Anastrepha ludens (Mexican fruit fly): 128866265
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Entry
128866265 CDS
T10909
Name
(RefSeq) histone-lysine N-methyltransferase eggless
KO
K11421
[histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase [EC:
2.1.1.366
]
Organism
alud Anastrepha ludens (Mexican fruit fly)
Pathway
alud00310
Lysine degradation
alud01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
alud00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
128866265
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
alud03036
]
128866265
Enzymes [BR:
alud01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.366 [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase
128866265
Chromosome and associated proteins [BR:
alud03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
128866265
Heterochromatin formation proteins
Other heterochromatin formation proteins
128866265
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Tudor_5
Tudor_4
Pre-SET
SET
MBD
Tudor_3
BAHCC1-like_Tudor
Motif
Other DBs
NCBI-GeneID:
128866265
NCBI-ProteinID:
XP_053962826
LinkDB
All DBs
Position
6:65336773..65342258
Genome browser
AA seq
1425 aa
AA seq
DB search
MSDNIEMNTKDTSTAGTISSKKAQDIINVEKNGEGVNTHVEEAEIINENIGEKISCISDA
METANEKTLVEVIETIEGNAGEMTRSTPEGVNSNPEEMHYEDASEVTEESNTASIKENKQ
QNKSINMEVENEATEHVDNPSPYIGASNLPNCSEKEIDAPLTELSLTKEIVSDSPVEPME
TDKDILTKSGSMDTKSTDVFEGNDDSQESLPLVIDEKPIETPTKSCQIKNSEDDEKDHKG
TAKDAIEIPSETQIESCHQAVKNCESTLENVIEIDDDIEETKPQEEDLDVEITETRSASY
IPVIEIDDDDDEEPHGSNVVQKNELNEEKGDPSTTLETSPTVAENISDKIVPEERANETN
ENTQMEDASAKESSTEKPELLTETAIQPQNEKQTISDADESAPKDTSDEIFYNQECINHD
CPHNHKQFFLAPQFALSHFKVKKRRTQKQYVCTECYDSALDVYEDYCSILKTKQPLLLKN
ITVQGPEFVEITDSSEDEEEAHTTTQTPITKSSFSKVDLDLIEAELESSIKNVLENLEIQ
NQLTWSKTILTTRARRLEEESNLNDELLRSLQRKADQMYSSLYQCPKIRLRQFQPLDLNT
GLPYTFPEVTPCPPTGEIMRPPIEINQIYYAVKNKAIASWVPCKVVEQVEPSVVIGAHSK
VPHYKVKFMKLQYQMVKTVSAKHLAYYDPPKFRLPIGSRVIAYFDATSLSRGKEKMMIQS
AFYPGIIAEPLKPNNNYRYLIFYDDGYTQYVSHKDVRLVCNVSEHVWEDVHPASREFIQK
YLTQYSINRPMVQTQKGQSMTTESNGKWIYARVVDIDCSLIQMQFEGPKSHTEWIYRGSL
RLGPVFKEYQKTLQKDTLPIPRLARRTEPFIRYTADEEATTAQQQQAQELERASSTEPRA
VAKKSVSRLSSDPTSLITNTQSATPSVPTVRHLNNSTIYLEDENKPKGKVVYYTAKRDLP
PLTYRPHKCSSSCLFKIPHNLSAYSPLSKPLLSGWERPILRLKNKKIVAYRGPCGKIMRN
MEEVRRYLRATNNILNVDNFDFHHETSCLAEYVIESAIVQKRDISGGQERMAIPLVNYYD
NTLPPECKYAAQRIPTDGVNINLDPEFLVGCDCEGDCSDKEKCSCWQLTYAGAKYGNPNT
