KEGG   Hippocampus comes (tiger tail seahorse): 109515816
Entry
109515816         CDS       T04969                                 
Name
(RefSeq) histone-lysine N-methyltransferase NSD2-like
  KO
K15588  [histone H3]-lysine36 N-dimethyltransferase NSD1 [EC:2.1.1.357]
Organism
hcq  Hippocampus comes (tiger tail seahorse)
Pathway
hcq00310  Lysine degradation
hcq01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:hcq00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    109515816
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hcq03036]
    109515816
Enzymes [BR:hcq01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.357  [histone H3]-lysine36 N-dimethyltransferase
     109515816
Chromosome and associated proteins [BR:hcq03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     109515816
SSDB
Motif
Pfam: PWWP SET C5HCH AWS PHD
Other DBs
NCBI-GeneID: 109515816
NCBI-ProteinID: XP_019725394
Position
Unknown
AA seq 2060 aa
MSQSYSPAFRSVFGCSSQPESRPRNGFVGTSYRKQCGMAKLGSEQPSVSNCYNPLKTLPD
FNAVVKKVDHHARNYLHPSSPVRHDDNDAFEPPSVLLPPSPYNDNTSFEPLPLFNRNGFL
PHSPDSLECCSPTSNGYLHFGTTLFDSIDTKQLQRDHVAHNKRSEVFNPYHHTWEHAVPG
SRASNISGSDTRTSKPTVFNLMSKTISELNPTLTDALPDIPMRDGWSMNEESESDGELGS
TDHGFISPSGNNSDSKSAKTRPPPSVEHVDGELVWAKFNRRPWWPCRVLCDPQLGLHTKM
KLHSPRPCRMYFLETIGEMIECAWVPGKAIIPFKGSYQFDDLPKLRPRGKQKEKDYKYMV
PKSLQSAWDVSVMEAEHLLSARQWNAKCYPAVSLNGEGSLHGPPQETSSFNEDAGELISP
HTVPRSTEHHIAKNSAGTLSTESKTCQKKKKCLSDIFGHIISGSTVSPDFTDTLDLRTPS
QALQEDPDVASPYTDLETVPVLHCPKRLTSSPVQELDKPFAQVKTMFTETVQHSEDAHNS
DCAFSDIWDRKNHRLKDDEGTSHRPIKKPPANLLGSGRLETTAVEAEEKAELQNARAASQ
MSGHPHDCRLKEPRDSALLKTVTSPCWESITDKSCCVNQRTPKKRTRKPDKKKNSVGTLI
KSPNVHQRDSFPHPVRIKTENVSPVSSSSSSPSSSLCPMDAFLDMKEVTFKSLVDENGDS
QLAAFRPDSSYKFSTFLMLLKDIHDTRAKEGKPLVVPPPPLLIKKEPLVIPSPPCSEPLR
GSSGTLSPAIKTEIAKSGKCSAVKTKWRTKSAGTFQCEKFPLRFENSDKQRRKQRLPAKV
KLQLPGLSSDMADLAFGREFVSGHADLAEFDHAVPCDPAATHLDKRSESPIAPKKRWQMV
EENEMNGSYATRASPDFHLDGERLSDNNSFSEESSSAGHFENKRLRKPTKRLLESTEEYE
HIFAPKRKSTKDILDSPDTVLYNASDNVSPVLDLRITSETLGSPSVSMAPPTTPATKAHG
QSQDQCPPDGLPTSPAPTQPSHDAVTAEEANLLPKSDSERKRPRKLSQKVLDCTIEEVSV
SPEEEEPKYPLNVLSEVKVLVEKTVIPQKLNIKEHLLAPVKKEKSAPSTSSVPFTTTPTS
EADDVKVVIPNKSPEPKAKLMPCSPEEKHDTDTETPKAEVLDASLMDSPCSQVDVKGKIG
VVSFKENVCQVCERTGDLLVCDGHCYGAFHPQCIGLSAAPKGKFLCQQCTSGIHTCFVCK
KSGHGVKRCMIPLCGKFYHTDCIMAFSATQRHNKSFRCPLHVCLSCHIASPLNACSSKGR
LARCVRCPVAYHANDNCMAAGSLVLANNGFLCPNHFTPRKGCKNHEHINVSWCFVCSEGG
SLLCCEACPAAFHQECLNMEMPQGSWFCNDCKAGKRPRIKDILWVKWGRYRWWPAEVCLA
