KEGG   Salmo salar (Atlantic salmon): 106577926
Entry
106577926         CDS       T04363                                 
Name
(RefSeq) histone-lysine N-methyltransferase 2B-like
  KO
K14959  [histone H3]-lysine4 N-trimethyltransferase MLL4 [EC:2.1.1.354]
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa00310  Lysine degradation
sasa01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    106577926
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:sasa03000]
    106577926
   03036 Chromosome and associated proteins [BR:sasa03036]
    106577926
Enzymes [BR:sasa01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     106577926
Transcription factors [BR:sasa03000]
 Eukaryotic type
  Zinc finger
   CXXC CpG-binding proteins
    106577926
Chromosome and associated proteins [BR:sasa03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     106577926
   HMT complexes
    MLL3/MLL4 complex
     106577926
SSDB
Motif
Pfam: SET FYRC FYRN PHD zf-CXXC zf-HC5HC2H zf-HC5HC2H_2 PHD_2
Other DBs
NCBI-GeneID: 106577926
NCBI-ProteinID: XP_014011870
UniProt: A0A1S3N9B1
Position
ssa02:13320340..13406661
AA seq 3151 aa
MAPFEPQTEEVSTLPVVSKSRRRRNLSLSIRKKSKTPTSSETPNIELARSEPVTLADTQP
AVKVEPETQPIESGKVLLLEPPVIEKTEPRRHRSLFKHGKKKRRALIGQRQKQRQRPRRR
RRDESKSPESKVPETVEEVDLKEVSSPEAASTPASSKLIGILKTKYRRKKVPNSSLQFLG
TKRPRARPNTLSKQVEMDIAQQILEEQDIQDTVDDEPQSDAFDDQHGKSKYLKNIKHFIM
PVVSVRSSRVIKTPQRFMDDAGMSVLPRRNSPKKGQQFGLHPRTGRKREDGTGRELTPDL
PIDEEEFLNEAQLDVDLFSTQELEQETTDVSDGLSYGKQSGKRKSLLRNPSFKWHVPGES
GEEVYTLDKTLQSEYETLLLSKEFQIASEPSTDPQEVQKKKRPCKFNKQTSHLNIYKRLK
KLQPGLPKKRRKNVMTDGVCNTLQSSVHMLAEGLDDEVKSICLKKRPTITAPSKPKSKQG
KSKLKIEDLDSPGVVRKVSVCVRTMNSKFLTFQYGEHEELTEEDKTNAENVIAEAGKLEP
QELHLNMIAEADRATAAAAAEEKGATQRVRFTGANKRMFNLLKKAKVQLNKIDQQKQLKS
SGLLSGPAGSRDAAGKRQRRKPKEQLEPAASNMTDPPLSQEFRRAGGPRIKHVCRAAAVV
LGQPRALVPDDMIPRLSALPLHERTGISPSGKNQGGRSPSGPDSPGLLDQKVTKVRKSGA
GFAKQKSLGSFGLRSRRCGICKGCNHEEDCGECMNCLDKPKFGGPNTKRQCCVYKRCDQI
EDRKARRLSGKFPRGPGKRRRHCLSVVQSSNEEVDGMEVGDSQSPSVRKQPRRCVKPRSY
FDLLDYDSDLEITVGSNSASPGRRRGPGPRIQDFVSLDGFLGDLSDDSVRHRRLHHRVPP
GRRKTDKNPLEQTPPSVLAALANGFDQREREPSEPTHKIGVDFKEDCDLQNVWMMGGLSI
LTSVPIMPPCVCLLCASKGQQEQMLYCQVCCEPFHRFCLEPTERPSEENWCCRRCKCCHI
CGRKNKHSKPMLECDRCQNCYHPSCLGPNYPKPNRRRKAWVCMTCIRCKSCGVTPGKSWD
TEWNHDKGLCPDCTKLHDQGNYCPICFKCYEDSDYDSQMMQCATCNHWVHAKCEDLTGDL
YEILSSLPESVAYSCRPCSQSQPSAWRELLHMELRAGVEKVLACLLTSTLTQHLIACSQC
VTQVDPDSGAEGQPACDLRAVGKKFDKGLYTTLKSFHEDVVQVVRRRLDHEESLPEDERP