PMEEIGYQYKRLYEHVPTGIYECNSRCKCKSNCLNRVAQQPLAMKLQVFKTSNRGWGLRC
INDVPRGSFVCIYAGHLLTEAKANEGGLDAGDEYFAELDYIEVAEQIKEGYESDVEPPEV
EEEEDIYAPDPEDDDEFTPSKSFLTRAKNKAQKLTRSSSCQNTDEDSQERQVINFNPNAD
MNEDSTRESSIRSLFGKDEACYVMDAKITGNLGRYFNHSCSPNLFVQNVFVDTHDLRFPW
VAFFSSTNIRAGTELTWNYNYEVGVVPGKVLYCQCGAPNCRLRLL
NT seq
4278 nt
NT seq
+upstream
nt +downstream
nt
atgtctgacaacatcgaaatgaacacaaaagatacaagcactgctggaacaatatctagt
aaaaaggcacaggatataatcaatgtagagaaaaatggcgaaggggtgaatacgcatgtg
gaagaggccgaaatcataaatgaaaatattggtgagaaaataagttgtatcagtgatgca
atggaaacagcaaatgagaaaactttggtagaagttatagaaacaatagaaggaaatgca
ggagaaatgacaagatcaacgcccgaaggtgtaaattcgaatcccgaagaaatgcactac
gaagatgcatccgaagtaacggaagaatcaaatacggcatctattaaagaaaacaagcaa
caaaataagtctattaatatggaagtagagaatgaagcaactgaacatgtagacaaccct
tctccgtatatcggtgcaagtaacttgccaaattgttcagaaaaagaaatagatgcacca
ttgaccgaattgtcgttaacaaaagaaatagtgagtgatagtccagtagaaccaatggaa
acagacaaagatatactaacaaaatctggaagtatggataccaaatcaacggatgtattt
gaaggaaacgacgatagtcaagaatcattgcctcttgtaatcgatgaaaaaccaattgaa
actcctacaaaatcgtgccaaataaaaaattccgaggatgacgaaaaagaccacaaagga
actgcaaaagatgccattgaaataccttctgagacacaaattgagtcttgtcatcaggcg
gtaaagaactgcgagtccacacttgaaaatgttattgaaatagacgatgatattgaagaa
acaaaaccacaagaagaggacctagatgtagaaattacagagacaagaagtgcatcctac
attccagtcattgaaatagacgacgatgatgatgaagaacctcacggaagtaatgtggta
caaaaaaatgaactaaatgaagaaaagggtgacccctctactacattagaaacgtctccc
actgttgccgaaaatattagtgacaaaatcgttccagaagaaagagccaacgaaacaaac
gagaatacccaaatggaagatgcatctgctaaggaatcaagtactgagaaaccagagttg
ttaacagaaactgcaatacaaccacaaaacgaaaagcaaacaatatccgacgcagatgaa
agcgcgcccaaagacacctctgatgaaatattttacaaccaagaatgtattaaccatgat
tgtccacataatcataagcaatttttcctagcaccgcagttcgctttaagtcactttaaa
gtaaagaaaaggcgtacccaaaagcaatacgtgtgcacagaatgttatgacagcgctctc
gacgtttatgaggattactgtagtatattaaaaacaaaacaacctttacttttaaaaaat
atcaccgtgcaaggacccgagtttgtggaaattacagacagcagtgaggatgaggaagaa
gcgcatacaacaacacagactccaataacaaaaagttcattttctaaagtggatttggac
ctgattgaagcagaattggagagctctattaaaaatgtacttgagaatttggaaattcaa
aatcaattaacttggtcaaagacaattttaacaacgcgtgctcgcagactagaggaagaa
tcaaatttaaatgatgaattgttgcgctcattgcagaggaaagcggatcaaatgtacagc
tcactttatcaatgtccaaaaatacgcttacgacagtttcagcctttagatttgaataca
ggcttaccttacacttttcctgaagtaactccttgcccgccaactggggaaataatgcgt
ccgcctatagaaatcaatcaaatatattatgcagtgaaaaacaaagcaatagctagctgg
gtgccttgtaaggtggttgagcaggtggaacccagcgtagttataggtgcacactctaag
