KEGG   Sinocyclocheilus grahami (golden-line barbel): 107558115
Entry
107558115         CDS       T04918                                 
Name
(RefSeq) histone-lysine N-methyltransferase SETD1B-A-like isoform X1
  KO
K11422  [histone H3]-lysine4 N-trimethyltransferase SETD1 [EC:2.1.1.354]
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Pathway
sgh00310  Lysine degradation
sgh01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    107558115
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:sgh03036]
    107558115
Enzymes [BR:sgh01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     107558115
Chromosome and associated proteins [BR:sgh03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     107558115
   HMT complexes
    COMPASS/SET1 complex
     107558115
    COMPASS/SET1 complex (yeast)
     107558115
SSDB
Motif
Pfam: N-SET SET RRM_1
Other DBs
NCBI-GeneID: 107558115
NCBI-ProteinID: XP_016097215
Position
Unknown
AA seq 1851 aa
MSRPGERNKLNEDHGRRQSSSLANGMENSHPICSSGEKRSQHWRSYKLIIDPALKNGSHK
VYRYDGQNFSVPNPGMPPVDIVRDPRIGRLWTKYKETDLPVPKFKIDECYIGRVPPKEVT
FAKLNDNVREGFLTDMCKKFGEIEEVEILYNPKNKKHLGIAKVVFGAVKAAKDAVQNLNN
TSVMGNIIHVELDPKGENRLRYFQRLINGSYTPLTLPVGGEEACEVSPCSLAEALLPLQR
LSEGSSSAVGGTATPGGTNTPMSLDTAYSSLRQDTPQSQGTPHTPRPSGTPFSQDSSYSS
RQGTPAFQSNRAESSGGYKSRRHETKFQDAYNRRPERHYVHGTGGGVHRGNAEQPPSFKQ
HQPPEPPSPAFAHTPPPPASANFKNAFSPYQPPIPPVYPHTEPSFHQPVQREVDYRRPPQ
APPPPSTEFMPVIDRPATPPIPEPPPPAPETQPATPPPSTPELCPSLGTPTQDSERNSLD
SRIEMLLKPFLTERGDSDAEVRMDGSPISSSSSQLSPIPPQRSSRPSSTGLEDISPTPLP
DSDDDEPILGTASQLANSRATSPSMHNKSGAGEPRPPIDKMDTGHQSSGEDMEISDDEMP
GTPIASGDCESIVVNSAMSPMQTIPMHPPGFPPLPPPQAGFPLPLPPLPTVPHLAGPPGV
APHPMLHALHPYPPGMMPIMQMDLMSSLPQWGSVHMSFQMQTQMLSRMAQSQQPYPYPHF
ISGAAASASAAAAAAAMQFGGPYPPLSMVGAPASTVGQGQPWHLPNMPKFNPAVPPPGYE
PQKEDPHKATVDAVLTLIVKELKSIMKRDLNRKMVEVVAFRAFDEWWDKQERSAKATLTP
VKTGEGKDEEKERAKPKETISSSLLENWNKVEGLGFEGIGLSIGLRGAIRLPSFKVKRKQ
PPEPTSTNDNKRVRPSTPVDDELEDEESERTDLRTDGSRTDGGGSSAKRRPARPLELDSE
GEEEEETSGKEESSPSDHEEEPVEDASERLSSGTVMGDEEDDEKKSESDSSESESSDSSD
DESSSLSSSSKSDSDSSGSESSSDYESSSGEEEEEEEEQVEGMEDEDEADAQTSSSSSSS
TSSSSEEEDVDVKAPSTPTGPPPGEEPNELGRLEALDEAEIDHKHTAVSSIKAGVEDVWP
PSPKRLPADEPDIDLAVSVPVSKAEATLEDVGSLRPPTPTGSFADSDQDTRPKIPAEDFP
RTPGRDGPVSLESEAAIPRSLPTPSMHLPFPPNHALEARSLLPPPEALPDMPVRGRLPTE
EDIPRTPGRDLMDRPRGLGKSQSTDAFPVTPGSDTPLTGNSLSSPHIPGSPFSYPAQSPV
LSAGIPRTPGRDLTFTPAFPDSAALSAGLPIHRKASSESLEEKSLFKEPLLSASPHASLP
NNAISSPFPGPPLPAASLQEPPLPPQGSSPTSVETSSSAAPKDLPVPMIDVPVPLDATSS
KRKPGRPKSKKVPVATPPDSEEPPAPMVDSLPPDLPVNDLYPDQPSETFKGEDGDSTVLE
EEENRTQTVIPEVEDRLLYVEEPIQKTRRQRRGWQELLLSMHSPAISPPRPSFLPRSEFE
EMTILYDIWNDGIDEEDICYLKITYDKMLQQDNGNDWLNDTLWVHHPPTNMDSTSGLKKK
RKEDGIRDHVTGCARSEGYYKIDKKDKMKYLNSSRLQSEEPDVDTQGKSIPAQPQASTRA
GSERRSEQRRLLSSFSCDSDLLKFNQLKFRKKKIRFCKSHIHDWGLFAMEPIAADEMVIE
YVGQNIRQVIADMREKRYEDKGIGSSYMFRVDHDTIIDATKCGNFARFINHSCNPNCYAK
VITVESQKKIVIYSRQPINVNEEITYDYKFPIEDEKIPCLCGAENCRGTLN
NT seq 5556 nt   +upstreamnt  +downstreamnt
