KEGG T01019: 580047

Strongylocentrotus purpuratus (purple sea urchin): 580047

Entry

580047 CDS T01019

Definition

histone-lysine N-methyltransferase NSD3-like

Orthology

K11424

histone-lysine N-methyltransferase NSD2 [EC:2.1.1.43]

Organism

spu Strongylocentrotus purpuratus (purple sea urchin)

Pathway

spu00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:spu00310]

SSDB

Motif

Pfam:

PWWP SET PHD HMG_box

Other DBs

NCBI-GI:

390360513

NCBI-GeneID:

580047

Position

AA seq 1736 aa
MNSSDPPSQLPPPPHLYSDTPVRSSSLPTMQEVMGNSSPSKLLGLASSAQKPSPAAAASF
TSHSHIPVNPIPGPIHHKIAQPMRQAEPPQTLHHTFPSGPQEEPDSAPQPSSQQSFPHSA
AQPFMPQGQSTHPSNAYEEVVPTPDPSGSPVKMPITDASNSIGTDSDLDLQPVNVQPASE
SLGQVSPEPSGDIPVTGTPPDQMGTPIKQSSVIPTPPSDSGPFDTSEAMSPEIKIKIKKT
VNKGKSSLTATLLTNDGSPQKTSPSASDIESVAVTKRNLMSSIDGELPGDPTPTKPQTVA
QRRDTAKAVKGSSIPKGHFIKQPLPTNDEKPCEWLVGDLVWSKVSGHPWWPCMVAYDPNL
GIYTRMKGSIGKTYRMYHVQFFGEVPERGWVSGSSMKKFSGRDQYDSLVEEMVSKVRKAE
RSRMLSKLAVKPCRRNAWDAAISECEKALPMSRHERKLNFTFKYEMPKAGAGAAAEQIDI
VSLGDSPKMKAKRAYKKQKEEAPTPDASGDKQLQIDQTPEATKKESKKEKPESDTPKRKR
GRKTSQFLEFSKHFKKEIVKENPGIGQREIYEKLQEKWESLSEEDKEKYVTKPPTPPSTK
RERKRKGSPEQESETAAPVKRSKRESKPSKKLQEADLSSLGFSPKVVASIKKYSEASQSE
SQTSDGFLSPSREAVAPKKSRAKSLDAQPQPVPTAEASSTKRVRSRKSLQTPADATDKPG
KKKRSRKGESSVVEGGSGTTKPEAITSDMSQDFAEMQEDDDEGGLIIDTDLIADAIQSVG
EGHKGDPHSVASSETDVSSQHGGSTTGSSNGVANGSGKERPAGGGGAAKKENVCQVCERT
GQLLLCEGGCCGAFHLDCIGLQVAPSGSFRCDECISGVHSCFVCKLSDQEVRRCHVPVCG
KYYHEGCIRRFPLTRFDSRGFTCPLHACVACFADNPKSTKASRGRLMRCVRCPTAYHQGD
LCIAAGGIVLAANSLVCSRHFQPIKSHKHHTHVSVSWCFTCSLGGDLICCESCPAAYHAK
CLGFDSVPDGNWFCRDCVNGKKPRYGDIIWVKLGNYRWWPGRVCNPKDVPQNIQDKTHIV
GEFPVQFFGSNDYFWTHQGRVFEYQEGDKGSRETANSKRLAAVFSLALKEASQKYKLWRA
SKEQKLAKELEHSNKKPAPFKFIKTNRPVGNVVMPAFDITQCQACECRPDMENPCGPDSD
CLNRILLIECHPQICPAKEEKCQNQRFQKRAYPDSCQMKVSHRGWGLVAMVDIKKGDFVN
EYVGELVDEEECRRRIKQAHEENITDFYFLTLDKDRIIDAGPKGNLSRFMNHSCQPNCET
QKWTVNGDTRVGLFAIRNIAAGNEISFNYNLDCLGNEKKRCECGAPNCSGFIGVRPKTAA
AAAMEERSKQAKDKKKKRVRKRNKLQVVKVKHEDYCFRCAEGGELTMCDVKTCPKAYHLD
CLGLTKQPYGKWQCPWHHCDVCGKGSVKLCQECPNSYCKHHAGETTVIINDKVFCKEHDL
EDIERMEDEKARLALLKMEEDVAKMMQEVQAVKSEEEEEKAEKKKKRHRHRKVSGDESDK
KTKDKDEKKSRKGDRSTDGEEVVKKERKKHKKDKGDRGEKPKVNGIHGDEPEVKVEPLES
HAAELEASSDPVDEVALLEYDDDSEAELVIDETVVEKKKRDRKRQAEDSTEVSTDLQDSS
ISPKKKKKKEKKHKKDKENKRDKKDKERDKTSGKERKTDNVSNTTTKMVNGSLESD