gtgcctcattataaagttaaatttatgaaactacagtatcaaatggtgaaaacagtctca
gcaaagcatttagcctactatgatccacctaaatttcggcttccaattggatcacgtgta
attgcttacttcgatgccacttccttatcgcgaggcaaagaaaagatgatgatacaaagt
gctttctatccaggaattattgctgagcctttaaaaccaaacaataattacaggtatttg
atattctatgacgatggttacactcagtatgtgtcacacaaggatgttcgtttagtgtgt
aacgtttccgaacatgtttgggaagatgttcatccagcatctcgtgaatttatacagaaa
tatctaactcagtattcaataaatcgaccgatggtgcagacacagaaaggacaaagcatg
accacagaatcgaatggcaaatggatttacgcgcgtgtcgtagatattgattgtagttta
atacaaatgcaatttgaaggccccaaaagtcatacagaatggatataccgtggatctttg
cgactaggccctgtatttaaagagtaccagaaaacactacaaaaggatacgctacccata
cctcgcttagccaggcgaactgaaccattcatacggtacaccgctgatgaagaagcaaca
acagcacagcaacaacaagcgcaggagcttgagcgtgcgtcttctactgagccacgcgct
gttgccaaaaagagcgttagccgtttgtcatcagacccaacatcattaataactaataca
caatctgcaacaccttcagtaccaacagtgcggcatttgaacaactctactatttatctt
gaagatgaaaacaaaccaaaaggaaaagttgtatactacaccgccaaaagagatttacct
ccattaacctatcgcccacacaagtgctcatcttcatgtctatttaaaataccacataat
cttagcgcctacagcccactgtcgaaacccttactttcaggttgggaacgtccaatattg
cgtttaaagaacaaaaaaatagttgcctatcgtggaccatgtggcaaaattatgcgtaac
atggaagaagtgcgtcggtaccttcgtgcaacaaataatatactgaatgtggataacttt
gacttccaccatgaaaccagctgtttggcggaatatgtaattgaatcagcgatagttcaa
aagcgtgatatatccggcggtcaggagcgaatggctataccattagttaattactacgac
aatactttgccacccgagtgtaaatacgcagcccaacgtatacctactgatggagtaaat
ataaatcttgatccagagtttttggttggttgcgactgtgagggggattgttcggacaag
gagaaatgctcttgttggcaactaacttatgcaggcgccaaatatggcaatccaaacaca
ccaatggaagaaattggttaccaatacaaacgtttatatgaacatgttccaacgggaatt
tacgaatgcaactcgagatgtaagtgcaaatccaattgcttaaatcgtgtagcacaacag
ccattagctatgaagttacaagtatttaaaacatcaaaccgtggatggggcttgcgttgc
ataaatgatgtgcccagagggagttttgtgtgcatttatgctggccacttattaactgaa
gcaaaagcaaatgaaggtggtctagacgccggtgatgaatattttgcagaactggattac
atagaagtggccgaacaaattaaagagggatacgagtcagatgttgagccaccggaggtt
gaagaagaggaggatatttatgcaccagacccagaagatgatgacgaatttactcctagt
aaatcatttttaactcgcgccaaaaacaaagcacaaaagcttacacgtagcagttcgtgt
caaaacactgatgaagattcacaggagcgtcaagtaatcaatttcaatccaaatgcggac
atgaacgaagactcaacacgagaatcctccatacgtagtctatttggaaaggatgaggct
tgttatgtgatggatgcgaaaataacaggaaatcttggtcgttacttcaaccattcgtgt
tctcctaatttgtttgtccaaaacgttttcgttgacacacatgatttgcgctttccttgg
gtggcattcttttcttccacgaacattcgggctggcacggagttaacttggaattataat
tatgaggttggtgttgtacccgggaaggttttatattgtcaatgtggtgcaccaaattgt
cggttgcgactactttaa
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