TALARSYYLKLLEEVFNWFNSQDPKVWDPRSKDLPIGMLSHAVQPPTTEHVYAQWREREE
LRSRAPLGTLQTENVPRLEVKQEEVPHPTTPLITEPTRGLHFRKNRAFRLNKLKGKRGRA
GRQSMSEGRPFKSEGRLSKADLDTGWSKDDGRQCSLCQKYGDAKSNEAGRLLYLGQNEWA
HINCSMWSAEVFEEDNGSLMHVHSAVARGRFMRCERCNHTGATVGCCLTSCQSNYHFMCA
RSRNCVFQDDKKVYCYKHRDLISGKIITGQGFEVNRRMYVDFDGISLRRKFLTGLEPENI
NLMIGSLQIEKLGMLTELSAKQGKLFPVGYRCSRWYWSTVNPLRRCKYTCTIREVRPPVP
EKPAEEMPDKGENSTIAHSPCAQSESDAQEVDVAHSRPTTPSFSAPLPKPDQGARPKIRR
PAGGLFRPLPSPGATKSKPHHILTISDLEETRRPRRHSPHSQTRRDMSSPPLGCPTGSGL
ITLRTGGSMHPKASVPTSPLFPLGATDILLTSPSARPVGGRSASSARCPGNMTHSTSGLF
PQPPWEDSVGSFPSPCLSLSPTVQHSNRPRLSFDLNQADSVEVPHNFLASPEPEDNPVSN
STSPLRGSFIPFHRDSDVAIVSELKTELEIEETLVNEGVAMNCGAQIDVEGDDNQEDFWE
PEVRKRKTRTALTRSAASTRQDWGNTSSDEDMEHYFDFSHTVISRTGSRDPPQAPASPSS
RSIPQLDGVDDGTESDASVTTTDGAQKLKSASQVQNPAQTHVPPEVKMTTNGLSADSGSP
VPDQSPLSNPPESTTRVELPATKPPPAYRPHDPSKAFNATQLARTELDSVTLAPTEISPE
ARRPDAVDPSTTYSPADVNTTPLQLYTFPTPLEKQNSVPSLEAQEPVLIAPLQGTLPDVV
HTKVPDTVYPEDLFQGSILDFVPGAPLVLERCDPPSPSTCFTELVPVQVDAPMETHQPQD
PKDLFLDSNSGHFVSPTDGSAIYMNHLTESSRDPSLSSSQGTLLELLQPSSLISSDFPNP
CVARMNPLQMSPSVQFSLPGFNPSRPPLTSISLQPLTSSQGPTVLPPMETFCTKLSAPIP
DSALPHLSSQIDPILSATSSVSLPSYGSVSLPIFSTQSQAMVSTAITIVSSSPSICSLSD
ALSTQCHPMLSSLQPSSAPVMINGYSSTSLQKEAAMGHTISINFSTPRPPLEPQQTLLPQ
GLPGHAILTVKEVGGPNVDPTPHVLLVNRLGQIFVKNPESNTFQLPSQSSPSYNCVTQIA
SLLQSNALSATLAAAGTMSTPVTGTAMPTHVPRMATPVVQNPATITQLLTHNSNGTVAAT
AVKKPRKNTSVSAEGAIPGMKKTRKKKEPSTNSRRKKSDKAADLFEFAGQDGSSSMTKTE
SAQAIINQAMASNYTPNRTGPRILSPSTFRNNPSLKSVVLPPGLLFEPEPAATTLSVSTP
RPPRAHVRMKRVSSLSDRIGATKKSKTDFLEPEPPSAKEDLLVPKDSFAAVSSRAGGVRI
KTPTVKGVLDLDKLKEEHLSDSESTRPGPWDRLSIPRFGGDMGKQNCDAVGRSALTDWNK
YSGALSCSDDELLPSDEDDECPPSRDQPHLRFEIKSDDGFSVEADSIEVAWRAVIDCVQE
ARAGARLRQLSFSGMTGTHMLGLLHDTVVFLVEQLQGARRCHSHAFRFFKQISQEEDLPV
NPSGCARSEVYLRKSTFDMFNFLASQHRQLPDINPYDEEEDEVPLKSTRRATSLELPMAM
RFRHLERTSKEAVGVYRSAIHGRGLFCKRNIDAQEMVIEYAGIVIRSVLTDKREKYYDGK
GIGCYMFRIDDFDVVDATMHGNAARFINHSCEPNCYSRVINVEGQKHIVIFALRKIYRGE
ELTYDYKFPIEDPASKLNCNCGARKCRRFLN
NT seq 9456 nt   +upstreamnt  +downstreamnt
atggccccatttgaaccacagactgaggaggtctccacattgcctgttgtctctaaatct
agaaggagaagaaatttgagcctttcaattagaaagaagtcaaagacgccaacgtcatct
gaaactccaaacatagaattagcccgatctgaacctgtgactttggctgacactcaacca
gcggtaaaggtggagccagagacccagccaatagagagtggaaaggtgctgctgttggag
ccccctgttattgaaaagacagaaccacggcgtcatagaagtctgttcaaacatggcaaa
aagaagcgaagagccttgattggacagaggcagaaacaaaggcagaggccaagaaggaga
aggcgtgatgagagtaaatcacctgaaagtaaggttcctgaaactgttgaagaggtagac
