Drosophila willistoni: 6650025
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Entry
6650025 CDS
T01067
Name
(RefSeq) probable histone-lysine N-methyltransferase Mes-4
KO
K11424
[histone H3]-lysine36 N-dimethyltransferase NSD2 [EC:
2.1.1.357
]
Organism
dwi
Drosophila willistoni
Pathway
dwi00310
Lysine degradation
dwi01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
dwi00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
6650025
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
dwi03036
]
6650025
Enzymes [BR:
dwi01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.357 [histone H3]-lysine36 N-dimethyltransferase
6650025
Chromosome and associated proteins [BR:
dwi03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
6650025
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PWWP
SET
AWS
PHD
PHD_2
Motif
Other DBs
NCBI-GeneID:
6650025
NCBI-ProteinID:
XP_002074027
UniProt:
B4NJQ1
LinkDB
All DBs
Position
3R:15154562..15159335
Genome browser
AA seq
1420 aa
AA seq
DB search
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
NT seq
+upstream
nt +downstream
nt
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
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