KDVPNNILRMKHEVGEFPVQFFGSKDFVWTYQARVFPYMEGDTHNIEKMGKGADAVYKKA
LIEAAERFKELQSEKEMRQLQEDRKIHKKPPPYKHIKVNKPIGKVQIITADLSEVPRCNC
KASDENPCGVDSECINRMLLYECHPQVCAAGERCQNQTFTKRQYTVVEIFRTLSRGWGLR
SVSDIKKGAFVSEYVGEVIDEEECRARIKYAQEKDIFNFYMLTLDKDRIIDAGPKGNQAR
FMNHSCQPNCETQKWTVNGDTRVGLFALQDIPKGVELTFNYNLECLGNGKTACKCGAPNC
SGFLGVRPKNQPPAEKIKEGKKRGAMKKKSKQEVTKEREDECFSCGDGGQIVSCKKPGCP
KVYHADCLNLAKRPAGRWECPWHQCDICSREAVSFCEMCPSSFCKAHLDGMLFISKLDGK
LSCSEHDPCGPDPLEPGEIREYVPGATASKLFAAPAVSAVAGSVGSSPDASHGGRAGSAT
WKPPPPAPPRLYINTKTATSSFIPSSGSYLTDETEEKAFSSPTSSKGQSEDGEMEEGEVC
GVEVDLDGDMDDDEDDDDDNDDDDDEDDDEPDDNDVGEIELVEDEPLYGGSLEEEEPDVY
GRWSDYVEEDAGDEDVEEDV
NT seq 6183 nt   +upstreamnt  +downstreamnt
atgagtcagtcatacagcccggctttccgttcagtgtttggctgcagcagccagccggag
tcgaggccccgcaatggttttgtgggcacctcctacagaaagcagtgtggcatggcgaag
ctcgggtcggagcagccatcggtgtccaactgttacaacccgctgaagacgctgcctgac
tttaatgctgtggtcaagaaagttgaccaccatgctaggaattacttacacccttcaagc
ccagtccggcatgatgacaatgatgcatttgagccaccgtctgtccttctgcctccctca
ccatacaacgataacacctcatttgaacctctgccacttttcaacaggaatggcttcctc
cctcacagtccggacagcctagagtgttgttctcccacctcaaacggatacctgcatttt
ggcacgacattgtttgacagcattgacacaaagcagctgcaacgcgatcatgttgcgcac
aacaaacggagtgaggtcttcaacccttatcaccacacttgggagcacgctgttccaggc
tctcgagcctcaaacatttcgggctcagacacaaggacatccaaacctactgtttttaac
ctgatgtcaaaaactatatcggaactcaaccctactctgaccgacgcgctgccagacatc
cccatgagagacgggtggagcatgaacgaggaatcggaaagcgatggggaacttggctct
actgatcatggctttatttcaccatctggcaacaactctgattccaagagtgcaaaaaca
aggcctcctccatcagtggaacatgtggatggcgagttggtgtgggcaaagttcaacaga
cggccctggtggccctgccgagttctctgcgaccctcagttgggcctccacaccaagatg
aaattgcacagtccccgcccctgtcgcatgtacttcctggagacgattggcgagatgatc
gagtgtgcttgggtcccagggaaagccattattcctttcaaaggaagctatcagtttgat
gacctacccaagctgagaccgagagggaagcagaaggagaaagactacaagtacatggta
cccaaaagtttgcagtctgcatgggatgtcagcgtgatggaagctgaacatttgctctcc
gcgcggcaatggaatgccaagtgttatcctgcagtctctctcaatggagaggggtcacta
catggcccacctcaggagacctcctctttcaatgaagatgctggggaactcatatcccct
catactgttcccagaagcactgagcaccacattgccaaaaactcagcaggaacactgtcc
actgagagcaaaacctgccaaaagaaaaaaaaatgtctgtcagacatatttgggcatatt
atcagcgggtcaacggtatcaccggacttcacagatacactggaccttcgtacaccaagc
caggcactgcaagaagaccctgacgtggcctcaccttatacggatctggaaactgttcct
gtgttgcattgtccaaagcgcttaacgtcgtctccagtgcaggaactggacaagcccttc
gcacaagtaaaaacgatgttcacagaaacagtccagcattctgaagatgcacataattct
gattgcgctttttccgacatttgggaccgtaaaaatcacagattaaaggacgatgaagga
acttcacacagaccaatcaaaaagccacctgcaaatctgcttggcagtggtcgtctcgag