ctaaaggaagtttcctccccagaggctgcttccacaccggcaagctctaaactcattggc
atcctcaagaccaagtacagaagaaaaaaggtccccaattcaagccttcagttccttggt
accaaaagaccaagagccaggcctaacactctatctaagcaggtagaaatggatatcgcc
cagcaaattttggaggagcaggatatacaagacactgtggatgatgaaccacagtctgat
gcttttgatgaccagcatggtaaatcaaagtaccttaaaaacataaagcacttcatcatg
cctgttgtcagtgtccggtcctcacgggtgatcaagactccacagaggtttatggatgat
gctggcatgtccgttttgccccgtagaaactccccgaagaaaggccaacaattcggctta
cacccacgcactggaaggaaacgagaagatggcacaggtagagagcttactcctgatctg
cctatcgacgaggaagaatttctgaatgaggcgcagttagatgtggatttgttctcaact
caggaactcgaacaggaaaccactgacgtgagtgacggcttatcctacggaaagcagtct
ggaaagaggaagtcccttttgaggaatcccagtttcaagtggcatgtgccaggagagtct
ggtgaggaggtatatacactggacaaaactctacagagcgagtatgagactttactttta
tccaaagaattccaaattgcttctgaaccatcaaccgatccccaggaggttcagaaaaag
aaaaggccctgcaagttcaacaagcaaacatctcacctaaatatatacaagcgactgaag
aagctgcaaccaggacttcccaaaaagagaagaaaaaatgtgatgacagatggcgtttgc
aatactcttcaatcttctgttcatatgctagcggaaggtctggatgatgaagtcaagagc
atctgtctaaagaaacgtcccacaatcacagctccaagcaaacccaaatcaaagcaaggc
aaatccaaactcaagattgaggatcttgatagccctggggttgtgcgaaaagtctctgtg
tgtgttcggactatgaactcaaagttcttaacattccaatatggagaacatgaggagttg
acagaggaagacaaaacaaatgctgaaaatgttattgcagaagcaggaaagcttgagcca
caggaactgcatctgaacatgatcgcagaggctgaccgtgctactgctgctgctgctgct
gaggagaaaggagccacccagagagttcgcttcacaggggccaataagaggatgttcaat
ctgctcaagaaagccaaggtccagctcaacaagatcgaccagcagaaacaactgaagtcc
tcagggcttctatcagggcctgctggctccagagatgcagcagggaagagacaaaggagg
aaaccgaaagagcagcttgagcctgctgcctcaaatatgactgacccacccctgtcacag
gagttccgcagagcggggggtccacgcatcaagcatgtgtgccgtgcagcagctgtggtg
ctgggccagcctcgggcgctggtgcccgatgacatgatccccagactcagtgctctgcca
ctgcatgagagaactggcatatccccctctggaaagaaccaaggtggtcggtctccctct
gggccagacagccctgggctgctggaccaaaaggttaccaaggtcaggaagtcaggagca
ggttttgctaaacaaaagagccttggatcatttgggctccgctctcggaggtgtgggatc
tgcaagggctgcaaccacgaggaggactgtggcgagtgcatgaactgcctggacaaaccc
aagtttggagggcccaatacgaagcgacagtgctgcgtatataaaagatgcgatcagatt
gaagacagaaaagcacgtcgtttgagtggcaagttccctagaggtcctgggaagcgcagg
cggcactgcctcagcgtggttcagtctagcaatgaggaagttgatgggatggaggtgggg
gacagccagagcccatctgtgaggaagcagccgcggcgctgtgtgaagccgcgctcctac
tttgacctgctggactatgactctgacctggagatcactgtgggctccaactctgcctcc
cccggccggaggagaggccccggtccacgcatccaagactttgtctctctggatggattc
ctgggagacctatcagacgacagtgtgagacatcgcaggctgcaccaccgagtccctcct
ggtcgccgtaaaactgacaagaatcctctggaacagacgccacccagcgtcctggccgcc
