KEGG T01059: Dana

Drosophila ananassae: Dana_GF16138

Entry

Dana_GF16138 CDS T01059

Definition

GF16138 gene product from transcript GF16138-RA

Orthology

K11424

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

Organism

dan Drosophila ananassae

Pathway

dan00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dan00310]

SSDB

Motif

Pfam:

PWWP SET PHD PHD_2

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 1460 aa
MKLSAGSHSEIEGEGAQSNVSCNPQVPVEIATDAEAVAAAAANAESEAPNQQTVTDITAS
ITEHHDAPEKPPEKLAAISVDVEMDADADKPSAVSDSPAGRQLQKPPQQRLSAMNRKRDL
INLQSALSPKYIGYANANSPTPLSESDETIRTTRRRLNQAAAALNSSSTGESLSRDNDSP
KTVGPGNGAVEGGGIKQYMSPIEKLLMKNGASSPNSTGFEADAEDLAVRPVRKQLKRKMK
RMSKAKVAIGVDSPPLIKESKSEEIDNEPHDTENTSNEINEIITTKCETEVETEAEAEAN
TGAVEVDVPAEDITEAENHVESHAELIEEPKDVEKPSELPFAQPQSTATEAELKSPPDVS
SSTFTQPEVNSSMKSPSSVSIDSAKGLSIVTDPGWPTYQVGDLFWGKVFSYCFWPCMVCP
DPFGQIVGNMPSHPQRSSVDAATVPIQVHVRFFADNGRRNWIKPENLLPFAGLPAFEELR
EEVRIKHGPKSAKYRQMNPKRAKLTIWMQAIEEAQVVTELPYSERLEKFYQIYESVATLN
KQKRKRTNSMMQDTSDVGSSLYDSTDNLLSRQSNQLVAVKRERSESPFSPAFSPVKSKNE
TRAKRRKLSGGIETETGRSSLTVIKQQTQLFSEKSSPDASVYENPEFGQLFDVIKEYVMV
HRNEEKVEKVLLAVVSNIWSLKQIQLRELERDMSNGQMEQQLGSAVMERGRGAGSIKRLS
NRLKTMMVRRSMTPVVAPSPTPAIVEPERRLSEVTKPKKPVNRPIDEVVEDILQLDSKYL
FRGLNREPVCKYCYAPGLNLQRCSRNCNNWLHGDCLERKKSGTPLPKKGGRKIKEISASS
NPQTPVPDIEHVTGDANIMTPLICHECSIGEPEGCVICHQVESPTVASAGSPVKEEEPQT
IAEDKLLTCSQPMCGKRFHVGCCKYWPQASSGKQSPRCPRHVCHTCVSDDPSGKFQQVSN
SKLAKCVRCPATYHQDSHCIPAGTQMLTATHIICPRHNIAKGDAHVNVLWCYICVKGGEL
VCCETCPIAVHAHCRNIPIKTNESYICEECESGRLPLYGEIVWAKFTNFRWWPAIILPPT
EIPSNILKKAHGDNDFVVRFFGTHDHGWISRRRVYLYIEGDTGDGHKTKSQLFKNYTTGV
EEATRFLRIIKTRRQEQAIGRQNGSKLQPPPYAKIKANKAVAPVRFMQNLEELSACDCLP
EHDHPCGPESGCLNRMLYNECNPDFCRAGDRCENRMFEQRISPRLEVVYMNERGFGLVCR
EPIAEGTFVIEYVGEVINHAEFQERLIQKQRNRDENYYFLGVEKDFIIDAGPKGNLARFM
NHSCEPNCETQKWTVNCVHRVGIFAIKDIPANTELTFNYLWDDLMNNSKKACFCGATRCS
GEIGGKLKDGSAKETTSQSAKGKSSSKLKHLGKAKGSMVRIHIGPPKKAKKPPKVKHISA
DDAPVEVEEVKTEPKIAQHD

