtatggaccagggggcactggctccagaaggtcatcctac
catcaccagcaggacacaaactcttcctcaaagtaccattcccatcactcccatcaccat
tcagaccgcagagatgatcggggttaccggcgcgacagcctcggctcccggtcaggtgac
cacagccaccagagacaccgcaaccaccaccaccactctcacaaccaccacggaagcagc
agtcgcagaagaaacagccacgatcgggacagggaccgagacagagatagggaccgagac
agcgactactccaacagctctgatcccagatacaattccaactcttatcgctcctcttcg
aacagcatgtctcctcctccatcatcttactctgcctacgcctcctctaaagaggctgct
ccaacccctcctcagggatcggacgggtccacccgcccaggggcaacaggccttgcagaa
aggggttctctgccttcagcaggtgctgacaaaggctaccacgccgatcatcacggtgcc
ctgcctcctcctccccctccacttccacccgcctctgttattgcggcagctgtcgctgac
acgctaggatcactggacttcaaccaggacagtcctgctggtgaagagcagtggacaaag
cccaaacgtcatcctagcactccacctgctccacccaagactcccccaccctcatctcct
gtccaccctactatcgcctcctcctctaactctccctcctcggcctcccttcctcatcac
ctttcctcctcctccagctccccaccgcctcctcaccgggactcctcttccccagaaccc
gactccactaatgagagtttaccgtttgtttaccacagcagcagtcttgactctcgcatt
gagatgctcttaaaagagcaaaaggcgaaattttctttcctcgcctctgatgaggaagag
gatgacgataggaaagaagacaagcttcgagccaaagctggggagcgagtcgatcgaaga
ggtgggtcaggtaaagcaacaggggaacaggagcacataagagacagtggagagaaagaa
cacaggaagaaagaggagcgagatcaagatggccacaaaggaaagaaacaggggaagagg
ggagaggggaggaagagcccaactgttctctcagcagatacacaacccccctccactcat
tctccccttatcctacctccagaagaacctcaaccccaggttagccttgctgggaccggg
acgtcacaacaagagtccgatcagccgggttctgctgatgcagagagccgaacgggagct
cacacaccaccctttaatgggcagagtcaggcctctcctcattcttctggggaggacatg
gagatctcagacgaggaggaggaggaaacaacaaccactataacaacaacagcaacccat
cagcaatcagccgcttcgggatcttcaccgtcctcttctcaggctgcaccgtcacaaaca
gcagacccctcgtcctccccaccacccgactcttcgcagcactttggcacttctatgcac
ctcccaataccttcctacccacctcatttacctccccctccccctcatggttactccctt
cagcctccgcctccaccagggattcccccccttccccacatggagctgcaccctgagtat
ccccctcctatgcctcaccacatgtatgactacgccagctcgatggaactgatgaaccag
tacagtggtggagcaccgatgtccttccaaatgcagacacacatgctaagtcgcttacag
cagatgcgtatgtcttcatccaacggcacaccaggtccaggtgaggccgctactgcagac
tactcatcctaccatattcactcaatgccacctcctcacacgcatcactcctacatggac
caggaggggagtggggcaggtgctcattttgaccaagaccacaggtacatgccccctcat
atgtcctatccctaccacgatccccacaatactcagataccaccccctccccacactggc
tggccaccacacgtcttacctcctcattacccctcctacatgccccctcctggctacggc
actatgctgaccggagatgggaacgagtttagcgttcccggggagcagatgcccatgttg
gctgagaatccacatgaggcaacggtgcagatggtcttggccacgcttatccaggaaatg
aagaacatcatgcagagggacctaaaccgtaagatggtggagaacgtagcgtttgcaacg
tttgatgagtggtgggagaggaaggagaccaaagccaagcctttccagactatggtaagg
ggagtgtctgctttacgggatgatgagaaaaaggaggaaaagatcaatcgtccacgggag
ccccttacgtctcttgtggattgggcaaagagcggtggcatggagggcttttctcttaga
ggagctcttcgattaccctcctttaaggtgaaaaggaaagaacctcaggagtttgaacag
gtggacatgaagaggcctcggccatcaactcctccagatgaagatgacgaatctgcagac
aggatgccagaggcagacaggcgcggagctgaaagggacagcaagaggagaaagaagaag
ccaagaactcgtaaaccttgggaactcgacagtgagggagaagaaacatctgatggctcg
tcaactgaaaaggagtatgaggaagaaatgggcagtgagaaggattctgatgatgaaggc
ctcagtgacagtgatgacgggagtctctcttcgtcttctgaaggctcctcttcttcagca
