KEGG T01032: Dpse

Drosophila pseudoobscura pseudoobscura: Dpse_GA18567

Entry

Dpse_GA18567 CDS T01032

Definition

GA18567 gene product from transcript GA18567-RA (EC:2.1.1.43)

Orthology

K11424

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

Organism

dpo Drosophila pseudoobscura pseudoobscura

Pathway

dpo00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dpo00310]

SSDB

Motif

Pfam:

PWWP SET PHD

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

Position

AA seq 1541 aa
MKISAGAHSETDGVGAQSNLSFNADGTATGDAAAGNAESVASQITEHPEKVKEKRRKRSK
IVAHDGDSVTELTENDLNGYLSPKNAPFAIKKQQRLSGLNRKRDLINLQSALSPKYIGFA
NANSPTPLSDSDDTVRTTRRRFTQAAALNSSNNNNHCELQPRDNDAATESPKTLEGTPLL
DRSDSKNYISPIDKLLMKNGASSPNSTGFETDPEDVAPLAARLSLRRKLKRAAKTSPQED
RTEEAATTEMMEQIETTTEMEKKTEEEATTEMEKRTEEAATTEMVKKEEPTLGAENQTEE
ANEKIEKQNEESTSEMVEPPEKVPSVKEEPMEITDLQPKEVSDAKIEDAVPLSTDGNSES
ESRASSCDVVSSSRISLSNENAQDLPGEPTDTSSKTIESTDEPNDPDPDPDPDSESGFAL
PAATSTDMKSPGELSPTAFRQPEDNGYVKSPSSVSLDSAKGLSIVTDPGWGTYQVGDLYW
GKVFSYCFWPCMVCPDPYGQIVGNLPAHPQRTSTDNAPLPIQVHVRFFADSGRRNWIKPE
NLLIFAGLKVYEEQREEVRIKYGNRSGKYRTMVPKRTKLDVWRQAIDEAQLVAEVPYSER
LEKFYQIYESVVTINKQKRKRTNSMTTQDTSDVGSSLYDSTDNLHAKAHLQLMNVKRERS
VTPVSPAFSPVKKSQMRTKRRKLSKGAEAETGGGTVPSESVAGAEKNTTPSNSGGIYENP
EFRQLFDAIQEYVMVYRHDEKVEKVLRAVVGNIWSLKQLQLRELERELAYGEMDQEQLGS
AVVERERGTGTTQRLSNRLKTLVERRSRTPVVTPSGTPTPTASSTIGGAEMRLSEISKPK
KPVNRPIEEVVEDIFQLDSKYLFRGLPRGTVCKYCFKPGSNLLQCSRTCHSWMHADCLES
KRNGLAASKKEGMKLKALEDVSTASSTTPPVPAAEHITGDAPDALATIATAAPTAPTFEV
ICHECNVNGEASCCICLQVLPPAHPSPSPGSPLKEGSSEAKEATPVDGTMIMCGQNLCGR
QYHAGCCKYWPQAIASSSLTRCPLHVCHTCVSDNPRKFLPVGSSKLTRCVKCPASYHQDS
RCVPAGSRMLTTTNLICPRHNVAKTDAHLNVLWCFICVKGGELLCCETCPIAVHAGCRKV
PIKKHENYICEECESGRLPLYGEIVWAKFNNFRWWPAIILPPTEIPNNILKKAHGESEFV
VRFFGTHDHGWIPRRRVYLYIEGDTGEKLKPRSQLHRKFYNGIEEATRFMKITKARRHEQ
MVARGIKVNPPPYVKIRINKAVPPVKFITNSEEHSTCDCRPEDEHPCGANSNCLNRMLFN
ECHPEYCRCGDRCENRMFETRKSPRMDVVYMNARGFGLVCREPIAEGDFIIEYVGEVINQ
EEFQRRMLRKQKDRDENFYFLGVEKEFIIDAGPKGNLARFMNHSCEPNCTSQKWTVNCTN
RVGLFAIQDIPAETELTFNYLWDDLLNDKKKACYCGSERCSGEIGGKLKDKPSNVKLKQQ
QRSRGAAIRIHVPPAKKGKKSVPKIKHVSADDELEEAKKNQ

