Pieris napi (green-veined white): 125062726
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Entry
125062726 CDS
T08706
Name
(RefSeq) DNA (cytosine-5)-methyltransferase 1-like
KO
K00558
DNA (cytosine-5)-methyltransferase 1 [EC:
2.1.1.37
]
Organism
pnap
Pieris napi (green-veined white)
Pathway
pnap00270
Cysteine and methionine metabolism
pnap01100
Metabolic pathways
Module
pnap_M00035
Methionine degradation
Brite
KEGG Orthology (KO) [BR:
pnap00001
]
09100 Metabolism
09105 Amino acid metabolism
00270 Cysteine and methionine metabolism
125062726
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03000 Transcription factors [BR:
pnap03000
]
125062726
03032 DNA replication proteins [BR:
pnap03032
]
125062726
03036 Chromosome and associated proteins [BR:
pnap03036
]
125062726
09183 Protein families: signaling and cellular processes
02048 Prokaryotic defense system [BR:
pnap02048
]
125062726
Enzymes [BR:
pnap01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.37 DNA (cytosine-5-)-methyltransferase
125062726
Transcription factors [BR:
pnap03000
]
Eukaryotic type
Zinc finger
CXXC CpG-binding proteins
125062726
DNA replication proteins [BR:
pnap03032
]
Eukaryotic type
DNA Replication Termination Factors
DNA methylation enzymes
125062726
Chromosome and associated proteins [BR:
pnap03036
]
Eukaryotic type
Heterochromatin formation proteins
Other heterochromatin formation proteins
125062726
Prokaryotic defense system [BR:
pnap02048
]
Restriction and modification system (R-M system)
Type II R-M system
DNA methyltransferases
125062726
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DNA_methylase
BAH
Motif
Other DBs
NCBI-GeneID:
125062726
NCBI-ProteinID:
XP_047524772
LinkDB
All DBs
Position
Z:9349328..9352979
Genome browser
AA seq
852 aa
AA seq
DB search
MIQTRLNIPPLVTRIVYMWKDIRNSNKCYFHAEVFMRSSATVLGEVGDPREVFLENRCIH
GILLSSIVRKATVEKVSPSDDWFQQGGKDFDPMFQEDDGKTFFYSKFYNRFTARFEDLPP
DPTCKNSIRKHRFCPSCERTIKLYMKEIPRVTGKVSVKSENVKEADRTEWTSVKWRDYEY
KKGCGVFLRPGTFELRNNINLHEENATAKGRKSKKPIVDEDIYPEYYRKQKNNVCGSNSD
TKEPFCVGYIVAVAVASYDHWLVAPQDIKIKVNVLYRPENTSGRFPHREDINLVYWSDEI
REVPFSTVMGPCHLSYVDNIPQTGSIYTWLEEDPNRIYFKMSYDKKTDRVKKVPEYARAI
GPSEQGNNDKGKGKGKSSKPQLPVAKDEKYSIRPLRSLDVFAGCGGLSEGLRQSGVAECK
WAIENDEATAHAFSLNNQQCKVFNEDCNILLKDILSGATHSSSGVRLPMKGEVELLCGGP
PCQGFSGMNRFNSREYSDFQNSLIASFLAYCDYYRPKYFILENVRNFVAFKKGMVLKLTL
KALLNMGYQFAFGILQAGSYGVPQTRRRLIIFAAAPGCKLPLFPEPTNVFSGSACFLTST
IDGKTFESNIKWCLSAPRRTCIIRDAMSDLPFISYNTDEMEMDYGTSAESYFQRLVRSRE
ENAKLRDHTCKKMAPLVQARIDRIPTKPGSDWRDLPNISATLSDGTKSNVLNYRYEDKKH
GRSSTGAMRGICACASGQNCNKDKQENTLIPWCLPHTANRHNNWAGLYGRIAWDGYFSTT
VTDPEPMGKQGRILHPDQNRVVSVRECARSQGFPDTYILTGSVMDKHRQIGNAVPPPLAA
ALGREIKKVLKP
NT seq
2559 nt
NT seq
