Salmo salar (Atlantic salmon): 106566801
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Entry
106566801 CDS
T04363
Name
(RefSeq) uncharacterized LOC106566801
KO
K17399
DNA (cytosine-5)-methyltransferase 3B [EC:
2.1.1.37
]
Organism
sasa
Salmo salar (Atlantic salmon)
Pathway
sasa00270
Cysteine and methionine metabolism
sasa01100
Metabolic pathways
Module
sasa_M00035
Methionine degradation
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09100 Metabolism
09105 Amino acid metabolism
00270 Cysteine and methionine metabolism
106566801
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03000 Transcription factors [BR:
sasa03000
]
106566801
03032 DNA replication proteins [BR:
sasa03032
]
106566801
03036 Chromosome and associated proteins [BR:
sasa03036
]
106566801
Enzymes [BR:
sasa01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.37 DNA (cytosine-5-)-methyltransferase
106566801
Transcription factors [BR:
sasa03000
]
Eukaryotic type
Zinc finger
Cys4 GATA-factors
106566801
DNA replication proteins [BR:
sasa03032
]
Eukaryotic type
DNA Replication Termination Factors
DNA methylation enzymes
106566801
Chromosome and associated proteins [BR:
sasa03036
]
Eukaryotic type
Heterochromatin formation proteins
Other heterochromatin formation proteins
106566801
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ADD_DNMT3
ADDz_Dnmt3b
DNA_methylase
CH
PWWP
CAMSAP_CH
CH_2
Motif
Other DBs
NCBI-GeneID:
106566801
NCBI-ProteinID:
XP_013990687
UniProt:
A0A1S3LIB9
LinkDB
All DBs
Position
ssa13:27590909..27608330
Genome browser
AA seq
1542 aa
AA seq
DB search
MGRLYSRSELSIQYPGARGVSSWLGQTIDKQRVWDSENAMKRKGERGGGLEMAVNVQVKP
GEKHNHYELLAWLNESLQTRFTKVEQTCSGAAFCQLMHWLFPGSVDVQRVRFQASDEVDA
LHNYSVLQAGFRRSGVIKSIPVEGLIGGSSEASLDFLHWFKVFFDSNHNGQEYDALESRA
GQSMLPANAAKQPQIPKALTQLNFSREVEMSEGPWQNQEIALDVQTAESEEKEDTFFPFS
PSLLQLIQKHWPSPAKRGTELTQDQVARHVLGQKYPQDITAACSQTPYCLYLYRGVELGG
DGDQERASVLLMGYFDQRSGVKHVRLLDTLQPRDATVSAGTAELNCLVETLRRFELPLAN
LAVFYCGDSGLSQVLVTGLRALNPGLVSLCGLPGLAGRACHMGVKALPKPVLELVRDIHH
HYSTCPTTNDNLKEIFADVAPLDPLLPLSSQCLFLGRTVQRMADAWPELLQYFESRGNEG
DAEQVCALLRDRKVRLSLLFLGQALEPLCAFQELIEWGDSDVANILQQASSLVHSYAASF
LRSPAVDRLLRRWELTLLGNEDHLLRVEVNTGARVKDFLSEHQAELKDDIVDSFLESSVS
FYMATTWSLMESLPLPNVALKNIPILLRPAGRLEVTGRVVAELGSLMGLCGVPGDMALLT
DEFLEYMISEGEKPTADSPSPGPTVEQHWKQVLRTMGKTSILRRLICSLLTLPSGSLQRD
KVFAQATVLGDGSWDENDWLTEETEHSENEGIPSSPSSPLKQESNSSDLIDITEPAETEP
RPVQTDTRPALKTTESIDIIDLDDSDDDVIWTETTQHKLKDDNALLMATSTPERPSKTSS
CLYKDEKGYNVGDLVWGQIDGYSLWPGIVQPWKGWQAAKSIRKIEWCGDGRFSEINTQRL
LQFGAFAQCFCANSFATLVTYRDAIFQSLQVAASRCRKVFSLGSDKRKELLKEMVDWAFS
GFKPTGPDGFQPPLQTEAKGIANGKQPDQKKATSTNSELHNLSQVSVCLTKLSLNLDNGT
FNLRQEEDTGASSNKGGNDQNPDCQPPLKKQKQQYNIKKDPGYVYELPDQKYREEMVQRV
