Eleginops maclovinus (Patagonian blennie): 134881439
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Entry
134881439 CDS
T09869
Symbol
dnmt3ab
Name
(RefSeq) DNA (cytosine-5)-methyltransferase 3A isoform X1
KO
K17398
DNA (cytosine-5)-methyltransferase 3A [EC:
2.1.1.37
]
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Pathway
emac00270
Cysteine and methionine metabolism
emac01100
Metabolic pathways
emac04148
Efferocytosis
Module
emac_M00035
Methionine degradation
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09100 Metabolism
09105 Amino acid metabolism
00270 Cysteine and methionine metabolism
134881439 (dnmt3ab)
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
134881439 (dnmt3ab)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03000 Transcription factors [BR:
emac03000
]
134881439 (dnmt3ab)
03032 DNA replication proteins [BR:
emac03032
]
134881439 (dnmt3ab)
03036 Chromosome and associated proteins [BR:
emac03036
]
134881439 (dnmt3ab)
Enzymes [BR:
emac01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.37 DNA (cytosine-5-)-methyltransferase
134881439 (dnmt3ab)
Transcription factors [BR:
emac03000
]
Eukaryotic type
Zinc finger
Cys4 GATA-factors
134881439 (dnmt3ab)
DNA replication proteins [BR:
emac03032
]
Eukaryotic type
DNA Replication Termination Factors
DNA methylation enzymes
134881439 (dnmt3ab)
Chromosome and associated proteins [BR:
emac03036
]
Eukaryotic type
Heterochromatin formation proteins
Other heterochromatin formation proteins
134881439 (dnmt3ab)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DNM3A_N
ADD_DNMT3
DNMT3_ADD_GATA1-like
DNA_methylase
PWWP
DUF5626
Motif
Other DBs
NCBI-GeneID:
134881439
NCBI-ProteinID:
XP_063764843
LinkDB
All DBs
Position
19:19474274..19510054
Genome browser
AA seq
982 aa
AA seq
DB search
MPSNTVTNTNNATFKGSDYADSPGNRMGESTILDMDLMTEEKSAKSSASCKVGKPGRKRK
QFPVESCGLLKGSMGMGNSYSGVGRPSMAQVHNGEMGGHRDRTSDACFPKQEKREVENGI
PRDPSSCQAEDSFQSLSPSSENGFLHGREDQDSEKEKDDSPTTPCKKRGRRKLERPTKYV
EHKEEDRRDAVKTEGGRGKRGVGWEISLRQRPMPRITFQAGDPYYINKRTREEWLAKWKT
EAEKKSKLTSVMNAMKDNEESETETQKEDEVSIIKHPAPSKQQQPQSHTQPQYQQQSLPA
LPQQQHQPPPQQQQQPTDPASPTVATTPEPIAIEGGDKTSAKPADTEPEYEDGRGFGIGE
LVWGKLRGFSWWPGRIVSWWMTGRSRAAEGTRWVMWFGDGKFSVVCVEKLMPLSSFSNAF
HQPTYNKQPMYKKAIYEVLQAASSRAGKAFMACPDSDETETSKSVEMLNKQMIDWAMTGF
QPTGPKALEPPEEERNPYKEVYPEMWVEPEAAAYTPPPAKKPRKSTTEKLKVKEIIDERT
RERLVQEVRQKCRSIEEICISCGSLSVSREHPLFAGGMCQSCKNCFLECAYQYDDDGYQS
YCTICCGGREVLMCGNNNCCRCFCVECVDLLVGQGAAQVAIKEDPWNCYMCSPKNAFGLL
GRRSDWPSRLQHFFANNHDQDFDAPRDYPPVMVEKRKPIRVLSLFDGIATGLLVLKDLGI
EVDRYVASEVCEDSITVGIVRHQGRIMYVGDVRNVTRKHIHEWGPFDLVIGGSPCNDLSI
VNPARKGLFEGTGRLFFEFYRLLHEARPKEGETRPFFWLFENVVAMGVSDKRDISRFLEC
NPVMIDAKEVSAAHRARYFWGNLPGMNRLVCEWPLSAMFNDRVDLQDCLEHGRTAKFGKV
RTITTRSNSIKQGKDQHFPVYMNEKEDILWCTEMERIFGFPVHYTDVSNMSRLARQRLLG
RSWSVPVIRHLFAPLKDYFACA
NT seq
2949 nt
NT seq
+upstream
nt +downstream
nt
atgccgtccaacactgtcaccaacaccaacaacgctacattcaaaggctctgactacgct
gattcacctggaaacagaatgggtgaaagcacaatactggacatggacctgatgacggag