NT seq 4383 nt +upstreamnt +downstreamnt
atgaaactgagtgcgggttcacactccgaaatcgagggtgaaggcgcccagagtaatgtg
tcgtgcaatccccaggtccctgtggagatagctactgatgcagaggcggtggcggcggcg
gcggccaacgccgagtcagaggccccaaatcagcaaaccgtcaccgatataacggcgagc
ataacggagcatcatgatgcgccagagaagcctccggagaaactggccgcgatatctgtt
gacgtggaaatggatgccgacgcagacaaaccatccgctgtctcagactcccctgctggc
aggcagctgcagaagccgccacagcagcgtctctcagccatgaacaggaagcgcgatcta
atcaatttgcagtcggccctgagccccaaatacatcggctatgccaacgccaactcaccc
acgccactttcggaatcggacgaaacgatacgcacaacgaggagacgcctgaaccaagcg
gcggcggccctcaacagcagcagtaccggcgagagcctgtcccgggacaatgattcacca
aagaccgttggtccaggaaacggtgctgtcgaaggaggcggtatcaagcaatatatgagc
cccatagaaaagttgctgatgaagaacggagccagttcgccgaacagcacggggtttgag
gcggatgccgaagatctggctgtccggcccgttcgaaagcagctcaagcgcaagatgaag
agaatgagcaaagccaaggtagccatcggtgtggatagcccacctctgattaaagaaagt
aagagcgaagaaatcgataatgagccacacgatacagaaaatacttcaaatgaaattaat
gagataatcaccacaaaatgcgagactgaagttgagactgaagctgaagccgaggctaat
actggggctgtggaagtggatgtcccagcggaagacataactgaagccgagaatcacgta
gaatctcacgctgaattaattgaagagccaaaagatgtggagaagccgagcgagctgcca
tttgctcagccccagtcgacggccacagaggccgaactaaaatcgccaccagacgtgagt
tcaagcacattcactcaacccgaggtcaatagctcaatgaaatcgccctcctccgtcagc
atagacagtgcgaaaggcctgtccattgttaccgatcctgggtggcccacctaccaagtg
ggcgacttgttctggggcaaggtcttctcgtactgcttctggccctgcatggtttgtccg
gatccgtttggccagattgttggtaacatgccgagccatccgcagcgctcatccgtggat
gcagccactgttccgattcaagtgcatgtacgttttttcgcggataacggacgaagaaac
tggatcaagccggagaaccttctgccctttgccggtctcccggcattcgaggaacttcgt
gaagaggttcgcatcaagcatggaccaaagagtgccaaatacaggcagatgaatcccaag
agggcgaagttgaccatctggatgcaggccatcgaggaggcccaggtcgtgacagagctg
ccctactcggagcgacttgagaagttttatcagatctatgagagtgtagccacacttaac
aagcagaagcgcaaacgcacaaattccatgatgcaggacacctccgacgtgggcagcagc
ctctacgactccacggacaatttgctcagccggcagtccaaccagttggtagccgtgaag
cgagagcgctccgaatctccgtttagtcccgccttctcgcccgtgaagagcaaaaacgaa
actcgtgccaagcgtcgcaaactcagcggcggcatcgagaccgaaacaggcagatccagc
ctaacagtgatcaagcagcagacacaactcttttcggaaaagagttcccccgacgcctcc
gtttacgagaatccggaattcgggcagctattcgatgtcatcaaggagtacgtgatggtc
catcggaacgaggaaaaagtggagaaggtactcctggctgtggtcagtaacatatggtcg
ttgaagcagatccaactccgcgagcttgagcgcgacatgtccaatggccagatggagcag
cagctgggctcggctgtgatggagcgaggtcgaggcgctggctccattaagaggctgtcg
aatcgtttgaaaacgatgatggtcaggcggagcatgaccccggtggtggcacccagtcca
acaccggctattgtcgagccggagcgcagactgtcggaagttacaaagcctaagaaaccc
gtcaaccgtcccatcgacgaggtggttgaggatatcttgcagctggacagcaaatacctc
ttccgaggactgaaccgagaaccggtatgtaaatactgctatgcgccgggattgaatctg
caacgatgttcgcgcaactgcaacaactggctgcacggggactgcttggagcgaaagaaa
tccggcacacccctgcctaaaaaaggtggccgaaagataaaagagatctcagccagctcc
aacccgcaaacacctgtgcctgatatcgagcatgtgacgggagacgccaacatcatgaca
ccgttgatctgccacgagtgcagcatcggagagccggaagggtgtgtcatttgccatcaa
gtggagtcaccaacggtagcatcagcaggctctccagttaaggaggaggaaccgcaaacc
attgcggaggataaactgctgacttgcagccagcccatgtgcggtaaacggtttcacgtt
ggttgctgcaagtactggccccaggccagtagtggcaagcagtcgccccgctgtccacgg
catgtgtgccacacttgcgtctcggacgatcctagcggcaagttccaacaggttagcaac
tccaagctggccaagtgcgtccgctgtccggccacttatcaccaggactcccactgcatt
cccgctggcacccagatgctaactgccacgcacatcatctgtccacggcacaacatcgcc
aagggggacgcccacgtcaacgtgctctggtgctacatctgcgtcaagggcggagagctg
gtctgctgcgaaacctgtcccatcgctgtacacgcacactgtcgaaatattccgatcaag
accaacgagagttacatctgcgaggagtgcgagagcggaagacttcctctgtacggggaa
attgtttgggcgaagttcactaatttccggtggtggccggcgattatactgcccccgacg
gagatacccagcaatatactaaagaaggcccatggcgacaacgactttgtggtgcgcttc
tttggcacccacgatcacggatggatatccaggaggagggtctacctctacatcgaaggc
gacacgggcgacggccacaaaaccaagtcccagctgttcaagaactacacaaccggcgta
gaggaagcgacacgtttcctgaggatcattaagacccgccggcaagagcaggccattgga
cgacagaatggcagcaagctccaaccgcctccatacgccaaaatcaaagccaataaagca
gtagcgccagtccggttcatgcagaatctcgaggaactaagcgcctgcgactgtctgcca
gagcacgatcacccctgcggcccggagtctgggtgcctcaaccgtatgctgtacaacgag
tgcaatccggacttttgtcgtgccggtgatcgctgcgagaaccggatgttcgagcagcgc
atatcgccccgcctggaagtagtctacatgaacgagcgcggattcggacttgtgtgccgg
gagcccattgccgagggcacatttgtgatagagtacgtcggggaggtcatcaaccatgcg
gaattccaagagcggctcattcaaaagcaacgcaatcgggacgaaaactactacttcttg
ggcgtggagaaagactttatcatcgacgccgggccaaagggtaatctcgctcgattcatg
aaccactcgtgcgagccgaactgcgagactcagaagtggacggtcaactgtgtccatcgt
gtgggaatctttgccatcaaggacattccagcgaacactgagctgactttcaactatctg
tgggacgatctcatgaacaacagcaagaaggcctgcttctgtggagcaacccgctgttcc
ggcgagattggcggcaagctgaaagatggcagcgccaaggaaacgacgtcgcagagcgcc
aagggcaagagcagtagcaaattgaagcatctgggaaaggccaaggggtcgatggtgcgc
atccacatcggaccacccaaaaaggcaaaaaaaccgccaaaggttaaacacattagcgcg
gacgatgcgccggtggaggtggaggaggttaaaactgaacctaaaatcgcccaacatgat
tga

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 (4)   
   Pfam (4)   
All databases (24)   

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