KKKRLDIEAFCLCCMDDDIEIFHPLFEGSLCLKCKDNFTETLYRYDEDGYQSYCTVCCAG
LEVILCGNDSCCRSYCLDCLNILVGPGTFDSLKEVDPWICYLCEPHNAHGALKPRLDWNI
RVQEFFANNSAFQFEPDRVYPSIPANLRRPINVLSLFDGIGTGYLVLKELGLKVDKYVAS
EICSESISVSEINHEGKIIHVDDVRLITKEHILKWGPFDLLIGGSPCNDLSIVNPARKGL
FEGTGRLFFEYYRLLHIMKPKEDDQRPFFWFFENVVFMNNNHKVDICRFLECNPVLVDAV
KVSPAHRARYFWGNIPGMNRPIIASQNDKVILQDCLERGRIAKFTKVRTITTNSNSLKQG
KDVRKLPVSEKGVDDNLWITELEKIFGFPKHYTDVKNMSRQQRQKVLGKSWSVPVIRHLF
APLKDYFACEQLPPFLSQPSSSSATAMGEGSMGGPSWCSPLE
NT seq
4629 nt
NT seq
+upstream
nt +downstream
nt
atggggcgtctgtacagtcgcagcgagttaagtatccagtatcctggagccagaggggtg
agtagctggcttggccaaacgatagacaaacaacgagtttgggacagtgaaaacgccatg
aaaaggaaaggagagcgaggtggaggcctagagatggcagtaaatgtccaagtcaagcct
ggtgagaaacacaaccactatgagctgctggcgtggctcaatgaatctctacagaccagg
ttcactaaggtggagcaaacctgctcaggtgcagcgttctgccagctgatgcattggctg
ttccctggttctgtggacgtacagagagtgaggttccaggccagtgatgaggtggatgcc
cttcacaactacagtgtgctgcaggccggcttcaggaggagtggggtgatcaaatcaatc
ccagtggagggtctgatcggagggagctctgaggcgagcctggactttctacattggttc
aaggtgttctttgactccaaccacaatggccaggagtatgatgctctggagtcgcgggct
gggcagagcatgctgcctgctaatgctgctaaacagccacaaatacccaaagccctgaca
caactcaacttctctagggaagtggagatgtctgaggggccctggcagaaccaggaaata
gcactggatgttcaaacagcagagtcagaggagaaggaggatacgtttttccctttcagc
cccagcctgctgcagctcatccagaagcactggcccagcccagcaaagcgcgggacagaa
cttacccaggatcaggtagccagacacgttctgggtcagaaataccctcaggacatcacc
gccgcctgctcccagaccccctactgcctctacctgtaccgaggcgtagagctgggaggg
gatggagaccaggagagggccagtgtgctcctgatgggctactttgaccagaggtcaggg
gtcaaacacgtgcgcctgctagacacccttcagcccagggatgccacagtgtcagctggt
acagccgagctgaactgtctggtggagactctgaggaggtttgagctccccttggccaac
ttggctgtgttctactgtggagactcggggctgagccaggtgttggtgaccgggctcagg
gccctgaaccctgggctggtgtctctctgtggtctccctggcctggctggacgggcgtgt
cacatgggcgtgaaggcgctgccgaagccggtcctggagctggttagagacatccaccac
cactactccacctgccccaccaccaacgacaacctcaaggagatatttgccgatgtggca
cccttggaccctctccttcccctgtcgtcccagtgccttttcctgggcaggacggtgcag
aggatggcagacgcctggcctgagctgctgcagtactttgagtcccggggcaatgagggg
gatgcggagcaagtgtgtgcccttctaagggaccgaaaagtcagactgagcctgctgttc
ctggggcaagccttggagcccctctgtgccttccaggagctcattgaatggggtgactct
gacgtggccaacatcctacagcaggcctccagcctggtgcactcctatgcagccagcttc
ctccgctcgcccgccgtggaccgcctcctgaggcggtgggagctcacgctccttggcaac
gaggaccacctcctgagggtggaggtgaacacgggcgcccgcgtgaaggacttcctgtcg
gaacatcaggcagaactcaaagacgatatcgttgactctttcctggagagtagtgtctcc
ttctacatggctaccacctggagcctgatggagagcctgccgctgcccaacgtggccctg
aagaacattcccatcctgctgaggcctgctgggaggctggaggtgacgggtagggtggtg
gccgagctggggtccctcatggggctgtgtggagtcccgggggacatggccctgctgacc
gacgagttcctggagtatatgatctcagagggtgagaagcctaccgccgactctccctcc
cctgggcccacggtggagcagcactggaaacaggtgctgaggaccatgggaaagacatct
