KEGG   Tribolium castaneum (red flour beetle): 662527
Entry
662527            CDS       T01046                                 
Name
(RefSeq) histone-lysine N-methyltransferase NSD2
  KO
K11424  [histone H3]-lysine36 N-dimethyltransferase NSD2 [EC:2.1.1.357]
Organism
tca  Tribolium castaneum (red flour beetle)
Pathway
tca00310  Lysine degradation
tca01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:tca00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    662527
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:tca03036]
    662527
Enzymes [BR:tca01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.357  [histone H3]-lysine36 N-dimethyltransferase
     662527
Chromosome and associated proteins [BR:tca03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     662527
SSDB
Motif
Pfam: PWWP SET AWS PHD-1st_NSD PHD_NSD C5HCH PHDvar_NSD MUM1-like_PWWP PHD PHD_2
Other DBs
NCBI-GeneID: 662527
NCBI-ProteinID: XP_008198269
UniProt: D6WZP0
Position
LG9:13393616..13403242
AA seq 1740 aa
MASPQACLSSSPEIVSPGGKSRYGRTRRPKISHDFCNIDDVIIDDNPPEVKSPLKARDVV
FEIKDEFTKLDDLGMKVANNFKTNRGLDASIKERKFFKSAVVSKAVDVVDVSKVLKLVST
PGAEAQAKSPPKTVLKTYSNRRKHAENERVVESFGLPDEPIIPVKGHAFQRHSKIDVDFA
AENDVSLPNPWTFDEIFTNEMKGPTNGETFDENTDFQQTLTPKGAKNAFERTTGKKRLFR
SSAEEGGTIVTVSPVLKKAKVGSSPPKRVLRSNFESNVKIQSSVSPQNETNDSVVEAELP
SAGNESEEELPNISHKSLRSSTLKNKSPEKRIEISHEKNKIKTKSPEKCKPKKGLNLVKT
AKEISTETNKIRVGGTECTVKNKSPKKSKTKEALNPVVTVEEISPEKNNVQDDAAEENPL
KNGSSGKSKTKEALNPVKMVKTSAEKNDGLEAVTKSALTMTQTKTKEVFNPVVIVTEISP
EKNNVQEDVAENRTEESGPKNKPKEVFLNPVIIMKEFSAVKNDGPEAAESEPSMTQSKTK
EVLEISAETNQVPENETKEELKVIKQEVIELEVGVLAWAKLGNFPYWPCLITQEPASGTH
QKYVVNRIHPLYHVRFFGDKGRRSWVHGPNVMPFYAKDDLERLAKTLEVEGKFKPSYINE
CCFIRRTLMKKWQEGVAEAESLQFKTVDERLNYFSKMFARKNELKQERQKLKRARLSAAE
NLSKKVKIEEIETLELIKPEPVEVTSSPDTLIKPPKKKNFLKKEEFSDEQLEARKKLRNP
QVREEIPQPSSAPKLRKKPQGENSNSDTDSKFSDNSSLPPSMQSQAALFRRNNIFRGIPR
EKVCQICEKSGEIFKCKGPCNGVYHPECAMNRVVEQKSSVEIISLESKQPLPDLGTSPNY
TGMSLAEKIDHRMKEIMKKFDQSVYCESTDSSSDEYVVEEVVRQASPPAQSKLSLTVTAT
PTKKEVPIIKHVTADNISYICVSNEAPKEDTTGLKCTWCASDEAPLCLVCGEMGAQGRQK
CSLHQCGRFYHPECLKLWPQTQWSLNASDSFVCPRHVCHTCISDDPRAANSRCSSDKIVK
CLKCPATYHSSNYCVPAGTEILTASQIICPRHFTRNKRNYQSTINANWCFICSNGGDLIC
CETCPTSVHRECLPGDLGEVETFFCEDCQSGRLPLYDEIVWVKLGSFRWWPAVILFPNEV
PDNVKNIPHSKGEFVVKFYGTYDHYWVGRGRTFLFQEGDRGHSGSVKKRVDNAFVKAIEE
AAAAHELKKQFKARKFEEKNSGMKPPPYVRIKVNKPVGNVRVFDGNTSNTTSCDCDPNQP
HPCGPDSDCLNRLLLTECNPDVCPAGDRCNNQCFEKREYPPLVPHRTLYRGWGLKTLAPI
RKGQFVIEYVGEMIDEQEYQRRVQKMHEQKEENYYFLTIDKDRMLDAGPKGNVARFMNHS
CDPNCETQKWTVNGDTRVGLFANCDIPAGTELTFNYNLECIGKEKKICHCGAPNCSGFIG
VKVKTDNPPKKSTKAKKKKTPPLEYVDNDNPCFICGKQGDVAACNNKICTKYYHLACVGL
EAWPEGNKWVCQWHNCNICTKRTIRCCVRCINSYCPSHSDGNVRYDKLLGFVCSEHDSSK
ESNAVVTSHVPAPDSCVSDEGVVTSTTSDDSRMNGFVTSTPVKKNDNSYDESVVSSSEKK
PKKVKKKKVENTANFLLENEVKLNNFAPVKYLRTSRSRNSDPERDLPIRKRTRLRCGSSL
