KEGG T02286: 100913201

Sarcophilus harrisii (Tasmanian devil): 100913201

Entry

100913201 CDS T02286

Gene name

NSD1

Definition

nuclear receptor binding SET domain protein 1

Orthology

K15588

histone-lysine N-methyltransferase NSD1 [EC:2.1.1.43]

Organism

shr Sarcophilus harrisii (Tasmanian devil)

Pathway

shr00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:shr00310]

SSDB

Motif

Pfam:

PWWP SET PHD PHD_2

Other DBs

NCBI-GI:

395505173

NCBI-GeneID:

100913201

Position

AA seq 2717 aa
MDQTCELPRRNCLQPFSNRVDLDAPEEKDTPFGNGQSNISEPLNGCAIQLSAAINSGTSK
ITYGQDPSSCYIPLRRLQDLASMINVEYLNGSTDGSESLQDPEKRDSRSGSPNVCTSLSP
SDPRALAMKQEPTCNDSPEFKVKITKTVKNGILHFDNFVCMEDADTDIESEMDTEQPGTE
DDSIDETFEKTRQDLTKTNATCNYQPQSENGIEVLMGIEQDSTTESCEIKSPVLPLAPNE
MQKNNQRTAMDSRIEKPELHPGPCSLGDTNITLEEQLNSINLSFQDDPDSSTSTLGNMIE
LPGTSSSSTSQELQFCQPKKKPAPLKYGVGQLVWAKFNRRPWWPSRICCDPLMNTHSKMK
VSSQRPYRQYYVEALGDPSEKAWVAGKSIVLFEGRHQFEELPVLRRRGKQKEKGYRHKVP
KKILSKWEASVGLAEQRDIPKDFKVRKRIRSSTKLDSEEDMPFEDCTNDPESEHERVLNG
CLKSLAFDSETSSDEKVKPCTKSRVRKRSTSLKRTSIKKSSMPFEAHNEERREKMTETLG
LNYVSGDVSDKQASTELCRIASSLTAASNTTTTNYLFSSRGKTTMKKEFETSNCDSLLGL
PESVLISSSSVERKKPLRSMVHSAKSPHLCYISAGDEEKRSDSASLWTTSDDESSDSDLD
PVDQSSESDESTLEISGSFDKDESELPLEKNEKLQYSRYHTKNTRVKARKKSIKTSSHLD
HLLDCTKTPDPGSEESQGADSDSKMPIIARNDNLSNKYTLPQNISHENAFVKSGLSNQPL
LQSKHNKQPKARSIKCKHKESPTAVDSSVLEEDFSLKCCSNDSKGSSVDCVVKSGKLDSL
KLLSNMHEKPRDSAEIETAVVKHVLSELKELSYRSLNDEISDSGSPKINKPLLFPSSSGQ
SRLPIEPNYKFSTLLMMLKDMHDSKTKEQQLMTTQNVVSYRNPGLGDCSSSSAAGGSKSL
VSGSLTHKAEKNGDCIQDSICQNPGGSESSLIREPSGSLTGLLTKKRRLTASGKRRANCI
TRRNCARSKSSKLQDDFLAQREKDIIESKDLKSEKKKKLNQLPSMTIETALSECKDVPDS
