KEGG T02386: 101068764

Takifugu rubripes (torafugu): 101068764

Entry

101068764 CDS T02386

Definition

uncharacterized LOC101068764

Orthology

K15588

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

Organism

tru Takifugu rubripes (torafugu)

Pathway

tru00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:tru00310]

SSDB

Motif

Pfam:

PWWP SET PHD

Other DBs

NCBI-GI:

410914796

NCBI-GeneID:

101068764

Position

AA seq 2363 aa
MSAVTSSLKHPPVYGFTPREHCFSSSSSSSSSSSYSPLRRLQHLTTMVSQPDLVLPLREP
ERSWEWGSSQREMGPAADCTGNVYSTTQNLRKEGNLGKSTGGQKAAADGKSQDKEKKTEG
GFSGPSSPAFSLESNSPFANGFLHFESSLFEDEDNSQEQDSSGESQDKQENVPHSHLSVS
NSDSKTSTFPTTKVVTRSQSSGQRRRYWDGSDDEWDSDTELFLLSDSYSRFILEMFVQSY
LQHLTTYQLSVYAYLLLQHRAKTGELQGPFPRIKQNSPKKKSLPPLKFLEGEVIWAKFNR
RPWWPCEVIVDPALGNYHRVKEPSERPCRLYYVRTFGEPVEVMWVEDKSTHTFHGGFELE
HLPLLRRKGKQREQNYRCTIPKRYHNSWNSSVAEAESVLQKRPKMASSALLSIEDAFLES
SALEEANKDQTTVAPSSPPAVQETTPDTNGCISSPVLSSPTMTPAKPSTLKKSGKKKPNK
SSKQLKSKHSKMTFYNSFDQCDRDSEECPYSDLESVPKILCPKALERQQKIPAPIQTSVA
AVKEVKKQPEVQSGLWFSKSGKDRRPKTISPVPDRTLFSKVPSKKKNSPVVNKKSLVPGS
SSGRGDLSGLPDKPKTPVPAETEPPSEQAEHLKCKNGPAASRTFGRDSDPAEKSPIPVET
VRPPHKGGPSKGRHTIGDTTHNVTCAAPDNSDTEQALKPNTEGILNDESKISESVESTAH
TEQSEAAKHTKPTDSNSEGPEELEADDTSGDGLDVNATEREKQARLKAKCRMPFVKLIRK
DLQFKNSSVTVSSSDHPECTKIKKTLDANVADAPKPSDSVDNIPSSSVGQETKSEPATVS
VKKMKASGGTSILCLSAEPVKIILSSHISRLSDETGSPEEESIHLNVSPNTVAHPPPHPS
PPPPPSPGKSINSSERSDISGQTSTANVPSQQPVTLGFTNVLSYESSKEVIHKTKRASGK
VGKHVLPEQPAHLPASSRLMTRALKAMQEQEKSGKARKAHRQQEDLVVCTSKTSTRHPET
KRDRPGKMSTHSKNNGELDEDTFSSCSTPTTLSSETADFEGNVKSEDEDLSISSTPPMDF
IPLTSRVKSKKEDHSSEGSSSSLSSSPFSFMNAFKNLEEVSFQSLASEADGKPVSFKANK
NYKFSTFLMMLKDLHDTRERDGTPLELQIGPPSAHVKKEPLVMPGEVPTAGKHELTEHIG
ENNNLNPNKLTQNEDRTWLVSKRPYIRKANSNRIKKKANRRVPSQPSRSGPGFPGLESPP
AVDSSRVGSHIQSVLDIKSNNWERLTGSHEAVTLDETARWSRVTENLENMMPLKQRTCSS
ALVLEQPNGLLADCNETGPWLMRNVGDGDKSRTAHKRVRKPSKRLIEWSEEYDQIFSTRK
KSKKPLHMIGKAVQPVTTTPDLLAMDKDTHERPSLKFIPEIQTPPPEEITPTQSELKIPS
TENSQDAPVDTVDTLTPPPETDASLPEGFIKHPGSAPLLGRKRKRKPTQKILEYCLEAEA
SAGPKKKGEQSSLDHSFSSMKDELLLCDDTLSPSRKIIGDRGGPASMKENICQVCEKTGE
LLLCEGQCCGAFHLACISLAEAPKGKFICPECKSGIHTCFVCKKRSEDVRRCMIPVCGKF
YHGECIANFAPTVAVNRGFRCSIHVCLTCFIANPNSSTISKGRLVRCVRCPIAYHATDLC
MAAGCVILSNNSIICPNHFTPRRGVKNHEHVNVSWCFVCTEGGSLLCCESCPAAFHRECL
NIEMPKGSWYCNDCKAGKKPRFKDILWVKVGRYRWWPAEVSHPKTIPDNILRMRHDVGEF
PVHFFGSNDYLWTYQARVFPYMDVDANSKEKMGKGVDATYKKALEEAAVRFRELQAEKEL
RQLQEDKKNDRKPPPYKHIKVNRPIGKVQIFTADLSEIPRCNCKATDESPCGMESECINR
MLLYECHPQVCPAGERCLNQAFTKRQYSQVEIFRTLSRGWGLRCVHDIKKGQFVSEYVGE
VIDEEECRSRIRHAQENDICNFYMLTLDKDRIIDAGPKGNEARFMNHCCQPNCETQKWTV
SGDTRVGLFALVDIPAGTELTFNYNLECLGNGKTVCKCGAPNCSGFLGVRPKNNPPSEDK
GRKRRGHGKRKKKVVVTKEREDECFSCGDGGQMVSCKKPGCPKVYHADCLNLTKRPAGRW
ECPWHQCDICGKEAASFCEMCPSSYCNKHREGLLFISKLDGKLCCSEHDPCGPEPLEPGE
IREYKPETSGLGMAVIQSCASNSTASSVMPKTRTDREISAGAGTCAPESLPAFSIPVPVT
VPAGTSAGPRPPVGSDLPSSPHVFDLPHYSPISSYDEEEEELLAEVEDEEELVEEGQQKS
DEEDEEAVYLEEEDEEEDDEEEE