NT seq 5211 nt +upstreamnt +downstreamnt
atgaattcctctgatcctccgagtcaactccctcctccaccacatctctacagcgacacc
cctgtaagatcatccagccttcctaccatgcaggaggtgatgggaaactcctcaccatca
aagctccttggccttgcgtcgtctgcacagaagcctagtcctgcagcagctgcatccttt
actagtcacagtcacattccggtcaaccctatcccaggccctatccatcacaagatagca
cagccgatgcgccaggctgagccaccacagacgctccaccatacattccccagcggtcct
caggaagaaccggactctgcaccacagccttcttctcagcagtcctttcctcactcagct
gcacagcccttcatgccgcaaggacaatcgactcatcctagcaatgcatatgaagaagta
gtgccaactccagacccatctggctcccctgtcaaaatgccaatcacggatgcatcaaac
tctatcggaactgattctgatctcgatttgcagcctgtgaatgtacaacctgcttcagaa
tccctcggacaggtatccccagagccttctggtgatatcccagtgacaggcacacctcct
gatcagatgggcactcctataaaacagagttcagttattccaactccgccttctgattca
ggaccctttgacacttcagaagcgatgtcacccgagataaagattaaaataaaaaagact
gttaacaaagggaaatcgagccttactgcgacgttactcaccaatgacggatccccacag
aagacatcgcctagtgccagtgacatagaatctgttgctgttacaaagcgcaacctgatg
tccagtattgacggagaactgcccggtgacccgacgcccaccaaaccccagaccgtggct
cagaggagggatacagccaaggcggtcaaagggagtagcatcccaaaggggcattttatc
aagcagccactaccaaccaatgatgagaagccgtgcgagtggcttgttggagatcttgtc
tggtcaaaagtcagtggacatccatggtggccatgcatggtagcctatgaccccaacctg
ggaatctacaccagaatgaaaggttccattgggaaaacataccgaatgtaccatgtgcag
ttctttggagaggtcccggagagaggctgggtgagcggaagtagcatgaagaagttttca
ggacgtgaccagtatgattctctagttgaagagatggtcagcaaagtccgtaaggcagag
aggtcgcgcatgctgagcaagctagctgtgaaaccgtgcaggagaaatgcttgggatgcc
gccatttcagaatgtgagaaggcgctgcctatgagcagacacgaacgcaaactaaatttc
acattcaagtatgagatgcccaaggcaggtgctggtgctgcagctgaacaaatcgacata
gtgtcgcttggggattccccaaagatgaaagccaagagggcgtacaagaagcagaaagaa
gaagctccaactcctgatgccagtggtgataagcaactgcagatcgaccaaactccagaa
gcaaccaagaaagaaagcaagaaagaaaaacctgagtctgatacaccaaagagaaaacga
ggtcggaagacgagtcagttcttagagttctccaagcatttcaagaaggagattgtgaaa
gagaatcctggcatcggccagagggagatctatgagaaactgcaagagaagtgggagagt
ctgtctgaagaggataaggagaagtatgtgaccaagcctccaaccccaccctccactaag
agagagaggaagaggaagggttctccggagcaagagagcgagactgctgcacctgtgaag
agatccaagcgagaatctaaaccatccaagaaactccaagaagcagacctgtccagccta
gggttttcccccaaggttgtggcttccatcaagaaatatagcgaagcttctcaatcggaa
tcccaaacttctgacggctttctgtccccgtcaagagaagcagttgctcccaagaagagc
agggcaaaatcgttagatgcccaaccccaacctgttcccacggccgaggcttcaagcacc
aagagggtgaggtctaggaaaagcttgcaaactcctgctgacgccacggacaaacctggc
aagaagaagaggtcaagaaagggagagagttccgtcgtcgagggaggatcaggcaccacc
aaaccagaggctataacatcagatatgagtcaggactttgctgagatgcaggaggatgat
gacgagggcggtcttatcatcgatacagacctcattgctgatgccatccagtctgtcggt
gaagggcataaaggcgatcctcacagtgttgccagctccgagaccgatgtctcatcccag
catgggggtagtactactggaagctctaatggcgtagctaacggcagcggtaaggaacga
ccagccggagggggcggagctgccaagaaagagaatgtgtgccaggtctgtgagagaacc
ggtcagttgcttctctgtgaggggggctgctgcggagccttccaccttgactgtattgga
ctacaggtggcgccctctggctcattcagatgtgatgaatgtatatcaggcgtacattct