+upstream
nt +downstream
nt
atgattcagacccgcttaaatatccctccattggtaacaaggattgtctacatgtggaaa
gacataagaaactctaacaagtgctattttcacgcagaagtttttatgcgatcatctgca
accgttttaggcgaagttggtgaccccagagaagtttttctggagaatagatgtattcac
ggcatcttgttgtcctcaattgtaaggaaggctacggtagaaaaagtgagcccgagcgac
gattggtttcaacagggcggaaaagattttgatccaatgtttcaagaagatgatggaaaa
acattcttttatagtaaattttataaccgattcacagctcgatttgaggatttaccaccc
gatccaacatgcaaaaatagtatacgtaaacatagattctgtccatcatgtgaacggacc
atcaagctttacatgaaagaaataccgagggttactggaaaagtttcagtcaagtccgaa
aacgtaaaggaggcggatcgcaccgaatggacgtcagtgaaatggcgagactatgaatac
aaaaaaggatgtggagtgttcctaaggccggggacatttgaacttagaaacaatataaac
cttcatgaggaaaatgcgacagccaaaggacgcaaatctaagaaaccaattgttgacgaa
gatatttaccctgagtattaccgtaaacaaaaaaataatgtgtgtggttcaaacagcgat
acaaaagagccgttttgtgtgggttatatagttgcagtggctgttgcaagttatgatcac
tggcttgttgcaccgcaagatattaaaatcaaagtaaatgttttgtaccgacctgaaaac
acaagcggaaggttcccacatcgcgaagacataaatctcgtctattggagcgacgagata
cgtgaagtgcccttctccactgtaatgggcccctgccatttgtcctacgttgacaacata
cctcaaactggttctatttacacttggcttgaagaagacccgaacagaatttactttaaa
atgtcttatgataagaagactgacagagtcaaaaaggttccagagtatgctcgtgctatc
ggacctagcgaacaaggaaataatgataagggaaaaggcaaaggaaagtccagcaaacca
caattgcccgttgctaaagatgaaaagtatagtatacgtcctttgcgctccttggacgta
ttcgcgggttgcgggggtttatcagaagggctgcgacaatcgggtgtagctgagtgtaaa
tgggctatagaaaatgacgaggctaccgcacacgccttttcgcttaataatcaacaatgc
aaagttttcaatgaagactgtaatatcttgttgaaagatatcttgtccggcgctacgcac
agctcctccggtgtgcgacttcccatgaaaggtgaagtcgaactactctgtggcggcccg
ccttgccaagggttttctggcatgaatagatttaactccagagaatattcagatttccaa
aactccctcatcgcgtctttcctagcttattgcgattactataggccgaaatacttcata
ctagagaacgttcgaaatttcgtcgcctttaaaaagggcatggtgttaaaattaactctc
aaagcgttgttgaatatgggctatcagttcgcgtttggaatactgcaagctggtagttat
ggagtgcctcagacaagacgacggcttataatttttgctgcagcgcctgggtgtaagttg
cctttgttcccggaaccaacaaatgtgtttagtggatcggcttgttttttgacatcgacg
atagatggaaagacatttgaatcaaatataaagtggtgtttaagtgccccaaggcgtaca
tgtatcatacgcgatgctatgagcgacctgccgtttatttcctataatactgacgaaatg
gaaatggattatggcactagcgccgagagctattttcagcgattggtacgaagtagagag
gaaaatgcaaaattacgtgatcatacctgtaaaaagatggcgccgttagttcaggctaga
atagaccgaataccgacgaagcccggatcggactggcgggaccttcccaatatttcagca
actttatcagacggaactaagtctaatgtcttaaattatcgctatgaagacaagaaacat
ggccggtcatccactggtgcaatgcgtggtatttgcgcgtgcgcatcgggtcaaaactgt
aacaaggataagcaagagaacactcttattccctggtgcctgccacataccgccaataga
cacaacaactgggcaggattgtatggtcgtatagcgtgggacggatactttagtacaacg
gtgacagatcccgagccaatgggtaaacaaggaaggatcctacatccggaccaaaatcgc
gttgtatctgtaagagaatgtgcacgatcacagggatttccggatacatacatactaaca
ggttctgtgatggacaaacatcgtcagattggaaatgccgttcccccaccccttgcggcg
gcgctaggaagagaaataaagaaagttttaaagccataa
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