atgtccagacctggagaaagaaataagctaaatgaagatcacgggagaagacagagttca
agtttggcgaacggaatggagaacagccatcctatctgcagttcgggagagaaacgaagt
caacattggagaagttacaagttgattattgacccagcgttgaaaaatggatcgcacaaa
gtgtatcgctacgatggacagaacttcagcgtgccgaaccccggaatgccacccgtggac
atcgtccgagacccgagaatcggtcgtctgtggactaagtacaaggagacggatctcccg
gttcctaaatttaagatcgatgagtgttacatcggtcgcgtgcccccgaaggaggtcacg
ttcgccaagctcaacgacaacgtcagagagggattcctcaccgacatgtgcaagaagttc
ggcgaaatcgaggaggtggaaatactgtacaatccgaagaacaaaaaacatctcggaatt
gctaaagttgtattcggggccgtcaaggcggcgaaggacgctgtccagaacttgaacaac
acgtctgtcatgggcaacatcatccacgtggagttggaccctaaaggtgaaaatcgccta
aggtacttccagcgtctgatcaatggaagttatactccgctcactcttccagttggtggt
gaagaggcctgtgaagtttctccatgcagcttggctgaagccctgctgcccttgcaaaga
ctgtccgaaggcagttcttctgcagtcggaggcacggccacaccgggcggcaccaacacg
cccatgtccctggatacggcctactccagcctaaggcaggatacgccccagtcccagggt
accccgcacaccccgcgcccatcaggcaccccgttctctcaggactccagctactccagc
aggcaaggcactccggcgttccagtcgaaccgtgctgaatcctcaggaggctacaagtcg
agacggcatgaaaccaaattccaggatgcctacaaccgaagaccggagaggcattatgtc
cacggcacaggaggaggggtgcatcgtggtaacgcagagcaaccgcccagttttaagcaa
catcagcccccggagccgccgtcacctgcttttgcgcacacgcctccaccaccagccagt
gcgaatttcaagaatgctttctctccttatcaacctccaattcccccagtgtaccctcac
acagagccctccttccaccagcctgtacaacgggaagtggattataggagaccgcctcaa
gccccacctccaccgagtacagagttcatgcccgtgatagacaggcctgcaacgccacca
atccccgagccgccgccccccgcaccagaaacccaaccagccacacctcccccctccaca
ccggagctctgcccatcgctgggcaccccgactcaggactccgagcgcaacagcttggac
tcgcgcatagaaatgcttctgaagcccttcctgactgaacgcggagactcggatgctgag
gtgcgcatggacgggagtccgatttcttcatcgtcctctcagctctcccccattccgccc
cagcggtcctcgcgcccttcaagcaccggcctggaggacatcagcccaacgccacttccc
gattcggatgatgacgaacctattcttggtactgcttcccagttagcaaactctagggcc
acgtcgccctccatgcacaataaaagcggggcaggagaaccacggccgcccattgacaaa
atggacacgggccatcagtcatcaggtgaagacatggagatttccgatgatgagatgcct
ggcacaccgattgctagtggggattgtgaaagcattgtggtcaactctgcgatgtctcca
atgcagaccatccccatgcacccgccagggtttcccccactgcctcctccacaggctggc
ttccccctgccgctgcctcctcttccaaccgtaccgcacctggctggcccacctggcgtg
gccccccatccgatgctacacgcgttgcacccttatccccctggaatgatgcccattatg
cagatggacctgatgagctccttaccacagtggggaagcgttcacatgtccttccagatg
cagactcagatgttaagtcgtatggcgcagagccagcagccgtacccttaccctcacttc
atcagcggggctgctgcaagcgccagcgctgctgccgccgctgctgccatgcagtttggg
ggcccgtatccgcctttgtctatggttggtgcgcctgcaagcactgtgggtcaggggcag
ccctggcacctacccaacatgcccaagttcaaccctgctgttccccctccaggctatgag
ccccaaaaggaggacccacacaaagccactgtggatgcagtgcttacgcttattgtcaag
gaactgaagtccattatgaaaagagatctcaatcgcaagatggtggaggtggtggccttc
agggcatttgatgagtggtgggacaaacaggagcgttcggctaaggctacacttacacct
gtgaagacgggtgagggcaaagatgaggaaaaagaacgggccaaacccaaagagaccata
tcctctagcttactggaaaactggaacaaggttgaaggtctgggatttgagggaataggt
ctcagcataggcctgcgcggtgccatccggttaccatccttcaaggttaagaggaaacag
ccccctgagccaacatctaccaatgacaataagagggtgcgaccatccacacctgtcgat
gatgagctggaagatgaagaatcagaaagaacagatcttcgcacagacggatccagaacg
gatggcggtggttcttctgccaagcgaaggccagccagacccctggagctggacagcgaa