NT seq 5223 nt   +upstreamnt  +downstreamnt
atggcttcgcctcaagcctgcctgagttctagtcccgaaatagtcagccccggaggcaag
tcccgctatgggcggaccaggcgccccaaaatctcgcacgacttttgcaacatcgacgac
gttatcatcgacgataaccccccggaagtgaagtcgcccctcaaggcccgcgatgtcgtg
ttcgagatcaaggacgagtttacgaaactcgacgacttggggatgaaagtggcgaacaac
ttcaaaacgaaccgaggcttggatgcttcgatcaaagagcgcaagtttttcaaaagtgcg
gttgtaagcaaggcggtggatgttgttgacgtgagcaaggtgcttaagttggtttcgacg
cccggtgccgaggcccaggccaaaagcccgccgaaaaccgtcctgaagacgtactcaaat
cggcggaaacacgccgagaacgagcgcgttgttgagagttttggtttgccggacgaaccg
atcattccagtgaaaggccacgctttccagcgacatagcaaaattgatgtcgattttgcg
gccgaaaacgacgtgagtttgccgaatccgtggacgtttgatgagatttttaccaacgag
atgaagggacccacgaatggagaaacctttgatgaaaacaccgattttcaacaaacgctc
acccccaagggggccaaaaacgccttcgaacgtactacaggaaagaagaggttgttccgc
agttctgcagaggaagggggcacaatagttacagtttcaccagtgttaaagaaagccaaa
gttgggagtagccccccgaagagggttctcaggtcgaattttgagtcaaatgtgaaaatc
cagtcgtctgtttcaccacaaaatgaaacaaatgatagtgtagtggaggcagagttgcca
agtgcgggcaatgaatcagaagaggagttgccaaatataagtcacaagtcactaagatca
agcactctaaaaaacaagtcacccgagaaaagaatagaaatttcccacgaaaaaaataaa
ataaaaaccaagtcacctgaaaaatgtaagccaaaaaaaggcttaaatctggtaaaaaca
gcaaaagaaatttccaccgaaacaaataaaatacgggttggtgggacggagtgtactgta
aaaaacaagtcgcctaaaaaaagtaaaacaaaagaagccttaaatcccgtagtaacagtc
gaagagatctctcccgaaaaaaataacgtacaggacgatgcggcggaagaaaatcctcta
aaaaatggctcgtctggaaaaagtaaaacaaaggaagccttaaatccggtaaaaatggtg
aaaacttccgccgaaaaaaacgacggacttgaagccgtgacaaaaagcgcgctgacaatg
acacaaactaaaacaaaagaagtcttcaatcctgtagtaatagtgacagagatttctccc
gaaaagaataacgtacaggaagatgtggcagaaaacaggacggaggaaagtggtccaaaa
aataaaccaaaagaagtttttttaaatcctgtaataatcatgaaagaattttccgctgta
aaaaacgacggccctgaggctgcagaaagcgagccgtcaatgacacaaagtaaaacaaaa
gaagtcttagaaatttccgccgaaacaaatcaagtacccgaaaatgagacgaaagaggaa
ttgaaagttattaaacaagaagtaatagagctcgaagttggggttctggcctgggctaaa
cttggcaattttccctactggccgtgtctgattacgcaagaaccggcgagtggaacgcat
caaaaatacgttgtgaatcggatccatccgctttatcacgtgagatttttcggtgataaa
ggccgaaggtcatgggtgcatggcccaaacgtgatgcctttttacgccaaagacgatctc
gaacgtcttgcaaaaacgctcgaagtcgagggaaaatttaaaccatcctatatcaatgaa
tgttgctttataagacgcaccctaatgaagaaatggcaagaaggagtcgctgaagccgaa
tctttacaattcaaaacagtcgacgaacgcttgaattacttttcgaagatgtttgccaga
aaaaacgaactgaagcaagaaagacaaaaactgaaacgtgcgcggttatcagccgccgaa
aacttgtcgaaaaaagtgaaaatcgaagaaattgaaacacttgaattgatcaaaccggaa
ccagtcgaagttacttcgagccccgacactttaataaaaccccccaaaaagaagaatttc
ttaaagaaggaagaattttccgacgaacaactcgaagcgcgcaagaaactacgcaatcca
caagtgcgggaagaaatcccccaaccttcgagcgccccgaagttgcgtaaaaagccccaa
ggtgaaaattcaaactcggacaccgactccaaattcagcgacaacagctcgctcccaccc
tccatgcaatcgcaggcggccctgtttcgccgcaacaacatcttccggggaatccctcgc
gagaaagtgtgccaaatatgcgaaaaatccggggaaatcttcaaatgcaagggcccctgt
aacggcgtttaccaccccgagtgtgccatgaatcgcgtcgtggaacaaaaaagcagcgtc
gaaataatctcactcgaatcgaagcaacccttgcccgacctgggtacttcccccaactac