atcctacggaggctgatctgcagcctgcttactctcccctctggctctctgcaaagggac
aaggtcttcgctcaggctactgtgctgggtgatggtagttgggatgagaatgattggctc
acagaagagacagaacacagtgaaaacgaaggcataccctcatcaccctcaagtcctcta
aaacaggagagcaactcatctgatttgattgacatcacagagcctgctgagactgaaccc
aggcctgttcagacagacacaagaccagcgctaaagacgactgagtctattgacattatt
gatcttgatgacagcgacgatgacgttatttggactgagaccacacagcacaagcttaaa
gatgacaatgccctgctgatggccacatccacccctgaaagaccatctaagacatcctcc
tgcctgtacaaggatgagaagggctacaatgtgggggatctggtatggggacagatagat
ggatactccctgtggccagggattgtccaaccctggaagggatggcaggcagccaaaagc
atccggaaaattgaatggtgtggggatggcaggttttccgagataaacacccagagactg
ctgcaatttggagcgtttgcacaatgtttctgcgcaaatagcttcgccaccctcgtcacg
tacagggatgctatattccaatccttacaggtggctgcttcaagatgtaggaaggtgttt
tcactgggttcagataagcggaaggagctcctcaaggaaatggtggactgggccttcagc
ggtttcaaacccactggcccagatgggttccaaccaccactccagaccgaggctaaaggg
attgccaacgggaagcaaccggaccaaaaaaaggcaacatccaccaacagcgaactgcac
aacctgagccaggtgtctgtgtgtctcaccaagctctcgctgaacctggacaacggcacc
ttcaacctcaggcaggaggaggatacaggtgcctcgtccaacaaggggggaaatgatcaa
aatccagactgccagccaccactcaaaaaacaaaagcagcagtacaacataaaaaaagac
ccaggctacgtctatgaacttccggaccagaaatacagagaggagatggttcaaagagta
aagaagaaaagactggatattgaagctttctgcctgtgctgtatggatgacgatatagag
attttccatccactgtttgaaggaagcctttgccttaaatgcaaggataacttcactgag
actctctatcgatacgatgaggatggctaccagtcatactgtacagtgtgctgtgctggc
ctggaggtcatcctctgtgggaacgacagctgctgccgctcctactgtttggactgccta
aacatcttggttggcccaggtacctttgactctctgaaggaggtggatccatggatctgc
tacctgtgtgaaccccacaatgcccacggtgccctgaaaccccgtcttgactggaacatc
cgtgtccaggagttttttgcaaataacagtgcctttcagtttgagcccgatcgggtatac
ccgtccatccctgccaacctacgtcgaccaatcaacgtcctctcgctgtttgatgggatt
ggcacaggttacttggtgctgaaagagctgggactcaaggtggacaaatatgtggcctcg
gaaatctgttcggagtccatctccgtttccgagatcaaccatgaaggcaagatcatacat
gtggatgatgtccggctcatcaccaaagagcacatcctaaagtggggtccgttcgatctg
ctcattggtgggagcccttgcaacgatctgtccatcgtgaacccagcacggaagggactg
tttgaggggacggggagactcttctttgagtattaccggcttcttcacatcatgaagccc
aaagaagacgaccagaggccgttcttctggtttttcgagaacgtggtgttcatgaacaac
aaccacaaggtcgacatctgccgcttcctggagtgcaacccggttctggtggatgcggtg
aaagtgagcccggcccacagagcgcgatacttctggggcaacatccctgggatgaacaga
cccatcattgcatcccagaacgacaaggttattctccaggactgccttgaaaggggaaga
attgccaagttcacaaaggtgaggaccatcaccaccaactcgaactccctcaagcagggc
aaggacgtgcgcaagctccctgtatcagagaaaggcgtggatgacaacctgtggatcacg
gagctagagaagatcttcggcttccccaagcactacaccgatgtaaagaacatgagtcgc
cagcagaggcagaaggtgctggggaagtcctggagtgtgcctgtgatccgccatctcttt
gccccactgaaggactactttgcttgcgaacaacttcccccgttcctttcgcagccatct
agttcctcagcaacagccatgggagaggggtcaatgggtggaccatcatggtgtagtccc
ctggagtga
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