Haliotis asinina (tropical abalone): 137261393
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Entry
137261393 CDS
T10448
Name
(RefSeq) histone-lysine N-methyltransferase SETDB1-B-like isoform X1
KO
K11421
[histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase [EC:
2.1.1.366
]
Organism
hasi Haliotis asinina (tropical abalone)
Pathway
hasi00310
Lysine degradation
hasi01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
hasi00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
137261393
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
hasi03036
]
137261393
Enzymes [BR:
hasi01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.366 [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase
137261393
Chromosome and associated proteins [BR:
hasi03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
137261393
Heterochromatin formation proteins
Other heterochromatin formation proteins
137261393
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Tudor_4
Tudor_5
SET
Pre-SET
MBD
DUF5604
Chromo_MORC2_6th
Motif
Other DBs
NCBI-GeneID:
137261393
NCBI-ProteinID:
XP_067655239
LinkDB
All DBs
Position
14:3581134..3637934
Genome browser
AA seq
1310 aa
AA seq
DB search
MEAAEDEEQMYQVVKNDLDNLISSILEQEQDDDSDELNVFNTQVRQIERKQREINRIFQE
CQDHLDKYQETLRLEQEDEDERQKEAEAAVAEAQETERKQKLREAEEAAEVLNLVEDSDD
DIEIIGSSFDPNVAASRKAIIKAHMAARPAAKQPVKQADAPASQPETPAQNVTAPVAAGV
SGQVSVAHLRAILTEAINKQMPGSQAHAQSQAQLLQLQQQAQKGELTPLQKQLNTDITST
APKTPVAILPKVSTKPKSSSSSQDWKEVDIASKVLAKKFNDIWYSGTITDIVNKLDPPDV
RKYKVKFDGKGMKILSGKHIAYRDPIHVVLKVGSRCVALYRDDEANGPNSFYAGIVAEAP
SVKNQKRYLIFFDDGYAQYCYPKEIHKVCHQSDNVWEDIHPDSQEFIKEYLKQYPERPMV
RLLKGQVVRTEWNGKWWTAKVMEVDASLVKMFFQADKRTESIYRGSTRLEPLFKALANAE
AIKAAGSSKARRHNLDPKANRKPLVEYTRGVSEEHSNKSVNKPATPPAASTPTSIAPTPP
PPQALGPGYNQNHPAVQAYLQAREAGTQRAQLATTIPTMGGEHKKRPVAKKSTGSRPLPV
TPPVTTSAWEAPWLKLPKRGGTNTTVSSATVTKTTMPQVSAADNEMRKAFYQASSISSNT
VAQDMASVLQERLKTVDEADIDEEALGERMDTMLDLKEKIRKKFIPHTCGKQCKKNNDEE
LEKLKGRSTLLKPLLCGWERHVCKQRPSGRRVVMYQGPCQRRLRCIEEVDLYLCVTDSPL
TIDLFCFDPVLHVHTEFVPVKTFCDIKDLSYGKEAVPISCINGIDRQYPDYVEYSNQRIP
AQGVKLNLDSDFLICCDCTDNCRDKSKCQCCQLTIEHTEALGPNYRDPSAGYDFRRLKEP
IFTGIFECNPRCKCDSRCHNRLAQNGLSLRLQVFKTEKRGWGLRCLDDIPKGGFICIYAG
QLLTEGGANEDGKQYGDEYLAELDFIEVVERQKEGYESDVEEDQGIGDDDSHDEEEGDEA
VTSDTSDSDFAGEGNDQNVEHKEHATRYEKKTAAWVDSISTDPNSADPASTDSVSHPIMI
DDEEEGSLPVDKLEKKESMDFDELPDLDLPVEKKPSAKELTPDKPKPRLARKSTTSVHSE
PKHPDVDEKKIITDAKEESDSDTEPQKNEKLLGRARKSTGGSRFKNLPNPRAQMGRKGED
SKTREKRESQDQRPGTRFYFRDGQTCYIMDAKSMGNIGRYLNHSCSPNVFVQNVFVDTQD
LRFPWVAFFAGQYIRAGTELTWDYNYEVGSVPDKVLYCYCGSSQCRGRLL
NT seq
3933 nt
NT seq
+upstream
nt +downstream
nt
atggaggctgctgaggatgaagagcagatgtaccaggtagtcaagaatgaccttgacaac
cttatctcatccattttggaacaggaacaggatgatgactctgatgagctcaatgtgttc
aacacccaggtcaggcagatagaacgaaaacaaagggagataaatagaatattccaagaa
tgtcaagaccatttggacaaatatcaggagaccctccgcctggagcaggaagatgaggat
gagagacagaaggaggcagaagcagctgtagcggaggcgcaggaaactgaacgtaagcag
aagttgcgtgaagcagaggaggcagcagaggttctcaatcttgtggaggacagtgatgat
gacattgaaatcattgggtcatcgtttgatccaaatgttgcagccagcagaaaggccatc
atcaaggcacacatggctgccaggcctgctgccaaacagccagtgaagcaagcagatgca
ccagcctcacaacctgagacacctgcacagaatgtcactgccccagtggcagctggggtg
tctggtcaagtgtcagtagctcacctgagagctatcctcacagaagctatcaacaagcag
atgccaggctcacaggcacatgctcagtctcaggctcaacttctacagttacaacagcaa
gcccagaagggtgagttgacgcccctgcagaagcagctgaacaccgacatcacaagcaca