NT seq 7092 nt +upstreamnt +downstreamnt
atgtctgccgtcacctcctccctcaaacacccacccgtttatggcttcacaccacgggag
cactgcttctcctcctcctcctcctcttcttcctcttcttcctacagtcctctcaggagg
cttcagcatctcaccaccatggtgagccagcctgacctggtgctcccactgagggagcca
gagaggagctgggagtgggggagcagtcagagggaaatgggccctgcagctgattgcacc
ggcaatgtttattccaccacacagaatttaaggaaggaggggaatttgggaaaatccacc
ggtggacaaaaagctgctgccgatggaaaaagtcaggacaaggagaaaaagactgagggt
ggtttctcaggcccgtctagtcctgccttttccctggagagcaacagccccttcgccaat
ggcttcctgcactttgagtcttctttgtttgaggatgaagacaacagtcaggagcaggat
agttctggggagtcacaggacaaacaagagaacgtccctcattctcatctcagtgtttca
aattcggactccaagacttcgaccttcccaaccaccaaggtcgtcactcggtcccagtcc
tcggggcagcggcggaggtactgggatggttcggacgacgagtgggacagtgataccgag
ctctttctgctcagcgatagttactcaaggttcattttagagatgtttgtccagtcctat
ttgcagcacttgacaacgtaccagctatctgtttatgcctacttgcttctacagcacaga
gctaaaacaggagaattacaaggacccttccctaggataaagcagaacagccccaagaaa
aagtctttgccccctctgaagtttttagaaggtgaagtcatttgggcaaagttcaaccga
agaccgtggtggccctgcgaggtgatcgttgaccccgcgctgggaaactatcacagagtc
aaagagcccagtgagcggccatgtcggctctactatgtcaggacctttggagagcctgtg
gaagtcatgtgggtggaggataaatcaactcacaccttccatggaggctttgaacttgaa
catctccccctgttgcgcaggaagggaaagcagagggagcagaactacagatgcactatc
ccaaagcgttatcataactcctggaactccagtgtggcagaagctgaatctgttctccag
aaaagacccaaaatggcctcctctgctcttttatcgatagaagatgccttcctagaaagt
tctgccctagaggaagccaacaaggaccaaacaactgttgcaccatcttccccgcctgct
gttcaggagactacgcccgacaccaacggatgcatctcatctccagtactttcatccccc
acaatgactcctgcaaagccaagcactttaaagaaatctggcaagaagaaaccaaataaa
tcctcaaagcagctgaaaagtaaacactctaaaatgacattctacaacagctttgaccag
tgtgacagagacagtgaagagtgtccgtattctgacctggaatcagtccctaagattctg
tgtcctaaagcccttgaacgtcagcagaagattccagctccgattcagacatctgtggcc
gctgtcaaagaggtgaagaagcagcccgaggttcagagtggtctttggttcagcaaatca
ggcaaagacaggcgacccaaaacaatcagccctgtgccagaccgcaccctctttagtaag
gtcccctccaagaaaaagaactcgcctgttgtaaataaaaaatcactggttcctggcagc
tcctctgggcgtggcgacctttcagggttgcctgacaagcctaaaactccggtaccagct
gaaacagaaccaccatctgaacaggctgaacacttgaagtgcaaaaatggacccgctgct
agtaggacctttggtagagatagcgatcccgctgagaagtccccaattcccgttgaaact
gtcagaccccctcacaagggtggtccctcaaagggacgacacaccattggtgacacaacc
cacaatgtgacctgtgcggcacccgataactctgacacggaacaagccctaaagcccaac
acagaaggtattttgaacgacgagtccaagatttcagagagcgttgaaagcaccgctcac
accgagcagtctgaggctgctaaacatacaaaaccaaccgacagtaattccgagggtcct
gaagaattagaggctgatgacacatcgggagacggtttagatgttaacgctactgagcga
gagaagcaggcgagactgaaggccaagtgtcggatgccctttgtgaagttaatacggaag
gaccttcagttcaagaactccagtgtaacggtcagttccagtgaccaccctgaatgtact