VNKSLSSRPADSKRKQSLQLMEHLTGEDCAHFSDVHFDSMVKKSDPDKNPEKCPSFENGE
VLELDSEMNSESSLSDESNDINHVAPKKRWQRFNQSRAKTSKRISRSRREKNSKSAFGGL
HPCDFLLEGNEGPENRPSSPSKVLEEEIKQNCEGRLDVVVPQLNVCDKPNSDGLHRESGL
SNFPPQPELSTQDARSEKKRLRRPSRWLLEYTEKYDQIFAPKKKQKKVQEQSKVSSPREN
EAQTTRCQSSTDLQNKPVEESSSTKEDPPVLEREAPFLERPIGQSELGGGNAELPELTLS
VPITPEVSSWSSLEPEESLLKPRNYESKRQRKPTKKLLESNDLDPGFMPKKGDLTLLRKC
YNTGPLENDISGSCTTLTSMDFGEGANKVFEKQRKRKRQRHVPAHCKKVRNEDSSREAQN
SEGEPVTSGTTSSPKDAIEESVEHDHGMPVSKKIQAERGGGAALKENVCQNCEKVGELLL
CEAQCCGAFHLECIGLTEMPKGKFICKECRTGIHTCFVCKTSGEDVKRCLLPLCGKFYHE
ACIQKYPPTVLQNKGFRCSLHMCITCHAANPASLSASKGRLMRCVRCPVAYHANDFCLAA
GSKVLASNSIICPNHFAPRRGCRNHEHVNVSWCFVCSEGGSLLCCDSCPAAFHRECLNID
IPEGNWYCNDCKAGKKPHYREVVWVKVGRYRWWPAEICHPRAIPSNIDKMRHDVGEFPVL
FFGSNDYLWTHQARVFPYMEGDVSSKDKMGKGVDGTYKKALQEAAVRFEELKAQKELRQL
QEDRKNDKKPPPYKHIKVNRPIGRVQIFTADLSEIPRCNCKASDDNPCGIDSECINRMLL
YECHPTVCPAGGRCQNQCFSKRQYPEVEIFRTLQRGWGLRTKTDIKKGEFVNEYVGELID
EEECRARIRYAQEHDITNFYMLTLDKDRIIDAGPKGNYARFMNHCCQPNCETQKWSVNGD
TRVGLFALSDIKAGTELTFNYNLECLGNGKTVCKCGAPNCSGFLGVRPKNHPNPTEEKSK
KLKRKQQVKRRSQGEITKEREDECFSCGDAGQLVSCKKPGCPKVYHADCLNLTKRPAGKW
ECPWHQCDVCGKEAASFCEMCPSSFCKQHREGMLFISKLDGRLSCTEHDPCGPNPLEPGE
IREYVPPPVPLTSGANTQLAEQPSEIPAQRPLMVDKAPGAMGQRLQLSEKTLVGTCQRPQ
LSDKPLVMPDSTPQSPDKIPGVSGSRPQPLELGQRPADTSLVVTSPKPQLSDKPPLSGSK
SPPSVRSSVAAGLRSQLLDRPLVTSPRPQSLDKSLGSLSSKSQQLDRPVVTAGPRLQASD
KSPVTNGPKPQISDKPPVTTGPKPQTSDRPLAPLGQRLPSSEKVLSAVVQNLVSNEKALR
PVDQNTRPKDRATMVIELSPRQKERATSPHEITPQPTEKLPVLEQSPWPVNKALGQMPRA
AEKVHPSEPVLQASGRASAPVEHTWQAGKTLIQARLVPRPPAKGYLFEQAPRATGRAPVS
MEQSSGSFGKALASGEPMAGSPQPPGLATKATPLMVQSPRPPVKSPDLVPPAEKRSAVTE
HPPWALGKSPAGPTPWPAGKPLAQTCRSPGSPQTLAQTCRPLDKGLIKGPDPKPEQSAVP
ALNQTPSSHEPAESKEK