acgggaatgtccctagctgagaaaatcgaccatcggatgaaagaaataatgaaaaagttt
gaccaatcggtttattgcgaatcgaccgattccagtagcgatgagtacgttgtagaagag
gtggttagacaagcctcgcccccagcccaatcgaaactctccctcaccgtcaccgccacg
cccacgaagaaggaagtaccaatcataaagcacgtcactgccgacaatatcagttacatt
tgcgtgagtaatgaggcaccaaaggaggacaccacgggtttgaaatgcacgtggtgtgcc
tcagacgaggcccccttgtgcctcgtgtgtggggagatgggggcccaagggcgccagaag
tgctcgctgcaccaatgcggccgtttctaccaccccgagtgcctcaaactgtggccgcag
acgcagtggtcgctgaacgcgtcggacagcttcgtgtgtcctcggcacgtgtgccacacg
tgcatttccgacgatccccgagcggcgaactcgcgctgttcgagcgataaaatcgtaaaa
tgcctcaaatgccccgccacctaccactcgagcaattactgcgtgcctgcgggcacggaa
attctgaccgcctcccagattatatgcccgaggcattttaccagaaacaagcgcaactac
caatcaacgatcaacgccaattggtgtttcatttgttcgaacgggggcgacttgatctgc
tgcgagacgtgtccgaccagtgtgcacagggagtgtcttccgggtgatttgggcgaggtt
gagacgtttttctgtgaggactgccaatcggggcggttgcccctctatgatgagatcgtt
tgggtgaagctcgggtcgtttcggtggtggccggccgtgatcttgttcccgaatgaggtt
ccagataacgtgaaaaatatcccgcatagtaagggggagtttgtggtcaagttttacggg
acgtacgaccattattgggtcgggagagggaggacgttcttgtttcaggaaggcgatcgg
ggacattcgggttcggtgaagaagcgagtcgataacgcgttcgttaaggcgattgaggag
gcggcagcagcgcacgagttgaagaaacaatttaaggcgaggaaatttgaagagaagaat
agtggaatgaaaccgccaccgtacgttcggattaaggtgaataaacccgtggggaatgtg
agggtgtttgatgggaatacgagtaatacgacctcttgtgattgtgatccgaaccagccg
catccgtgtggacctgatagcgactgtctaaacaggctgcttttgaccgaatgcaacccc
gacgtgtgcccggccggcgaccgttgcaacaaccaatgttttgaaaaacgcgaatacccc
cctttggtgccccaccgcacactttaccgcggttggggcctcaaaacccttgctccaatc
cgaaaaggccaattcgtaatcgaatacgttggcgaaatgatcgacgaacaggagtaccaa
cgtcgcgtccaaaaaatgcacgaacaaaaagaagaaaactactatttcctcacgatcgac
aaggacaggatgttggatgccggtccgaaaggcaacgttgccagatttatgaaccattcg
tgtgacccgaactgtgagacacaaaaatggacagtgaatggcgacaccagagttggatta
ttcgcaaattgcgacattccagccggcactgagctcaccttcaattacaatttagaatgc
attgggaaagaaaagaagatctgtcactgtggcgcccccaattgtagtggctttattggt
gttaaagtgaaaacggataatcccccgaaaaagtcgactaaagccaagaagaagaaaaca
ccaccgcttgaatatgtcgataatgacaatccctgctttatttgcggcaagcaaggcgac
gttgccgcgtgcaataataagatttgtacaaagtattatcatttagcctgtgtggggctt
gaggcatggccggaagggaacaagtgggtgtgtcagtggcacaattgcaacatttgcacc
aagcgcacaattcgctgttgcgtgcgatgcattaactcgtattgtccgtctcactctgac
ggcaacgtccgttacgataagctgctagggttcgtctgtagtgagcatgactcgtcgaag
gagtccaacgcggtcgtgacgagccacgtgcccgcacccgattcgtgcgtcagtgatgag
ggcgtggtcacgtcgacgacttccgatgattcacgaatgaacggattcgtcacctccacg
ccggtgaagaaaaacgacaattcgtacgatgagagtgtggtgagttcgtccgaaaagaaa
ccgaagaaggttaaaaagaagaaagttgaaaacactgccaattttttactcgaaaacgaa
gtcaagctgaataatttcgcgcccgtgaagtatttgaggactagtaggagtaggaatagt
gaccctgaaagggacctcccgattcgaaaacgtaccagacttagatgtggaagttcgttg
tag

  All links  
Gene (215)   
   RefGene (212)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (10)   
   Pfam (10)   
All databases (230)   

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