ctggccaatggatttgaccagagggagagggagccgtccgagcctacgcacaagatcggc
gtggacttcaaggaggactgtgacctccagaatgtgtggatgatgggaggcctgagtatc
ctgacctctgtgcccatcatgcccccctgtgtctgcctgctgtgtgccagtaaaggacaa
caagagcaaatgctgtactgccaggtgtgctgtgagcccttccaccggttttgccttgag
ccaacggagcgtccctctgaggagaactggtgctgtcgccgctgcaagtgctgccatata
tgtggcagaaaaaacaagcactccaagcctatgctggagtgtgacagatgccagaactgt
tatcacccttcatgcctggggcctaactaccccaaacccaacaggaggaggaaggcctgg
gtgtgtatgacatgcattaggtgtaaaagctgtggggttacaccagggaagagttgggac
accgagtggaaccacgataaaggactctgtccagactgcaccaagctccacgaccaaggc
aactactgtccgatctgcttcaagtgctatgaggacagtgactacgacagtcagatgatg
cagtgtgccacctgtaaccactgggtccatgccaagtgtgaggacctgacaggtgacctg
tatgagattttgtccagcctgccagagagtgtggcttattcctgcaggccctgcagccag
tcccagcccagcgcctggagggagctgctccacatggagctgagggctggggtagagaag
gtgctggcctgcctgctcacctccactctcacccagcacctcattgcctgctcacagtgt
gtgacccaggttgaccctgacagtggagcggagggccagccagcctgtgacctccgtgct
gtgggcaagaagtttgacaaaggcctctacaccaccctgaaatcgttccatgaagatgtg
gtgcaagtagtgcggaggcgtctggatcatgaggagtctctcccggaggatgaaaggccc
acagccttggcccgctcctactacttgaagcttctggaggaggtcttcaactggttcaac
agtcaggaccccaaagtgtgggacccccgatccaaagacctgcctattgggatgctgtcc
catgcggttcagccccccaccactgagcatgtgtacgcccagtggcgtgagagggaggag
ctaaggtccagggcccctctcgggaccctgcagacggagaacgtaccacgcctggaggtg
aaacaagaagaggtgcctcaccccaccaccccactgatcacagagccaaccaggggcctc
cacttcagaaaaaacagggctttcaggcttaataaactcaaagggaaaaggggaagagcc
ggacggcaatccatgtctgagggacggccattcaagtctgagggacggctgtccaaggct
gacctagacacagggtggtccaaggacgacgggaggcaatgctcactgtgccaaaagtat
ggagatgctaagtccaatgaggcgggcaggctgctgtacctgggccagaacgaatgggct
cacatcaactgctccatgtggtccgccgaggtgttcgaggaggacaatggctctctgatg
cacgtgcacagtgccgtcgcaagggggcgcttcatgcgctgtgagcgctgtaaccataca
ggtgccacagtgggctgctgtttgacctcctgccagagcaactaccacttcatgtgtgcc
cgctcccgcaactgtgtattccaggatgacaagaaggtctactgctacaaacacagagac
ctcatcagtggcaagatcatcaccggccaagggtttgaggtgaatcggaggatgtacgtg
gactttgatgggatcagtcttcgcaggaagttcttgaccggactggagccagaaaacatc
aatttgatgattggctctttgcagattgaaaagctaggtatgctgactgagctgtctgca
aagcaaggaaaactcttcccagtgggttaccggtgttctcgctggtactggagcacggtg
aacccactgcggcgttgcaaatacacgtgtacgatccgtgaggtccgaccgccggtccct
gagaaacctgctgaagagatgcctgacaagggagagaatagcactatagcacacagcccc
tgcgcccagtcagaatctgatgcccaagaggttgacgtggcacattcccgacccactact
cccagcttctcagctccactccctaaacctgaccaaggggcaaggcccaaaatcaggaga
ccagctggaggactgttccggcctctgccctccccaggagctaccaagtccaaaccccac
cacatcctgaccatcagtgacctggaggagacacgcaggccccgtcgccacagcccccac