NT seq 8154 nt +upstreamnt +downstreamnt
atggatcagacctgtgaactgcccagaagaaattgtctgcagcccttttctaacagagtg
gatttagatgcccctgaagaaaaggacacccctttcggtaatggtcaatccaatatttct
gagcctcttaatgggtgtgctatacaattatcggctgccattaatagtggaacatccaaa
attacttatggacaagatccatcatcttgttacattccactgcggcgactacaggatttg
gcctccatgatcaatgtagaatatttaaatgggtctactgatggatcagaatcccttcaa
gaccctgaaaagagagattcaagatctgggtcaccaaatgtttgcacttccttgagtcct
agtgatccaagagcacttgctatgaaacaggaacccacttgtaatgactcccctgagttc
aaggtaaaaataacaaagactgtcaagaatgggattctacactttgacaattttgtttgt
atggaagatgcagatacagatatagagtctgaaatggacacagagcagccaggcacagag
gatgacagtatagacgaaacctttgaaaaaacaaggcaagacctaactaagacaaatgct
acctgcaattaccagccccaatcagagaatggtatagaagtgctcatgggaattgaacaa
gacagcacaacagaaagttgtgaaataaagtcaccagttttaccattagctccaaacgaa
atgcagaaaaataatcaaagaactgccatggacagcagaattgaaaagccagagcttcac
ccaggcccctgttcactaggagatacaaatattacattagaagaacaattaaactccata
aatttatcttttcaggatgatccagactccagtaccagtacgttaggaaacatgatagaa
ttacctggaacatcatcatcatctacttcacaagaattacaattttgtcaacccaagaaa
aagcctgctcccttgaaatacggagttggacaacttgtctgggcaaaattcaacagacgt
ccatggtggcccagcagaatttgttgcgatccattaatgaacactcactcaaaaatgaaa
gtttccagccaaaggccttatcgccaatactacgtggaagctttaggagatccttctgaa
aaagcgtgggtggcaggaaaatcgattgtcctatttgaaggaagacatcagtttgaagag
cttcctgtattgaggagaagaggcaaacagaaagaaaaaggctatagacataaggttcct
aagaaaatcttgagtaagtgggaagccagcgttggacttgctgagcagcgagatattcct
aaggattttaaggtcagaaagcgtatcagaagttcaacgaaactagacagcgaagaagat
atgccttttgaggactgtacaaacgatcctgaatcggagcatgaacgagtactgaatggc
tgcctgaaatcactagcctttgactctgaaacctcatcagatgaaaaggtgaagccgtgc
actaaatctcgagtcagaaagagatccacaagcctcaaaaggactagtattaaaaaaagc
agcatgccatttgaagctcataatgaagaaagaagggaaaagatgacagagactcttggc
ctgaattatgtttctggagatgtgtccgataagcaggcttctactgaactatgcagaata
gcaagcagtcttacagcagcatccaacaccaccaccacaaattacttgttttcttcacgt
gggaaaaccactatgaaaaaagagtttgagacttcaaattgtgattctctgcttggtttg
cctgagagtgttttgatttctagcagttctgtggagagaaagaaacctctccgcagtatg
gttcatagtgcaaagtcaccccatctgtgctatatcagtgctggtgatgaggaaaagaga
agtgattcagccagtttatggaccacctctgatgatgagagcagtgacagtgatctggac
ccagttgaccaaagttctgagtctgatgaaagtactctagaaataagtggatcttttgat
aaagatgaaagtgagttacctttggagaaaaatgagaagcttcaatattccaggtatcac
acaaagaatactagggtaaaagcaagaaagaagtctataaaaactagttcacacctagac
cacttgttagattgtactaaaactcctgaccctgggagtgaagaatctcaaggtgctgat
tctgattccaaaatgcccatcatcgctcgaaacgacaatctttccaacaaatacaccctg
ccacaaaacatatcccatgagaatgctttcgtaaagagtgggcttagtaatcaacctctg
ttacaatcaaaacataacaaacagcctaaagccagaagtataaaatgcaaacacaaagag
agcccaactgcagtagattcctcagttttagaggaggatttcagcttaaagtgctgttct
aatgattcgaaagggtcttctgtagactgtgttgtcaaaagtggaaagcttgatagtcta
aaactactgagcaacatgcatgagaaacccagagattctgcggaaattgaaaccgctgtt
gtaaaacatgttttgtcagagttgaaagaactgtcttatagatccctaaatgatgaaata
agtgactctggttcacctaaaataaacaaacctttactttttccttcttcatctggtcaa
agtcgtttgccaattgagccaaattacaaattcagcaccttattgatgatgttgaaagat
