KEGG T01067: Dwil

Drosophila willistoni: Dwil_GK14418

Entry

Dwil_GK14418 CDS T01067

Definition

GK14418 gene product from transcript GK14418-RA

Orthology

K11424

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

Organism

dwi Drosophila willistoni

Pathway

dwi00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dwi00310]

SSDB

Motif

Pfam:

PWWP SET PHD PHD_2 zf-RING-like

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 1420 aa
MKLSATNGHSEIDVDGVQAYRQTETMDTDNVAATDSSLGKREPVPTVVDSGQPTDTDGEH
SQASTPTAALVEKQRSGVTIRKRDLINLQSSLSPKYIGYANGNSPILFSDTDDSQRSTRR
RTLNNSSTNRETKENEVAVATPKPLVEAQLLERSANKNYLSPIDKLLIKNGANSPNSTGF
EADAEDVAIAPARKTIKRKLKRNPKAKIASVAATDTPIAVKEDEKKDELVVDLKAEMEKE
KDSPKNNVEENIQIKQEPEAISLPDVDHQEETKTNESLEKQKDSDASNCQEVPLTSSRSS
PDQPSVTLEATNGFLKSPSSVSIDSAKGLSIIIDPAWPTYQVGDLYWGKVFSFCFWPCMV
CPDPLGQLVSKAPALPQRPTTENASLRIQVHVRFFADNGRRNWIKPENLLPFAGLKAFEE
LREEVRIKQGAKSGKYRQMVPKRNKMAVWQQAIEEAQMIAELPYAERLEKFCQMYENAIA
LNRQKRSSSMLQDTSDMGSSLYDSTDNLHARAPPLQPLIALKRERSESPLSPAFSPVKHL
NEKRSKRRKLSSEAETETGPASSAVSSTNKTITTTSSGIYGNSEFGQLYNAIKEYVMGYQ
QDEKVEKVLLSVVNNIWSLKQIQLRELERVVANDEIRQQQHQQQLGSTLPNNARSGSGDN
SSATTKRLSSRLKSMMLQRSITPVVVPDTVEPVAETRASETPKPRKPVNRPIEEVVEDIL
HLDRKYLFRGLNKEPVCKYCHEPGSELQRCSRGCNTWLHASCLERELNGVANATYKTGRG
RKPTVTATPLEPITSSTPNSEAETGHVESEREPVELVCQECITGQSDACCICHKLQPPSI
SPPASPLKETGEQSQSQSLVVCSQPMCSTKFHISCCKYWPQANASKSSARCPMHVCHTCV
SDDPSNRYQQLGSSKLCKCVKCPATYHQDSHCIPAGSRLLTSTHLICPRHNIAKADAHVN
VLWCYICVKGGELVCCETCPIAVHAHCRNIPIKTNESYICEECESGRLPLYGEIVWAKFN
NFRWWPSIILPPTEIPSNIQKKSHGPNDFVVRFFGTHDHGWISRRRVYLYIEGDTAESYK
SKSQLVKNYATGVEEASRFLKIIKARRQEQNIGRLSSNKLMPPPYVKIKANKPVTPVRLV
SNLEDLSVCDCQPGLEHPCGPESGCLNRMLFNECNPEYCRAGDRCENQMFEMRKSPRLDV
VYMNDRGFGLVCREAIAEGDFVIEYVGEVINHAEFQKRMLQKQRDRDENYYFLGVEKDFI
IDAGPKGNLARFMNHSCEPNCETQKWSVNCIHRVGLFAIKDIPANTELTFNYLWDDLMNN
GKKACYCGAERCSGQIGGKLKDQGLKETTSAQLNGKSKGNGKVKPIQHRKSISSALRIHI
VDSGASKKSKKIKTLTATASPSNVTSKIKQISSVDSPVEQ