tcccaaacccgcagggacatgtcctccccccccctgggctgtccaactggatctggacta
atcaccctccgcactgggggctccatgcatcccaaggcctccgtacccacctctccgctg
tttcccctcggtgctactgatatcctgctgacctctccctctgcccgccctgtcggaggt
cgaagtgcttcctctgctcgatgccccgggaacatgactcactctacttcaggactcttt
ccccagccaccgtgggaagacagtgtgggcagcttcccttccccttgcctgtcactctcc
ccaaccgtccagcactccaatagacccaggctgtcttttgacctgaaccaggcagactca
gttgaggtaccacacaacttcctggcctccccagaaccggaggataaccctgtatctaac
agcacctcaccacttaggggctctttcataccattccacagggactctgacgtggccatt
gtctccgagttgaagactgagcttgagattgaggagacactagtgaatgagggagtggcc
atgaactgtggcgcccagatagacgtggagggcgacgacaaccaagaggatttctgggag
cccgaggttcgcaagagaaagactcgtacagccctgacccgctcagctgcatccaccagg
caagactgggggaacacttcttctgatgaggacatggagcactattttgacttctcgcac
actgtgatcagtcgcacaggctccagggacccaccccaggctcctgcctctccctcttca
agatctatccctcagctggacggtgtggacgatgggactgagagtgatgccagcgtgaca
accacagatggggctcagaaactgaagagcgccagtcaagttcagaacccagctcaaaca
catgttccgcctgaagtaaaaatgacaacaaatggtctaagtgcagactctggaagccct
gtcccagatcagtcaccccttagcaaccctcccgagtctacaaccagagttgaactccct
gctacaaaacctcccccagcgtatagaccccatgatccatccaaagcctttaatgccaca
caactagctaggactgaattggacagtgtgacccttgcaccaactgagatctcaccagaa
gctcgaagaccagatgcagtggacccatccacaacatacagccctgctgatgtgaatact
actcccctgcagttatacacattcccaactcctctagagaaacagaactcagtcccctcc
ttagaagcccaggaaccagtgctgattgcaccccttcaaggaactctgccggacgttgtc
catactaaggtgcctgatacggtctacccagaggatttatttcaaggttccattctagac
tttgtccctggggctccacttgttcttgaaaggtgtgatcctccctcccccagcacctgt
ttcactgagctggtccctgtccaggttgatgcccccatggaaacccatcagcctcaagac
ccaaaagacctcttcttggattctaacagtggccactttgtttcgcccacagatggatct
gccatttacatgaaccacttgacagagagttcacgagatccatcgttgagcagtagtcag
ggcaccctgttggagcttcttcaaccctcttctcttatctcctcagacttccctaacccc
tgcgtagcccggatgaaccctttacaaatgagtccctctgtgcagttctctttgcctggc
tttaacccttcaaggccacctctcactagcatctcgctacaacccctgacatcctcccaa
gggccaacagtcttgccgcccatggagaccttttgtaccaaattatcagcacctattcca
gacagtgcccttccacatttgtcctctcaaattgatcccattttatctgcaacatcaagt
gtcagtctcccatcttatggatcagtctctctgcctatattctccacacaatcccaggcc
atggtctccacagcaattaccattgtatcctcctctccctccatatgctctctctccgat
gctctatccacccagtgtcaccccatgctctcttcgcttcagccctcctctgcccctgtg
atgattaacggatacagctccacgtctctgcagaaggaagctgccatgggacacaccatc
tccatcaacttctccacccccaggccgccactggagccccaacagacgctgttacctcag
ggactacctggccacgctatccttactgtgaaggaagtgggtggtcctaacgtggaccct
acacctcacgttctgctggtcaaccgcctgggccagatctttgtgaagaacccagagagc