tcatcatcttcatcctcgtctgaagatgaagaggagggagagctggtggaaagtgccggt
ccagactccatggatgagtcgaccatggacagcacaaccgagaaggaggatgacaaagaa
aatattgctgctgcagttccaaagatggacatcaaaaaaggtgttataaaagacaacaag
ggggataaactgacagcactgtccaagcatccttcatctccttccttcccgcggccttca
tcccccagtgtttttgtgccccccctcaagaaacgcagaaagaccgtgtcattcacagac
gagaatgatggcaaaacacacctgcctgctgtgccactgtctccatcttcacatttgtcg
ggtgaaccccctgtcctccctctcaagctttcagactctcccgtcactgttgcgccgccc
tcctcgagtcgccccagtcaaggaatccagcttctgcctttcgcctcaaaaccaggagaa
ggcaatgccctcattgtcccccctcctggacgagcccaggattcagaggagaccaaaaag
ggaccttttgttatcacgcacacaacttctgtcaagtctcccagcaaacggggagcaggc
aaagactctcccagatctcccgcccctattatgatatgccgcacggtgcagaaccttcca
ttggaccatgcttctatgtgtaggatggcctttgaggaggcccctccaccaccttctgtc
aagcggcccagaggcagacctcggacatccagcatttctgcttcttcctgtcactccttc
agagaggatgacgaggatgaggaggaaagtgagctaaggttaagacttagagagcaggtg
ggagcttccagcctcctgcagctgtcctcggcctccacagctgacctgtctgtgctggct
gatgtagccttaaaaatggacccagatgctggggactctgaggagacagaaacttctgat
gaagcagaagagcagaaaatggaaggaaatgtcctctctccagagtcgctggctttgctt
gtaagtcctggaggtgttatcgtccttttggagcacaactactgcaaacctcctttactc
gtagcaccatccacttccaaaaaggcttcctctagacaagattcctccatcttagtcccg
acagacctcaattctatttctggggtccttgaggctccagaggaagtgattggagaggcg
ttaccgtccaggttgtatgctggagactacctgccttcagcgggagagctgagtgattct
gatgatctgagccacgtggcagctgcagcgccatctccaaagaagaaacattatcctggg
aaaggtttagaacttgaatatgacaagagtgaaaagaggaagagaaaagataaagaaaac
cttgagccacaccattcacggaagcagaaggagccggcaggcaagaagcagaggaagcag
aaactagaggattctgacttagatgaagatgtggacgtggaggagcttgaatctggggag
ctctccagctcagacactgataacgagatggcagaagacgtgaggaagagcgaacgcctc
tttctgcaggaggcgggggtgacttcgccacgcaggctgaagcctgttcctgcacctgag
ctgccacctgttaagtttgaaaaccgtagtgaatttgaacaaatgaccatcttgtatgac
atctggaatgctggtctggatggtgaagacttgacctacctgaagaagacttatgagaag
ctgttacaggacgaccacagctccgactggctcaacgatactcactgggtcactcatact
gtaaccaatttaccaaaccctcgacgcaaaaagaagaacacagatggacagcttcgagag
catgtgactggatgtgccaggagtgagggttactacgccatcagccgcaaggagaaggac
gtctacctagacctgcatcttcccgagcaggtcatacgggaagttgagaatgtcgatacc
tcaggagttaaccgtgtgctatcagagaggcgttcagagcagcgccgcatcctcacagtc
attggagccacagctgtcatggactctgatctacttaaactcaaccagcttaagttccga
aagaagaagcttcgttttgggcgcagtcgaatccacgagtggggtttgttcgccatggag
cccatcgctgctgatgagatggttattgagtatgttggtcaaaacatcagacagatggtg
gctgacaatcgagaaaagcggtacgcacagcagggcatcgggagcagctacttgttcaga
gtggaccacgacacaataatagatgcgaccaagtgtggcaacctggcccgattcatcaac
cactgctgcactccaaactgctatgccaaggttatcaccatagagtcccagaagaagatt
gtgatctactcaaagcaacctattgcagtgaatgaagaaatcacctatgactataaattc
cctctggaggagaacaagatcccgtgtctgtgtggaacagaaaactgtcgcgggacactc
aactag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (113)   
   KEGG ORTHOLOGY (1)   
   RefGene (109)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (8)   
   RefSeq(nuc) (2)   
   GenBank (3)   
   EMBL (3)   
Protein domain (3)   
   Pfam (3)   
All databases (142)   

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