acgacagccgtggaagcagaggaaaaggctgagctccaaaatgcacgggctgcaagccaa
atgtcaggccaccctcatgattgtcgtctgaaagaaccccgtgattcagctctgttaaaa
actgtaacgtctccctgctgggaatcaatcactgataagtcatgctgtgtaaatcagagg
actccaaaaaagcgtacgaggaagcctgacaagaaaaaaaatagtgttggtacattaata
aagtctcctaatgtccaccaaagggattcctttcctcatcccgttcgaatcaagacggag
aatgttagccctgttagctcttcatcttcctccccctcttcatcattgtgtcccatggat
gcgttcctggatatgaaggaagtcacatttaagtctcttgttgacgagaacggcgactcc
cagcttgcggcatttcggcccgattctagttataaattcagtaccttcctcatgctcctc
aaagacattcatgacacgagagcaaaggaggggaagcccctggttgtcccaccaccacct
ctgctgatcaaaaaggagcctttagttattccttctcctccgtgtagtgagccactgagg
gggtcttctggcactttgagcccagcaatcaaaacagagattgcaaagtcgggaaaatgc
tcagcagtgaaaaccaagtggaggacgaaatcagccggcacttttcaatgtgaaaaattt
cctttgcggtttgagaactctgacaaacaacggcgaaaacagagacttcctgccaaagtg
aagcttcagttacctggcctttcctccgacatggccgatttggctttcggcagggaattc
gtcagtggccacgctgatttagctgaattcgatcatgcggttccctgtgatcccgctgcc
actcaccttgacaagaggtccgaatctcccattgccccaaagaagcgctggcagatggtt
gaggagaacgagatgaacggatcatacgctacgagagcatctccagattttcatttggat
ggtgagaggctgtcagacaataactcattctctgaggaaagcagttcagccggtcatttt
gagaacaaacgcctccggaaaccaactaaaagactcctggaatccacggaggaatatgaa
cacattttcgccccaaaaaggaaatccacaaaagacatcttagactcacccgatacggtt
ctttataatgccagtgataacgtgtcaccggtcctggatctcagaatcacatcggagaca
cttggctcaccatcagtctccatggcgcctcctacgactccagctacaaaggcgcatggt
caatctcaggatcaatgcccccctgatgggctgcctacctccccagccccaactcaaccc
tctcatgatgcggtcacagccgaagaagctaatctactcccaaaatctgattcagaaaga
aaaaggcctcggaagctgtctcaaaaggttttggattgtaccattgaagaagtgtccgtc
tctccagaggaggaggagccaaagtaccctctgaacgttctctctgaagtgaaagtgttg
gttgagaaaactgtgataccgcagaagcttaacattaaggaacatctgcttgcgcctgta
aagaaagagaaatctgctcccagcacatcttccgtaccttttaccaccactccaacctct
gaggctgacgatgtcaaggttgtcattccgaacaagtccccagagccgaaggccaagttg
atgccctgcagccctgaagagaaacatgacacagacaccgaaactcccaaagctgaggtg
cttgatgccagtttgatggacagcccatgttcccaagtggatgtcaaagggaaaataggt
gttgtttcctttaaggagaatgtctgccaggtgtgtgagaggacaggagaccttctggta
tgtgacggccactgttatggagcctttcacccacagtgtattggtttgtctgcagcgccc
aagggaaaatttctctgccaacagtgcacctccggtattcacacgtgctttgtgtgtaag
aagtccggtcacggcgtgaagcggtgtatgatccccctgtgtggaaagttctatcacact
gactgcatcatggccttctcagccacgcagcgccataacaaaagcttccgctgcccctta
cacgtttgtttgtcgtgtcacattgccagtcctctcaatgcttgcagctccaaaggacgt
ttggctcgctgtgtgcgctgccccgtagcttatcacgctaatgacaactgcatggcagcc
ggcagcctggtgctggccaataacggttttctttgtccaaaccacttcactcctcggaag