tgcttcgtgtgcaagctgtccgatcaggaagtgaggcgatgtcatgtcccagtctgtggg
aagtactaccacgagggatgtatccgacgcttcccgctgaccaggttcgatagtcgcgga
ttcacctgtccccttcatgcctgtgtagcgtgcttcgctgataaccccaagagcacaaaa
gcttcaagaggtcgtttgatgcgctgtgtgcgctgtcctacggcataccatcagggtgac
ctgtgcatagcagctgggggtatcgtcctagcggcaaactccctcgtctgtagccgtcac
tttcaaccaatcaaatcacacaagcatcatacacacgtcagcgtgagctggtgcttcact
tgttcattaggtggagatctgatatgctgtgagagctgccctgcagcctaccatgctaag
tgtctaggctttgactctgtccctgatggaaactggttctgcagagactgcgtcaatgga
aagaagccacgctatggggatatcatctgggtcaaactcggcaattacaggtggtggcca
ggtcgtgtgtgtaaccccaaggatgtccctcagaacatccaggacaagactcatatagta
ggagagtttcctgtccagttctttggatccaatgactacttctggacccatcaaggaagg
gtctttgagtaccaggagggggacaagggaagcagggagacggccaactccaagaggctg
gccgctgtcttcagcttggctctgaaggaagcctcacagaagtacaaactctggagagca
tcgaaagaacagaagctcgctaaagaattagaacacagcaacaagaaacctgcaccattc
aagttcattaagacgaatcgtcctgttggtaatgtagtgatgccagcctttgacatcacc
cagtgccaagcatgtgagtgtcggccagacatggagaacccgtgtggaccagactcagac
tgtctcaacagaatactcctcatagaatgccacccacagatctgtcccgccaaagaggag
aagtgccagaatcagagatttcagaagagagcttacccagactcctgccagatgaaggtc
agccatagaggatggggtctggtggccatggtcgatatcaaaaagggtgacttcgtcaat
gagtacgtgggcgagttggtcgacgaggaagagtgtcgacgacggatcaagcaggcgcac
gaggagaacatcaccgacttctacttcttgaccctggataaagatcgcatcatcgacgcc
ggtcccaagggcaacctgtctcgtttcatgaaccattcgtgtcaacccaactgtgagacg
cagaagtggacagtcaacggagacaccagggtggggctcttcgctatcaggaacattgct
gcaggtaatgagataagcttcaactataatctggattgcctggggaatgagaagaagagg
tgtgaatgtggggctcctaactgcagtggattcatcggggtcagacctaagactgctgca
gcggctgctatggaggagcgatccaaacaagccaaagacaagaagaagaagcgggtccgc
aagaggaacaagctccaggttgtcaaggtcaaacatgaggactattgtttccgatgcgca
gagggcggagagctgaccatgtgcgatgtcaagacatgccccaaggcatatcatctcgac
tgcttaggtctaacgaaacagccctatggtaaatggcagtgtccctggcaccactgtgat
gtctgtggcaaggggtccgtcaagctctgtcaagaatgtccaaactcctactgcaagcac
catgcaggcgaaacgacagtcatcatcaacgacaaggtcttctgcaaagaacatgacctg
gaagatatcgagaggatggaagatgagaaagccaggctggccctcctcaagatggaagag
gatgttgctaagatgatgcaggaggtgcaggcggtgaaatcagaagaggaggaggagaag
gcagaaaagaagaagaagcgacacagacatagaaaggtgtctggagatgagagtgataaa
aagacaaaggataaagatgaaaagaagtccaggaaaggagacaggtcaacagatggagag
gaggtggttaaaaaagaaagaaaaaagcacaagaaagacaaaggggatagaggtgaaaag
ccgaaagttaatggtatccatggtgatgagccagaggtcaaagttgagcctttggaaagc
cacgctgccgagctggaagctagcagtgaccctgttgacgaggtagccctgcttgagtac
gacgatgacagcgaagcagaactggtgatcgatgaaactgtagttgagaagaagaaaaga
gataggaagcggcaagcagaggatagcacggaagtctcgactgacctacaggatagcagc
attagcccgaaaaagaagaaaaagaaagagaagaagcacaaaaaagacaaggaaaataaa
agagacaaaaaagacaaagagagagacaaaacatcaggaaaagagaggaagacggataat
gtatcaaacacaacaactaaaatggtcaatggttctctggaaagtgattga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (27)   

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