aaaattaaaaaaacactagatgcaaacgtggctgacgccccaaaaccatcagacagcgta
gacaatattcccagtagttctgtgggtcaggagaccaaatcagaacccgccacagtgtcg
gtcaagaagatgaaagcgagtggtgggacaagtattctctgtctctcggcagaacctgtg
aaaattatcctttcctctcacatatcaaggctgtctgatgagacgggtagcccagaagaa
gaaagcatccatttgaatgtcagcccaaacactgtggctcacccacctcctcatccttct
cctcctcctcctccttctcctggaaaatcaatcaattcatctgagcgctcggacatctct
ggtcaaactagtacagctaatgtaccatctcagcagcctgtgactttaggctttaccaat
gtcctgtcttatgagagttccaaggaagtcatccacaagacaaagcgggcttcgggtaaa
gtgggcaagcacgtactccccgagcagcctgcccacctcccggccagcagtcggttgatg
accagagctctgaaagccatgcaggaacaggagaagtcagggaaagccagaaaggcgcac
aggcaacaggaggatctcgtagtatgcacttccaaaacttctactcggcaccctgagacc
aaacgggatcgcccagggaaaatgagcactcacagtaaaaacaatggcgagttggatgag
gatactttttccagctgcagcacaccaactactctttcctctgagacggctgactttgag
ggtaatgtcaaaagtgaagatgaagatctctcaatatcatcaaccccgcccatggacttc
atacctctcacctccagggtcaaatcaaagaaggaagaccattcttctgaagggagctct
tcatctttaagctcttccccattttcttttatgaatgcctttaaaaatttggaggaagta
tcatttcagtccctggcaagtgaggctgatggtaaaccagtctccttcaaagcaaacaaa
aactacaagtttagcacttttcttatgatgctaaaggatttgcatgacacaagagagcga
gatgggaccccgttagaactacaaattgggccaccaagtgcacatgttaagaaagaaccc
ttggtgatgcccggagaagtgccaactgcaggaaaacatgaattaactgagcacattggt
gaaaataataatttgaatccaaacaaattgacacaaaatgaagacaggacatggttggtg
tccaaaaggccatatatccgtaaggcaaactccaataggatcaaaaagaaagccaaccgc
agagtgccttcacagcctagcaggtctgggcctggttttccaggcctggaatccccacca
gcagtggattcttcaagagtggggtctcatatccagtctgtgttggacataaagtcaaac
aactgggagagactgacaggaagtcatgaagcagtcacgctagatgaaactgcgaggtgg
agcagagtaacagagaatctggagaacatgatgcctttgaagcagaggacgtgcagctct
gcgctggttctggaacagcccaatgggcttcttgcggactgcaacgagaccggtccatgg
ttgatgcgaaatgttggagacggagacaagagtaggacagcccataaacgtgtgagaaaa
ccgagcaagaggctgatcgagtggagcgaagagtatgatcagatcttctccacgaggaag
aaaagcaaaaagcctctacacatgattggaaaggccgttcagcccgttaccactacgccc
gacctgttggcgatggacaaggacacacatgagcgcccatccttgaagtttatccctgag
atacagacgccccctcctgaagaaattactccgacccagtctgagctaaaaattccctcc
actgaaaactcccaagatgcaccagttgacactgtcgacacactcactcctcccccagaa
acagatgcctccctgccagaaggcttcattaaacacccaggaagtgctcctttgctgggg
cggaagcggaagaggaaacccacacagaagattctggaatactgtctggaggctgaggct
tcagctggacccaagaagaagggtgagcagtccagcttggatcacagcttttcctccatg
aaggatgagctcttgctttgtgatgacacactttcaccttcaaggaagatcataggagat
cgaggcggccccgcttccatgaaggagaacatatgtcaggtgtgtgagaagacaggagaa
cttcttctgtgtgagggtcagtgctgcggagctttccacctcgcctgcatctctctagcc
gaagccccaaaggggaagttcatctgtcctgagtgtaaatcaggcatccacacctgtttt