gagaagtcggctaaaagtagtgcctcttgtaaagttggcaagcctggaagaaaacgcaag
cagtttccggttgagagctgtggcttgctcaaaggcagtatgggcatgggcaacagctac
agcggggtgggtaggccgtccatggcacaggtccacaatggagagatgggcgggcacaga
gacaggacgtctgacgcctgcttcccaaaacaggagaagagggaagtggagaacgggatc
cccagagacccttcctcttgccaggcggaggacagctttcagagtctgagtccgtcctca
gagaacggattcctgcacggccgggaagaccaggactcggagaaagagaaggacgatagc
ccgacaacgccgtgcaagaaacgagggaggcggaaactggagcgcccaacgaaatatgtg
gagcacaaggaggaggacaggcgtgatgcagtcaagaccgagggaggtcgaggcaagagg
ggagttggttgggagatcagccttcgtcagaggcccatgcccagaataaccttccaggct
ggtgacccttattacattaacaagaggaccagagaggagtggctggcgaagtggaagacg
gaggcagagaaaaagtccaaactgacgtcagtgatgaacgccatgaaggataacgaggag
agcgaaacagagacacaaaaagaagatgaagtctcaataatcaagcacccagcgccttca
aagcagcagcagcctcagtcccacactcagcctcagtatcaacagcaatcactgccggcg
ttgccacaacaacaacatcagccaccgcctcagcagcagcagcagcccactgaccccgcc
tcccccactgtggccaccacccccgagcccatcgccatcgaggggggagacaagacgtcc
gccaaacctgcagacactgaaccagagtatgaggacggccgtggttttggcatcggcgag
ctggtttgggggaagctgcgaggtttctcgtggtggccgggccgcatcgtatcctggtgg
atgacggggcggagccgagcggccgagggaaccagatgggtcatgtggtttggagacgga
aagttctcagtggtctgtgtagagaagctcatgcctttaagttccttcagtaatgccttt
caccaaccaacttacaacaagcagcccatgtacaagaaagccatctatgaggtgctacag
gcggccagcagccgggcaggcaaagccttcatggcctgccccgacagcgatgagacagaa
acctcaaaatcagtggaaatgctgaacaagcagatgattgactgggctatgacaggattt
cagcccactggacccaaggccttagagccccccgaagaggagcgtaacccatataaggag
gtctaccctgagatgtgggtggagcctgaagcagcggcctacacgcctcctccagccaaa
aagcctcgcaaaagcacaacagagaaactcaaggtcaaggagattattgatgagaggaca
cgagagcgccttgttcaagaagtgagacaaaagtgccgcagcatagaggaaatttgtatc
tcatgtgggagtctgagcgttagccgggagcacccgctgtttgctggcggaatgtgccag
agctgtaagaactgcttcctagaatgtgcataccaatatgacgacgatggctaccaatca
tactgcacgatctgctgcggaggacgagaggtgctcatgtgcggaaacaacaactgctgt
cggtgtttctgtgtggagtgtgttgacctcctcgtgggtcagggagcggcacaagtagcg
atcaaagaggacccgtggaactgctacatgtgtagtccaaagaacgcgttcggtctgctg
gggcggcgcagtgactggcccagccgtctccagcacttctttgcaaataatcacgaccaa
gattttgatgcacccagggattaccccccagtcatggtggagaagaggaagcctattcgc
gtcctgtcgctatttgacggcatagcaacagggcttttggtgctgaaagatcttggcatc
gaagtggatcgttatgtagcctctgaagtgtgcgaggactccatcactgttggtattgtc
cggcatcagggtcgcatcatgtatgtcggcgatgtgaggaacgtcacacgcaaacatata
catgagtggggaccttttgacctagttattggtggaagcccatgcaatgacctctctata
gtcaaccctgcacggaaaggtctttttgagggcaccggccgcctcttctttgagttttac
aggctgctccacgaggcccggccaaaggagggggagacccgacctttcttctggctcttt
gaaaatgtggttgccatgggcgtcagcgataagagggacatatctcgctttttagagtgc
aacccggtgatgattgatgccaaggaagtgtccgctgcccaccgcgctcgctacttctgg
ggtaaccttcctggcatgaacaggttggtgtgcgaatggcctttgagtgctatgttcaat
gacagggtggaccttcaagactgcttagagcacggcagaacagctaagtttggcaaagtg
aggaccatcaccaccaggtctaactccatcaagcagggcaaggaccagcacttccccgtc
tacatgaatgagaaggaagacatactctggtgcactgagatggagaggatctttggcttc
cctgtccactatacggatgtgtcaaacatgagccgtctggcgaggcagaggctgcttggt
cgatcctggagcgtcccggttattcgccacctgtttgcaccactcaaagattactttgcc
tgcgcttga
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