atgcatgatagtaagactaaggaacagcagctaatgaccactcaaaatgtggtctcctat
cgtaatcctggccttggagactgttccagcagcagtgctgcaggtggctcaaagtcccta
gtttcaggaagcctgactcataaggctgaaaaaaatggagattgtattcaggactcaatc
tgtcaaaaccctggtgggagtgagtcttctctcatccgagagccatctggatctttaact
ggattactcactaagaaaagaaggctcactgcttctggcaaacgtcgagcaaactgtatt
actcggagaaattgcgcgagatccaagtcatccaaactgcaggatgactttttggcacaa
agagaaaaggacattatagaaagcaaagacttgaaatcagaaaagaaaaagaaactaaac
caactacccagtatgaccattgagactgcactgagtgaatgcaaagatgtcccagattca
gtaaataagtctctaagcagcaggcctgcagattcgaaaagaaagcagtctcttcaatta
atggaacatttaacaggtgaagactgtgcacatttttctgatgtccattttgattccatg
gttaaaaaatctgaccctgataaaaatcctgaaaagtgcccctcttttgaaaacggggaa
gtcctagagctggactctgaaatgaacagtgaaagctccctgagtgatgaatctaatgat
ataaaccatgtggcacccaaaaagcggtggcagcgttttaaccaaagcagagctaaaacc
agtaagcgcatcagtagatctaggagggaaaagaactcaaagagtgcctttgggggccta
cacccttgtgactttctgctggaggggaatgagggcccagagaataggccttccagccct
tccaaggtgctagaggaagaaattaaacagaattgtgagggtcgcttagatgtagttgtg
ccacagttgaatgtgtgtgataagccaaacagtgatgggctgcacagagaatcagggctt
tccaattttcctccacagcctgagctctccacacaagatgcacgctcagagaagaaacgt
cttaggaggccaagcagatggcttctggaatatacagaaaaatatgaccagatatttgct
cccaagaaaaaacaaaagaaggtacaggaacagtctaaggtaagttccccaagagaaaat
gaagcccagactacacggtgtcaatctagcactgatctccagaataaaccagtggaagag
agctcttcaaccaaagaagatcctccagtccttgagagagaggcaccatttttggaaaga
ccaataggtcagtctgaacttggaggtggaaatgcagagttgccagaactgaccttgtct
gtgccaatcacacctgaagtttcttcttggtcttcactggaaccagaggagtcattattg
aaaccaagaaattatgaaagtaagcgtcagaggaagccaacaaaaaagctccttgaatcc
aatgatttagatcctggatttatgcccaagaaaggggatttgacactccttagaaagtgt
tataatactggtcccttggagaatgatatttctggatcatgtacaacgctcacatctatg
gattttggtgaaggtgcaaacaaagtttttgaaaagcaaaggaagcgaaagagacagagg
catgtaccagcacattgtaagaaagtgagaaatgaagactcttcacgggaggctcaaaac
tctgagggagaaccagttacttctgggactacctcaagccccaaagatgccatagaagag
agtgtggaacatgatcatgggatgcctgtatctaaaaaaatacaggctgaacgtggtgga
ggagcagctctcaaggaaaatgtttgtcagaactgtgagaaagtgggtgagttgttgcta
tgtgaggctcaatgttgtggtgccttccacctggaatgtattggcctgacagagatgcca
aaaggcaaatttatctgcaaggaatgtcgaacaggaattcatacctgctttgtgtgtaaa
accagtggagaagatgtcaaaaggtgtttgctacctctttgtggaaagttttaccatgaa
gcctgtatacagaaatatccgccaactgtcctacagaacaagggttttcggtgctccctt
cacatgtgtataacctgtcatgctgctaatccagctagtctttctgcatctaaaggtcgc
ctaatgcgctgtgtccggtgtcctgtggcttaccatgccaatgacttctgtctggctgca
ggatcaaaggtccttgcatcaaatagcatcatctgccctaatcattttgctcctcggagg
ggttgcagaaatcatgaacatgttaatgttagctggtgttttgtatgctcagaagggggc
agtcttttgtgctgtgactcttgccctgctgcatttcatcgagaatgtctgaatattgat
atcccagagggcaactggtattgcaatgactgtaaggcaggcaaaaagccacactatcga
gaagttgtctgggtaaaagttggccgatataggtggtggccagctgaaatttgtcatcct
cgagctattccttccaatattgataagatgagacatgatgttggtgaatttccagtttta
ttttttggctctaatgattacttatggacccatcaggctcgtgtctttccatatatggaa
ggagatgtcagtagcaaggacaaaatggggaaaggtgttgatgggacatataaaaaagct