NT seq 4263 nt +upstreamnt +downstreamnt
atgaagctgagtgcaacgaatggacactcggaaatcgacgttgacggtgtccaagcgtat
agacaaacagagactatggatactgacaatgtggctgctacggactcaagcttgggcaag
cgggaacctgtcccaacagtagtagatagtggccaaccaacggataccgatggagaacat
agtcaggcatcgacgccaacggcggctttggtggaaaaacagcgttccggtgtaaccatt
agaaaacgagacttgattaacttacagtcgtcactgagtccaaaatacattggatatgct
aatggaaattcgcccatccttttctctgacacggatgactcgcaacgctcaacgcgtcgt
cgaacattaaataatagcagcactaacagggagaccaaagagaatgaggtggcagttgcc
acaccgaaaccactcgttgaggcgcaacttctggagcgtagtgctaacaagaactattta
agccccattgacaagctgcttattaagaacggagctaattcacccaacagcacaggattt
gaagcagatgctgaggatgtggccattgcaccagctcgtaaaacaattaaacgtaaactg
aagcgtaaccccaaagcaaagatagcatcagtagcagcaacagacactccaattgctgtg
aaggaagacgaaaagaaagacgaattggtggttgatttgaaagccgagatggaaaaagag
aaggattcaccgaaaaataatgtagaggaaaacattcaaatcaagcaggagccagaggct
atatccttgcctgatgttgaccatcaggaagaaacgaaaacaaacgagtctttagagaaa
caaaaggactctgacgcaagcaattgtcaggaagtaccattgactagcagcaggtcttcg
ccagaccagccatccgttacgctggaagcaactaatggcttcttgaaatcaccatcatcg
gttagcatagatagcgccaagggtttgtctataattattgatcccgcgtggcccacttat
caagttggtgatctttactggggtaaagtgttctccttctgcttctggccatgcatggtg
tgtccagatccacttggtcagcttgttagcaaagcaccggcgttaccgcagcgtcccaca
accgaaaacgcatcgttgcgtattcaggtacatgttcgtttcttcgcagacaatggacgc
cgcaattggatcaaaccggagaaccttttgccatttgcaggtctaaaggcattcgaagaa
ttgcgcgaggaggttcgaatcaagcagggagcgaaaagcggaaagtaccgacagatggtg
cccaagcgtaacaaaatggcagtgtggcaacaagccatcgaggaggcacaaatgattgcc
gagctgccctatgccgagcggttggaaaaattctgccagatgtacgaaaacgccatcgca
ttgaatagacaaaagcgttccagttctatgctacaggatacttccgatatgggtagcagt
ctgtacgactcaacggacaatttgcatgccagggctccgcctcttcagcctctgatagcc
ctaaagcgtgagcgttccgaatcgccacttagccccgccttttcgccggtcaagcatttg
aatgagaagcgttccaagcgacgaaaactgagtagtgaagctgaaactgagacaggaccg
gcctccagcgccgtctctagcacaaataagacaatcactaccaccagttcaggcatttac
ggcaactcggaattcggacaattgtacaatgccattaaggagtatgtgatgggttatcag
caggatgagaaagtggagaaggtattgttatctgtagtgaataatatttggtccttgaaa
cagattcaactacgtgaattggaacgagtggtggccaatgacgagataagacagcaacag
caccaacagcagcttggttcaactcttcctaacaatgcccgaagtggttccggcgataat
tcatctgccactaccaagagattgtctagccgactgaaaagcatgatgctacaaagaagc
attacaccagttgttgttccggacacggttgaacccgtggctgagacccgtgcctcagag
actccaaagccaaggaagccagtcaatcgacctattgaggaggttgtggaggatattctt
cacttggatcggaaatatctctttcgtggtcttaataaggagccagtttgcaaatattgc
catgaacctggctctgaacttcagcgttgctcccgaggctgtaacacttggctacatgcc
agttgtctggaacgtgaattaaacggagtggctaatgccacatataaaacgggtagagga
agaaagcccacagtaactgctacccctctcgaaccgataacatcctcgacacccaattcg
gaagcagaaactggtcatgttgaaagtgaacgagagcccgtggaactggtgtgccaagag
tgcatcacgggtcaatcggatgcttgttgtatttgtcataaattgcagcctcccagcata
tcaccacctgcttctccccttaaggaaacgggtgagcaatcccaatctcagtcgctggtt
gtctgtagccagccaatgtgttcaacaaaattccacattagttgttgcaaatactggcct
caagcgaatgctagcaaatcatcagcgcggtgtccaatgcacgtgtgtcacacgtgcgtg
tcggatgatcccagcaatcgctatcagcaactgggcagctccaagctctgcaaatgtgtc
aagtgtccagccacttatcaccaggattcacattgcattcctgcgggctcgcgcctgcta
accagcacccatctcatctgcccgaggcataatatcgccaaagccgatgctcatgtgaat
gttctttggtgctacatttgcgttaagggcggcgagttggtctgctgcgaaacatgtccc
attgctgtccatgcccactgtcgtaatatacccataaagaccaacgagagttacatctgc
gaggagtgcgaaagcggacgactacccctctacggtgagattgtgtgggccaaatttaac
aatttccgatggtggccatcgattattctgccgccaacggagattcccagcaatattcag
aagaaatctcatggacccaatgattttgtagtacggtttttcggtactcatgaccatgga
tggatatcgcgtcgtcgcgtttatctctatatcgagggggacactgccgaatcatacaaa
agcaagtcacagttggtcaaaaactatgctacaggagtggaagaggcatcgcgctttctc
aagatcatcaaagcccggcggcaggagcaaaatattggacgtctaagtagcaataagcta
atgccgccaccctatgttaaaattaaagcaaataaaccggtgacgcctgttcggttggtt
agcaatctggaggatctaagtgtctgcgattgtcagccgggactagaacatccatgtgga
ccagaatcgggctgtctaaatcgtatgctattcaacgaatgcaatccggaatactgtaga
gccggtgatcgatgcgaaaaccaaatgtttgagatgcgcaaatctccgcgtctggatgtt
gtctacatgaatgatcggggctttggcctggtttgccgtgaagccattgccgagggcgac
tttgtcatcgagtatgtgggagaggtgatcaatcatgccgagttccagaagcgcatgctc
cagaagcaacgggatcgtgacgagaattattactttttgggagtagagaaggatttcatc
attgatgctggtcccaagggtaatctggcccggttcatgaatcattcctgcgaaccaaat
tgcgagactcaaaagtggagtgtaaattgtatacatcgtgtgggtttgtttgccatcaag
gacattccagcgaatacggaactgacattcaattatctgtgggatgatcttatgaacaat
ggcaaaaaggcatgctattgtggtgcagaacgttgttcaggtcaaattggtggcaaactg
aaagatcagggcttgaaggaaacgacgagtgcacagctaaatggaaagagcaagggcaat
ggcaaagtgaagcccattcagcatcgaaagagcatctccagtgccctgcgcattcacatt
gtagacagtggggccagcaaaaagagcaagaagatcaagactctgactgcgactgcttcg
ccttcaaatgtcacttcaaaaatcaagcaaatcagttccgtcgattcacccgtggaacag
taa

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 (5)   
   Pfam (5)   
All databases (25)   

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