gtgtgtaaaaagcgcagtgaggatgtgcgtcgctgcatgattccagtctgtgggaagttt
taccacggggaatgtatcgctaactttgctccgacggtcgctgtgaatcgaggcttccgc
tgctcgatccatgtgtgtctcacctgcttcattgccaatcccaacagctccaccatctct
aaaggtcgtctggtacgatgcgtgcgctgtccaatagcctatcatgctacagacctgtgc
atggcagcgggctgtgtcatcctctccaacaacagcatcatctgtcccaaccacttcact
cctcgtcggggtgttaagaaccacgaacacgttaatgtcagctggtgtttcgtctgtacc
gaagggggtagccttctctgctgtgagtcctgtcctgctgcgttccacagagaatgtctg
aacatagaaatgccaaagggcagctggtactgcaacgactgcaaagcggggaagaaacca
cgcttcaaggacatcttgtgggtgaaggtcgggaggtacaggtggtggcctgcagaggtc
agccatcccaaaacaatcccagataatatcctgcggatgagacacgatgtcggagagttt
cctgttcacttcttcggatccaacgactatctgtggacgtaccaggccagagtctttccc
tatatggacgtggatgccaacagcaaagaaaagatgggaaaaggtgttgacgctacatac
aagaaagctttagaagaagctgctgtacgattccgtgaattacaggcagaaaaggagctt
cgccagcttcaggaggacaaaaagaacgacaggaagccgcctccgtataaacacataaag
gtgaatcgaccgataggaaaggttcagatcttcacggccgacctgtcggagatcccgcgc
tgtaactgcaaagcgacagatgagagcccctgtgggatggagtccgagtgcatcaaccga
atgttgttgtatgaatgccacccccaggtttgtccagcaggtgagcgttgcctcaaccag
gcattcaccaaacgtcagtacagccaggtggagatcttcaggacgctttctcggggatgg
ggtcttcgctgtgtccacgacatcaagaagggtcagtttgtgagcgagtatgtgggagag
gtgatcgatgaggaggagtgcaggtcgaggatcagacacgctcaggagaacgacatctgt
aacttctacatgctgaccctggacaaggatcgaatcattgacgccgggccgaaagggaac
gaggctcgattcatgaaccactgctgtcagcccaactgtgagacacagaagtggacggtg
agcggagacactcgggtgggactgttcgctcttgttgacatccctgcaggcacagaactc
accttcaactacaacttggagtgtttgggaaatgggaagaccgtttgtaagtgtggcgcg
ccaaactgcagcggcttcctgggcgtcaggccgaagaataacccaccgtccgaagacaaa
ggtcgtaagaggaggggccacggcaagaggaagaagaaggtagtcgtgaccaaagaacga
gaagacgagtgttttagctgcggagacggaggacaaatggtttcctgtaagaagcccggc
tgtcctaaagtttaccatgccgactgcctcaacctgaccaagaggcctgcaggccgttgg
gaatgtccgtggcaccagtgtgatatatgtggcaaagaagcagcgtccttttgtgagatg
tgccccagttcctactgcaacaagcaccgtgaaggcctgctcttcatctccaagctggac
ggtaagctgtgctgcagcgagcatgacccctgcgggccggaaccgctggaacctggggag
atccgggaatacaaacctgaaacctcgggattgggcatggctgtcatccagtcctgcgct
tcgaattctacagcgagcagtgtgatgccaaaaaccaggacagaccgcgagatcagcgcc
ggcgctggcacgtgtgctcctgagtcacttcctgctttttccatccctgttcctgtcacc
gttcccgccggcacctccgctggcccacgtccccccgtcggctcggatttgcccagcagc
ccacacgtgtttgacctgccacactactcccccatctcctcatacgatgaggaagaggag
gagctgctggcggaggtagaagacgaggaggagttagttgaggagggtcaacagaaatcg
gatgaagaggacgaagaggctgtatatctggaggaggaggacgaggaggaggacgatgag
gaagaggagtga

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 (3)   
   Pfam (3)   
All databases (21)   

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