Amphimedon queenslandica (sponge): 100642138
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Entry
100642138 CDS
T02284
Name
(RefSeq) DNA (cytosine-5)-methyltransferase 3A-like isoform X1
KO
K17398
DNA (cytosine-5)-methyltransferase 3A [EC:
2.1.1.37
]
Organism
aqu
Amphimedon queenslandica (sponge)
Pathway
aqu00270
Cysteine and methionine metabolism
aqu01100
Metabolic pathways
aqu04148
Efferocytosis
Module
aqu_M00035
Methionine degradation
Brite
KEGG Orthology (KO) [BR:
aqu00001
]
09100 Metabolism
09105 Amino acid metabolism
00270 Cysteine and methionine metabolism
100642138
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
100642138
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03000 Transcription factors [BR:
aqu03000
]
100642138
03032 DNA replication proteins [BR:
aqu03032
]
100642138
03036 Chromosome and associated proteins [BR:
aqu03036
]
100642138
Enzymes [BR:
aqu01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.37 DNA (cytosine-5-)-methyltransferase
100642138
Transcription factors [BR:
aqu03000
]
Eukaryotic type
Zinc finger
Cys4 GATA-factors
100642138
DNA replication proteins [BR:
aqu03032
]
Eukaryotic type
DNA Replication Termination Factors
DNA methylation enzymes
100642138
Chromosome and associated proteins [BR:
aqu03036
]
Eukaryotic type
Heterochromatin formation proteins
Other heterochromatin formation proteins
100642138
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DNA_methylase
ADD_DNMT3
ADDz_Dnmt3b
PWWP
Motif
Other DBs
NCBI-GeneID:
100642138
NCBI-ProteinID:
XP_003386062
LinkDB
All DBs
Position
Unknown
AA seq
984 aa
AA seq
DB search
MAEGPANCSIPLYRKRKAPDHLASPYTAAKHLELSPSPAPDSTLSPNQPVENYVDPIEEL
KSLEEDMSNFRRFSGRSKKQTNFFCPIAPASFHRRRSNSATNAAVRALKFPSSTSPVDSG
GPAGIAASEEKKESIDNGEGEDKVVAAMEIATGEEVEINKPQKPQQQTVPQEIKKLPIGS
LIWGKLPGYEWWPGCIISFDKKKLIEVVKDEDDDDEDTEEDEEEKEEDGGESVWVKWYGD
NQLSQISFKKIFPFGSNFLEFFSPNKLRGLYKKAVVNSLKEAARRCSKDIGCTLDERKPS
WIFHSSQFQVFLDERKALNNLTQEEAIEATPEKIEQGEKSPVYSPDSSFPNLQQEESSIF
TQIESDQESDSSPANGVKEKGGGRGAKKTKTGQFLLSLMEKDLLQWALTGFLPTGPDGFR
PRPEHLIDIKMFPFGESPAPGNQFIIKRNELPMERGRAVIDHDYDKKPENKLVLLQQRNK
AQFELIKLGQLAIENICIACGSVNISAQHPLFYGGLCKHCKETFMECAYMFDEDGSQMYC
TICSGGSQVFMCDTPNCSKVYCNPCIEKLCGPEERMKVQDATEWQCYMCSGEMNGLLRKR
EDWDKRLHDLFVTDIETEFEPPKFFPPIPAEMRKPMRVLGLFDGIGTGLLVLKELGINVE
VYIASEIDPDAIKVSRIKHPEIIHVGAIEQVTEKEVRSWGPFDLVFGGSPCNDLSIVNPA
RKGIYDGTGKLFFEFFRILSYAKPQPQDERPFFWLYENVVSMRAPDKKIISRFLQCNPVV
VDARDISAAHRARFFWGNLPGMNRPAVPLPGDRLTLQDCLEPNCFRHAQFTKLRTITTKM
NSIKQTKRAIFPVRVFSGGMFDITGEGEEEEGDVLWCTEMERLFGFPDHYTDVANLGRSG
RQKLLGKAWSVPVIRHLLSPLKDYFKSDTTGVPSSLKQTHIPITPVSITTAPPAPVLPVI
APPPKYLSPEPETVIVIMKTDEMD
NT seq
2955 nt
NT seq
+upstream
nt +downstream
nt
atggcagaagggcctgctaactgctccatacctttgtatcggaagaggaaagctccagat
catctagctagtccttatacagctgcaaagcatcttgaattatcgcctagcccagctcct
gactcaacccttagtcctaaccaacctgtcgagaattatgtcgatccaattgaagaattg