ggcgaggaggaggaggaaacttctggcaaagaggagtcatcaccttcagatcatgaagag
gagccagtggaagatgcctctgagaggttgtcctctggcacggttatgggggatgaggaa
gatgatgaaaagaagagcgaatcagactccagcgagagtgaatcatctgactcatcagat
gatgaatcttctagcttatcctcctcctccaaatctgattctgattcctctgggagcgag
agctcgtccgactacgaatcgagttcaggggaggaagaggaggaagaagaagaacaggta
gaaggtatggaggatgaagatgaagccgatgcacaaacctcatcgtcgtcctcatcttcc
acatcctcatcttctgaagaggaggatgttgacgtaaaagctcccagtacccccacagga
ccaccaccaggagaggaaccaaatgagttgggcaggctggaagcattagatgaggcagag
atcgatcacaaacatactgcggtgagctcaatcaaggctggagttgaagacgtgtggccc
ccatcacccaaaagattgccagctgatgaacccgacattgatttggccgtcagtgttcca
gtgtccaaagctgaagccaccctggaggatgtcggtagcttgcggccacccactccaaca
ggttcgtttgcagacagtgatcaggacacccgaccaaagatccctgcagaagactttccc
cgaacccctggtcgtgatggcccagtttccttagaatcagaagccgcaatccctcgttct
cttcctacgccctcaatgcaccttccatttccccccaatcatgcccttgaagctcgatcc
cttctgccacctcctgaagctttgccggatatgcctgtccgtgggcggttgcctacggaa
gaggacatcccacgcacaccagggagagatcttatggacagaccccggggtttgggcaag
tctcagagcactgatgcatttcctgtcacaccaggaagcgacacaccactaacaggtaac
agcttgagctcgccgcatattcccggcagccctttctcttatcctgctcaatcccctgtc
ctcagcgctggtatccctcgaactccgggtagagatcttactttcaccccagctttccct
gactctgctgctttatctgcaggccttcccattcacaggaaggcctcgtcggagagcttg
gaggagaagtctctctttaaagagcctctactcagcgcctctcctcatgccagcctacct
aacaatgccatttcttccccattccctggtcctccccttcctgctgcttcacttcaggag
ccacctctgcctccccaaggctcctctcccacttctgtagagacttcctcttctgctgct
ccaaaagacctacctgttccaatgatagatgttcctgtgcccttagatgctacttcaagt
aaaaggaaaccggggcgccccaagtctaaaaaggtacctgtggccacccctccagattct
gaagagcctccagctccaatggtggactctttacctccagatctaccggtaaacgacctg
tacccagaccaaccttcagagaccttcaaaggagaagatggtgactccacagtcttggag
gaagaggaaaaccgaacccagacagtcatacctgaggtggaagacaggttgctttacgtc
gaggaacctattcagaagacgcgccgacagagacggggctggcaagagttgttgttatcc
atgcactcccctgcgatatcaccgccccgccccagcttcctaccccgctcagaatttgag
gagatgaccatcttatatgacatctggaatgacggcattgatgaggaggacatctgctac
cttaagataacttatgacaagatgctgcagcaggacaatggcaacgactggctcaatgac
accctctgggtccaccatcctcctaccaacatggacagcacatcagggctgaagaagaag
cggaaagaggatggtatacgcgaccatgtcaccggctgtgcccgcagcgagggctactac
aaaatcgacaagaaagacaaaatgaagtacttgaacagctcacgcctgcagtccgaagag
cctgatgtggacactcaggggaagagtattccagcacagccccaagcgtccactagggca
ggttcagagcggcggtctgaacagcgccgcctgctgtcatccttcagctgcgacagtgac
ctcctcaagttcaaccagctcaagttccgtaaaaagaaaatccggttctgtaaaagtcac
attcatgactggggattgttcgccatggaacctattgctgccgatgagatggttatagaa
tacgttggccagaatatacgacaggttatcgcagacatgcgagagaagcgctatgaggat
aagggcatcggcagtagctacatgttccgtgtggatcacgataccattatagatgcaacc
aaatgtggcaacttcgcccgcttcatcaatcacagttgcaatccaaactgttatgccaag
gtcatcactgtggagtcacagaaaaagatcgtcatctactcccggcagccaataaatgtt
aacgaggagatcacctacgactacaagttccccatcgaggacgagaagataccatgcctc
tgtggtgcagaaaactgcaggggaaccttaaactaa

  All links  
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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (27)   

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