ggctgcaagaaccatgagcacatcaatgttagctggtgcttcgtgtgctctgaaggaggc
agcctgctttgctgtgaagcctgtcctgctgcttttcatcaggaatgtctcaatatggag
atgcctcaaggcagctggttctgcaatgattgcaaagcaggaaaaaggccgcggatcaag
gacatactgtgggtcaaatggggacgttacaggtggtggcctgccgaagtgtgtctggcc
aaagatgtcccaaataacatcttgaggatgaaacacgaggtcggggagttcccggtgcaa
ttttttggctccaaggattttgtatggacttaccaagcccgtgtgtttccctacatggag
ggtgacacccacaacattgagaaaatgggcaagggggccgacgctgtgtataaaaaggcc
ttgattgaagcagcggagagattcaaagagcttcaatccgaaaaggaaatgaggcagctt
caggaggacagaaagattcataagaaacctcctccatataaacacattaaggtcaacaag
ccaattgggaaggtacagatcatcacagctgacttatctgaggtcccacgctgcaactgt
aaggcgtcagacgagaacccgtgtggcgtggattcggagtgcattaatcgcatgctgctg
tacgagtgccatcctcaagtttgcgctgctggggagcgatgtcagaaccagaccttcaca
aaacgccagtacacggttgtcgagatattcaggacactgtcgcgtgggtggggcttgcgc
agcgtgtccgacatcaagaagggagcttttgtgagtgaatacgtgggcgaggtgatagat
gaagaagaatgtcgggcccgaatcaaatatgctcaggaaaaagacatctttaacttctac
atgctgacattagacaaggaccgaatcatcgatgcaggccccaaagggaatcaggctcgc
ttcatgaatcacagctgccagccaaattgtgaaactcagaaatggactgtgaatggggac
acccgcgtgggactgtttgctttgcaagacatcccaaaaggtgtggaattaactttcaac
tacaacctcgagtgtcttggcaatggcaaaacggcctgtaaatgtggagcacccaattgt
agtggcttccttggtgttcgaccaaagaaccagccaccagcggaaaaaataaaggaaggg
aagaagagaggggccatgaagaaaaaatccaagcaagaggtgacgaaagaaagggaggat
gagtgcttcagctgcggtgacgggggccagatcgtgtcatgtaagaagcccggttgcccg
aaggtctaccacgctgactgtctcaacctggccaagagacctgcaggtcgatgggagtgt
ccatggcaccagtgtgacatctgcagtagagaagcggtttcattctgtgagatgtgcccc
agctcattctgcaaagcacatctcgatggcatgctcttcatctccaagctggatggcaag
ctgtcctgcagtgagcatgacccctgcgggcccgaccccctggaaccaggcgagatccgc
gaatacgtgccaggcgcgaccgcctcaaagctctttgctgcgccagctgtttctgcagtt
gcaggatctgtaggttcttcccccgatgcctcacatggtggtcgggctggctcagccact
tggaagcctcctcctcctgctcctcctcgtctttacataaacacaaagacggctacctca
agcttcatcccctccagcgggtcttacctcacagacgagactgaagagaaagcgttttcc
agcccaacgtcctccaagggtcagagcgaggatggcgagatggaagaaggagaggtgtgt
ggggtagaagtagacctggatggcgacatggatgatgatgaagatgatgatgatgataat
gacgacgatgatgatgaagatgatgatgaaccggatgataatgatgttggagagatagag
ttagtggaagatgagccgttgtacggaggcagtctcgaggaggaggagccggacgtttat
ggcagatggagtgattatgttgaagaagatgctggcgatgaagacgtcgaagaggatgtc
tag

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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 (65)   
   KEGG ORTHOLOGY (1)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (5)   
   Pfam (5)   
All databases (92)   

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