NT seq 4626 nt +upstreamnt +downstreamnt
atgaagataagtgcgggtgcacactcggaaacggatggtgtgggtgcccaatccaattta
tcgttcaatgctgatggtacagctaccggggacgcggctgcaggcaacgccgagtccgta
gcatcccagataacggagcatccagaaaaagtaaaggagaagcgtagaaaacgcagcaaa
attgtggctcatgatggcgactctgtgacagagttgaccgaaaacgacttgaatggctat
ttgagtccgaaaaacgcgccattcgccataaaaaaacagcagcgtctctcagggttgaac
agaaagcgcgatttaattaatttgcagtcggcattgagccccaaatacattggctttgcg
aatgccaactccccgacgccattgtccgactcggacgacactgtgcgcacaacgcgtcgt
cgcttcactcaagctgcagccctcaacagcagcaacaacaacaaccactgcgagctgcag
cccagggacaatgacgcggcaacagaatcaccaaagaccttggaagggacaccgctgcta
gatcgcagtgatagcaaaaactacataagccccatcgataagcttctaatgaaaaatggc
gccagctcgccaaacagcacaggcttcgaaacagatcctgaagacgtggcaccactagcc
gcccgcctgagtctgagacgtaaactgaagcgggctgcaaaaacgagtccgcaggaagat
cggacagaggaagcagcgactacagagatgatggaacagatagagacgactacagagatg
gaaaagaagacagaagaagaagcgactacagagatggaaaagcggacagaggaagcagcg
actacagagatggttaaaaaagaagaaccaactctaggcgcggaaaatcagacagaggaa
gcaaatgaaaaaattgaaaaacaaaatgaagaatctacttctgagatggtagagccccca
gagaaagttccttctgtgaaggaagaaccaatggaaataaccgatttacaaccaaaagaa
gtctccgatgctaaaatcgaagacgccgtccccctcagcacggatggaaactccgagtcg
gagtctcgggcttcttcctgcgatgtggtcagtagcagcaggatttcgttgagcaacgaa
aacgcacaagacttgcctggcgagcctaccgatacgagtagcaaaaccattgagtccact
gacgaaccgaacgaccctgaccctgacccagacccagactctgaatcggggtttgccttg
ccagcggcaacatcaacagacatgaaatcccctggggagctgagcccgacagccttccgg
cagcccgaggacaacggatacgtgaagtcgccatcttcggtgagcctggacagcgccaag
ggtttgtccatagtcacggatccgggctggggcacctatcaggtgggtgatctgtattgg
ggcaaggtattttcgtactgcttctggccgtgtatggtgtgcccggatccgtatggtcag
attgtgggcaaccttccggcccatccgcagcgcacatcgacggacaacgcccccttgccc
atccaggtgcatgtgcgcttctttgccgacagtgggcggcgcaactggattaagcccgag
aatctccttatctttgccggcctcaaggtatacgaggagcagcgcgaggaggtgcgcatc
aagtatggcaacaggagcggcaagtaccgcaccatggtgcccaagcggacgaaactagat
gtctggcggcaggccatcgacgaggcccagctggtggcggaagtgccctactccgagcga
ctcgagaaattctatcagatttatgagagcgttgtaaccattaacaaacagaaacggaag
cgcaccaactccatgacgacgcaggacacgtcggatgtgggtagcagcctgtacgactcc
acagacaacttgcatgccaaggcccatctgcagctgatgaacgtgaagcgcgagcgctca
gtgacgcccgtaagtcccgccttctcgcccgtcaagaagagtcagatgcgtaccaagcga
cgaaagctgagcaaaggagctgaggcggagactggcggcggcaccgtgccatcggaaagt
gtggcaggcgcggagaagaataccactccctccaattcggggggcatctacgagaatcca
gagtttcgtcagctattcgatgcgatccaggaatatgtgatggtctatcgtcacgacgag
aaagtggaaaaggtgcttcgggccgttgtgggcaatatctggtcattgaagcagctccag
ttgcgcgaactagagcgagagttggcctacggcgaaatggatcaggaacagcttggatcg
gcagtcgttgaacgggaacgcggcaccggcaccacccagcggctgtccaatcgcctgaaa