gctcccaagacacctgttgcaatcctgccaaaagtttctacaaaacctaaaagctcatct
tcttctcaggactggaaagaggtggacattgcatctaaagtgctagccaagaagttcaat
gatatctggtactctggaacaataactgacattgtcaacaagttggatccaccagatgtg
agaaaatataaggtgaagtttgacggcaagggtatgaagattctctctgggaagcacatt
gcatacagggacccaatacatgtagtgctaaaggttggatccagatgtgttgcactgtat
cgggatgatgaagctaatggtcccaattccttctatgctgggattgttgctgaggcgcca
agtgtcaagaaccaaaaacgatatctgatattctttgatgatggatatgcacagtactgt
tatcccaaggaaattcacaaagtctgccatcaaagtgacaatgtatgggaagatattcac
ccagattctcaggaatttatcaaagaatacctcaaacagtacccagagaggccgatggtg
cgtctgttgaagggtcaggtggtcaggaccgagtggaatgggaagtggtggacagctaag
gtgatggaagtggatgctagcctggtgaagatgttcttccaggctgacaagcgaactgag
tcgatatacagagggtctaccagactggaacctttgtttaaggcactggccaatgcagag
gctatcaaggcagcaggaagtagcaaggctaggcgccacaatctggatcctaaggccaac
aggaagccccttgttgagtatactcggggagtgtcggaagaacactcaaataaatctgtg
aacaagccagcgaccccacctgctgcctctaccccaacatctatagcacctacccctccc
ccacctcaggctctgggcccagggtacaaccagaatcaccctgcggtccaagcatacctc
caggctcgagaagctggtacccagcgggcccaactggctacaaccattcctaccatgggg
ggagaacacaaaaaacgtcctgttgcgaagaagagcaccggcagccgccccctcccagtt
actccacctgtgacaacctctgcatgggaagctccttggctgaagctgccaaaacgaggt
ggaacaaatactactgtcagttcggccaccgtcaccaagacaaccatgccacaggtgtca
gctgctgataatgaaatgcgtaaagccttctaccaggccagcagtatcagcagcaacaca
gtggcccaggacatggccagcgtcctgcaggagcggctcaagactgtagacgaggcagat
atagatgaggaggctctaggggaaaggatggacacgatgctggacttaaaggagaaaatc
aggaagaaattcattccccacacttgtggaaagcagtgcaagaagaacaatgatgaggag
cttgagaaattgaagggccgcagtacgctcctcaaacctctactgtgtggctgggaaagg
catgtgtgtaagcagcgtccaagtggtcgtcgtgtggtgatgtatcagggaccatgccag
agacgacttcgctgtatagaggaagtggacctgtatctctgtgtcaccgattctcccctc
accatcgacctcttctgtttcgatcctgtgctacatgtgcacacagagttcgtgcctgtc
aagacattttgtgatatcaaggatttgtcatatggcaaggaagctgtcccgatatcatgt
atcaatggaatagatcgacagtacccggactatgtggagtattcaaaccagaggatccca
gcacaaggggtcaagctcaaccttgactcggacttcctaatatgttgtgactgtacagac
aactgtagggataagtccaagtgccagtgttgccagctcaccattgagcatactgaggct
ctggggcccaactatagagacccctcagccggttacgacttccgcaggctgaaggagccg
atatttacaggtatctttgagtgcaatccccgctgtaagtgcgacagtcgctgtcacaat
cgcctggcacagaatgggcttagtctgcgtctccaggtgttcaagacagagaaaagggga
tggggcctacgttgccttgacgacattccaaagggaggcttcatctgtatctatgctggt
caactgttgacagaaggtggtgcaaatgaggatggtaaacaatatggggacgagtacttg
gctgagttggacttcatcgaggtagtggaacgtcagaaggaggggtatgagagtgatgtg
gaagaagatcaaggtattggggatgatgactcacatgatgaagaagaaggggatgaagcc
gtcacgagtgatacgtctgacagtgactttgctggtgaaggaaatgaccagaacgtagag
cacaaagagcatgccaccaggtacgagaagaagacagctgcctgggtggacagtatctcc
actgatccaaactcagcagacccggcctcaactgactccgtgtctcaccctatcatgatt
gatgatgaggaagaaggttcacttcctgtggacaaacttgaaaagaaggagtccatggat
tttgatgagctgcctgaccttgaccttccagtggagaagaaaccgtcggcaaaggaactt
acaccagataaaccgaagcctcgacttgcgaggaagtccacaacatcagttcattcagaa
cccaaacatccagatgttgatgagaaaaagatcatcacagatgcgaaagaagaaagtgat
tcagacactgagcctcagaaaaatgagaaacttcttggtcgagccaggaaaagcactggt
ggttctcggtttaagaacttaccgaaccctcgagctcagatggggcgcaagggtgaagac
agtaagacacgagagaagagggagagtcaggatcagcgacctggaacccgcttctacttc
cgtgatggacagacctgctacatcatggatgctaagtccatgggcaatatcggccgatac
ctcaatcacagttgcagtccaaacgtgtttgtacagaatgtgtttgtggacacacaggac
ctccggttcccatgggtggccttctttgctggacaatatatccgtgcggggaccgagctc
acctgggactacaactatgaagtgggtagtgtcccagacaaggtgctctactgctactgt
ggctcctcccagtgccgaggcagactgctctag
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