cttcaggaagctgctgtccgttttgaggaattaaaagcccagaaagaactaagacagctt
caggaagacagaaaaaatgataagaaaccaccaccttacaaacatatcaaggtgaaccgt
ccaataggcagggttcagatctttactgcagacctgtcagagattccccgatgtaactgt
aaagcttcagatgacaacccctgtggcatcgattcagaatgcattaaccgaatgctcctg
tatgagtgccatcccactgtctgtcctgcgggcggacgctgccagaaccaatgcttctca
aaacgccagtatcctgaagttgaaatctttcgtaccttacagcgaggctggggcttacgg
acaaaaacagatattaaaaagggtgaatttgtaaatgagtatgtgggagagctgatagat
gaagaggaatgtagagctcgaatccgttatgcccaagaacacgacatcaccaatttctac
atgctcactttggataaggaccggattattgatgctggtcccaaaggaaattatgcccgg
tttatgaatcactgttgccaacccaactgtgaaactcagaagtggtctgtgaatggagat
acccgagttgggctttttgccctaagtgacatcaaagcaggcactgaactcacctttaac
tacaatctagagtgtcttgggaatggaaaaactgtttgcaaatgtggagcaccaaattgt
agcggtttcttgggtgttcggccaaagaatcatcccaatcccacagaagagaaatccaaa
aaactaaaaagaaaacaacaggtaaagcgtcgatcccagggtgagatcacaaaagaaaga
gaagatgaatgtttcagctgtggagatgcagggcagcttgtatcctgtaagaaaccaggt
tgtcctaaagtctatcatgctgactgcctcaacttgacaaaaaggcctgcagggaaatgg
gaatgtccatggcaccaatgtgatgtttgtggaaaagaagctgcatctttttgtgagatg
tgtcctagttccttttgtaagcaacatcgagagggaatgctgttcatctctaaactggat
ggtcgcctgtcttgtacagagcatgatccatgtggccccaaccctctggagcctggggag
atccgtgagtacgtgcctccccctgtgccgctgacttcaggtgcaaacactcagctagca
gagcagccttctgagattcctgctcaaagacccctgatggtggacaaagcccctggggca
atgggccaaaggctccagctgtcagagaaaacattagtaggaacatgtcagaggccacag
ttgtctgataaaccacttgtgatgcctgactccacgccccagtcaccagataagatccct
ggagtatcagggtcaagacctcagcccttagaattaggccagaggccagcagacacatct
cttgtagtgacaagccccaaacctcaactgtctgataaacctccattgtcaggttccaaa
tctccaccatcagttaggtcctcagtagcagctggcctcagatcccaactcttggacaga
cctctagtaaccagcccaaggcctcaatctctggataagtccttgggttctctcagctca
aagtctcagcaattagataggcctgtagttactgctggaccaagactccaggcatcagac
aagtccccagttacaaatggcccaaagccccagatctcagacaagcccccagtgacaact
ggacctaaaccccagacctcagacaggccccttgcccctttgggccagagactcccatct
tcagaaaaagtgctgtcagctgtggtccagaaccttgtatctaatgaaaaagcactaagg
cctgtggaccaaaatactcggccaaaagatcgagctactatggttattgaactgagtcct
cgtcaaaaggaacgagcaacttcacctcatgaaattacaccccagcccactgaaaaatta
ccagtgctggagcagagtccctggcctgttaacaaagcactgggacaaatgcctcgggca
gctgagaaagttcacccttctgaaccagtcctccaagcatctggaagagcttcagcccct
gtggaacacacctggcaggctggcaaaacactcatacaagccagactcgtcccgcggccc
cctgccaagggttacttgtttgaacaggctcctcgggccacaggacgtgcacctgtgtca
atggagcagagctctgggtccttcggcaaagccttagcctcaggagaacccatggctgga
tcccctcaacccccagggcttgccacaaaagcaacaccattgatggtgcagtcccctagg
ccccctgtcaaatcaccagaccttgttcccccagcagagaaacggtcagcagtgacagag
caccccccctgggccctggggaaatccccagcaggccccactccctggcctgcaggcaaa
ccactggcacagacttgtcggtcacctgggagtccacagacattggcacagacttgtcgg
ccccttgacaaagggctaatcaaagggccagaccctaagcctgagcaaagtgcagtacca
gctcttaaccagaccccttccagccatgagcctgcagaatcgaaagagaagtga

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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (22)   

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