acgctggtggagcgacgaagccgtacaccagtggtcacgcccagtggtacgccgacaccc
accgccagcagcaccatcggtggggcggagatgcgtctttcggaaatttccaagccgaaa
aagccagtgaatcggcccatcgaggaggtggtcgaagatatattccagctggacagcaag
tacctattccgcggcctcccccgcggcaccgtctgtaaatattgcttcaaacccggctcg
aatctgctgcagtgctcgcggacctgccacagctggatgcatgccgattgcctggagagc
aagaggaatggcctggccgcatccaaaaaggaaggaatgaagcttaaagctttggaagat
gtgtctacagcctcctccaccacgccgcccgttcccgcagcggagcacataacaggcgat
gcgccggacgctttagccactatcgctactgctgcaccgactgctcccacctttgaagtg
atctgccatgagtgcaatgtgaacggagaagcaagctgttgcatttgccttcaagtgttg
ccgcccgcacacccctcgccgtcccccggctcgccgctgaaagaaggctcaagcgaggca
aaggaagccacgccagtggacggcacgatgataatgtgtggccaaaacctgtgcggccgc
caataccacgccggatgctgcaaatactggccacaggcgatcgccagcagctcactgacc
cgctgccccctgcacgtttgccacacgtgcgtctcggacaatccccgtaaattcctaccg
gtgggcagcagcaagcttacgcgctgcgtcaaatgcccagcctcgtaccatcaggactcg
cgctgcgtacccgccggcagccggatgctgaccaccacgaacctcatctgcccgcgacac
aatgtggccaagaccgatgcccacttgaatgtcctgtggtgcttcatctgcgtcaagggc
ggggagctgctgtgctgcgagacctgtcccattgccgtgcacgcgggctgtcgcaaggta
ccgatcaaaaagcacgagaactacatctgcgaggagtgcgagagtggacgactgccgctc
tatggggagatcgtttgggccaaattcaacaactttcgctggtggccggccattatcctg
ccgcccacggagataccgaacaacattctcaagaaggcccacggcgagagcgagtttgtg
gtgcgattcttcggcacccacgatcacggatggataccacgacgacgtgtctacctgtat
atcgagggcgacactggggagaagctgaagcccaggtcgcagctgcaccgaaaattctat
aacggcattgaggaggccacgcgatttatgaaaatcaccaaggccaggcgccacgagcag
atggtggctcgcggtattaaggtgaatccgccaccatatgtgaaaatcaggatcaacaag
gcagtgccgccagtgaagttcatcacgaattcggaggaacacagcacatgtgattgccgg
cccgaggatgagcatccgtgcggcgccaactccaactgcctcaatcggatgctgttcaac
gaatgccatccggagtactgtcggtgcggcgaccgatgcgaaaatcgcatgtttgagacc
cgcaaatcgccccgcatggatgtggtctatatgaatgcccgtggattcgggcttgtctgt
cgtgagcccatcgccgagggcgatttcatcatcgagtatgtgggggaggtgatcaatcaa
gaggagttccaacggcgcatgctccggaagcaaaaggatcgcgacgagaacttctacttc
cttggcgttgagaaggagttcatcatcgatgccggcccaaagggaaacctggcccgcttc
atgaatcactcatgcgagcccaattgcacctcacaaaaatggactgtcaactgcaccaat
cgtgtgggactcttcgccattcaggacattccagcggagacggagctgacgttcaattat
ctgtgggatgatctgctgaatgacaaaaagaaagcctgctactgtggctcggaacgctgt
tccggggagataggcggcaagcttaaagataagcccagcaatgtaaagctgaagcaacag
caacgcagcagaggagctgccattcgaatccatgtacctccggccaagaagggaaagaag
tctgttcccaagatcaagcacgtgagcgccgacgatgagctcgaagaggctaaaaagaat
cagtaa

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)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (23)   

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