aagtcgctggaagaagacatgagcaacttccgtcgtttcagtggacggagcaaaaagcag
accaatttcttttgtcccattgcacctgctagttttcataggaggcgcagcaatagcgct
accaatgcagctgttcgagctttgaaatttccttcgtcgacaagcccagtggactcagga
ggacctgctgggattgcagctagtgaagagaagaaggaaagtattgacaatggagagggt
gaggataaagtggtcgctgctatggagatagccactggggaagaagttgagataaacaaa
ccacaaaaacctcaacagcagacagttccacaagagatcaagaagctgcccattgggtca
ttgatatggggcaagctcccagggtatgaatggtggcctggctgcattataagctttgac
aagaagaagctgattgaagtagtgaaagatgaagatgatgatgatgaggacacagaggag
gacgaagaagagaaagaggaagatgggggtgagtctgtttgggtcaagtggtatggtgac
aatcaactatctcagatctcatttaaaaagatattcccttttggcagcaactttctggaa
tttttctctcccaataaattaaggggactttataagaaagcagtagtcaattcattgaag
gaagctgcaaggcgttgttcaaaggatatcggttgcacacttgatgaaaggaagccatct
tggatatttcattcctctcagtttcaagtcttccttgatgaaagaaaagcactcaataat
ttgacacaagaggaggcaattgaagcaactccggagaaaattgaacaaggagagaaaagt
ccagtgtattctcccgattcttcttttcctaatctccaacaagaagagagcagcatcttc
actcaaattgaatcagatcaagagtctgacagttctcctgctaatggtgtcaaagagaag
ggaggtggaagaggagctaaaaagaccaagactggacagtttcttctctcactgatggaa
aaggatctcctccagtgggcactaacagggttcctacctaccggccctgatggatttcga
ccacgtccagagcatttgattgatattaagatgtttccttttggtgagagtcctgcccct
ggtaatcagttcataattaaaaggaatgagctgccaatggagagggggagagcagtaatt
gatcacgactatgacaagaaaccagagaataagttagtactcctgcaacagagaaacaaa
gctcagtttgaattgataaaattggggcagctagcaattgaaaacatctgtattgcatgt
ggcagtgttaatatatctgcacagcatcctttgttttatggtgggctctgtaagcactgc
aaagagacattcatggaatgtgcttatatgtttgacgaagatgggtcacagatgtactgt
actatatgctcaggtggcagtcaagtcttcatgtgtgacactccaaactgttcaaaagtt
tactgcaatccttgcattgagaagctctgtggaccagaagaaagaatgaaagttcaagat
gcaacagagtggcagtgctacatgtgctctggagagatgaatggtctactaaggaagagg
gaagactgggataagagactccatgatctctttgtcactgacattgagactgagtttgag
ccaccaaaattctttcctccaattccagcagagatgaggaaaccaatgcgagtgttgggt
ctgtttgatggaataggaacaggtttgttggtattgaaggagcttggcatcaatgttgaa
gtgtacattgcctctgagattgatcctgatgcaatcaaggtctcacgtataaagcatcca
gagattattcacgtaggagcaattgaacaagtgacagagaaagaggtaaggagttggggt
ccttttgatcttgtgtttggcggtagcccttgcaatgatctctcaatagtcaatccagca
agaaaaggaatttatgatggaactggcaagttgttctttgagtttttccgtatcctcagt
tatgccaaaccacagccacaagatgagagaccattcttttggctttacgagaacgtagta
tcaatgagggctccagacaagaaaataatatcaagattcctacagtgtaatcctgttgtt
gttgatgctagagatatttctgctgctcacagagctcgtttcttctggggtaacctccca
ggaatgaatagaccagctgttcctttacctggtgaccgcctcacattgcaagactgctta
gaaccaaactgctttaggcacgcacaatttactaagttgcgtacaatcaccacaaaaatg
aattcaatcaagcaaacaaagagagccatatttcctgttcgtgtttttagtggtggcatg
tttgatatcactggagagggagaggaggaggagggagacgtcctttggtgcactgaaatg
gaaaggttgtttggttttcctgaccattatacagacgtagctaatcttgggcgatccgga
agacagaagttgttaggaaaggcatggtctgtaccagtaataaggcatttactatcacca
ctgaaggattatttcaagtctgatacgactggtgtgccttcttccctcaaacagacccac
atacccattactcctgtttccataacaacagctcctcctgctccggttctgccagtcatt
gccccgccccctaagtacctcagccctgagccagagactgtcattgttatcatgaaaacc
gacgaaatggactag
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