aacaccttccagctgcccagtcagagctctccctcctataactgtgtcactcagattgcc
agcctccttcagagcaatgccctgtctgccaccttggcagcagctggtacaatgtccact
ccagttacagggactgccatgccaacccatgtccctaggatggccacgcctgtggttcag
aacccagctaccatcactcaactgctcactcataacagcaatgggacagtggcagcaact
gcggtaaagaaacccaggaagaacacaagcgtatctgcagaaggagctataccagggatg
aagaaaaccagaaagaagaaagaaccttccacaaattctaggagaaagaagtctgacaaa
gctgcagacctgtttgagtttgctggtcaggacgggagttcctccatgaccaagactgag
agtgcacaagccatcatcaaccaagccatggccagtaactacactccaaaccggaccggt
ccacgcatattgagtccctccacattccgtaacaacccttccctgaaatctgtggtcctg
cccccaggactactcttcgaacccgagcccgcagccaccacactgtctgtttcaacaccc
cgccctcctcgcgcccatgtccgtatgaagagggtgtcctccctttcagatcgcattggt
gccacaaagaagtccaagacagacttcctagagccagagccccctagtgctaaggaggac
ctgttggtacctaaagacagctttgctgctgtctccagcagggctgggggagttcgcatt
aaaaccccaacggtgaaaggtgtgctggacctggacaagctaaaggaggagcacttgagt
gactctgaaagcaccaggccagggccttgggaccgcctgtctatacctcgatttgggggg
gacatgggtaaacagaactgtgacgcagtgggccgcagtgccctgactgactggaataaa
tactcaggtgctctatcatgctcagatgatgagctgctgccatcagacgaggatgatgag
tgccctcccagccgagaccagccccacctccgcttcgagatcaaaagcgatgacggcttc
agtgtggaggcagacagcatagaggtggcctggagggcagtgatagactgtgtccaggag
gcgcgggcaggggccaggcttaggcagctgtccttctctgggatgacaggtacccatatg
ctgggcctgctccacgacacggtggtcttcctggtggagcagctccagggggcccgtcgc
tgccatagccacgccttccgcttctttaaacagatcagccaagaggaggacctgcctgtc
aacccctctggatgtgcccgctctgaggtctacctcaggaagtccaccttcgacatgttc
aacttcctggcttcccagcaccgccagctccctgacatcaacccctacgatgaggaggag
gatgaagtcccactcaaatccacaagacgtgccactagcttggagctccccatggccatg
cgctttagacatctggagaggacatctaaggaggctgtaggcgtgtacaggtctgctatc
cacggccgaggtctgttctgcaagaggaacatcgatgctcaggagatggtcatcgagtat
gccggcatcgtcattcgctcagtgctcacagacaagcgagagaagtattacgatggcaag
ggtatcggctgctacatgttccgtatcgatgactttgacgtggtggacgccaccatgcat
ggcaatgcggcgcgcttcatcaaccactcgtgcgagcccaactgctactcgcgcgtcatc
aacgtggagggtcagaagcacatcgtcatcttcgccctgcgcaagatctaccggggcgag
gagctcacctacgactacaagttccccatcgaagacccagcaagcaagctcaactgcaac
tgcggggcccggaaatgcagacgcttcctcaactag

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Ontology (4)   
   KEGG BRITE (4)   
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 (105)   
   KEGG ORTHOLOGY (1)   
   RefGene (101)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (9)   
   RefSeq(nuc) (3)   
   GenBank (3)   
   EMBL (3)   
Protein domain (8)   
   Pfam (8)   
All databases (143)   

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