Penaeus monodon (black tiger shrimp): 119580115
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Entry
119580115 CDS
T08784
Name
(RefSeq) histone-lysine N-methyltransferase SETDB1-like isoform X1
KO
K11421
[histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase [EC:
2.1.1.366
]
Organism
pmoo
Penaeus monodon (black tiger shrimp)
Pathway
pmoo00310
Lysine degradation
pmoo01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
pmoo00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
119580115
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
pmoo03036
]
119580115
Enzymes [BR:
pmoo01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.366 [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase
119580115
Chromosome and associated proteins [BR:
pmoo03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
119580115
Heterochromatin formation proteins
Other heterochromatin formation proteins
119580115
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Tudor_4
Tudor_5
SET
Pre-SET
MBD
Tudor_3
DUF1664
DUF919
Motif
Other DBs
NCBI-GeneID:
119580115
NCBI-ProteinID:
XP_037783976
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All DBs
Position
13:complement(9798637..9905449)
Genome browser
AA seq
1114 aa
AA seq
DB search
MAEVIDLSDDDILVDEVAVSKVVPPTLKRPFRCLNSDCRSEKDLVRADKYIRRFFGVLSY
PKKKRVCPSCSIEARNQQDSLIDTLRSGRLLLAEKLPPPRETVVLTDSDSDPSDNEKLSD
DSDYEFVSEDGKNLEDTIADITKELSLDMQITDGMKHLEERFLALEEGFEKQKEEYENIE
SQLDNLRKDFYNSFRPEIMWQKALDIGPSGTVIHQELFEVIAEPSVPVPAHNLPPVGPLV
RTELKPNELVYSMRHSLFARWAQAQIIEVVKREPKNTSYKIRYNRNAKSSCQTAIMTGRQ
LAYYASCPTRIPVGTRVIAKYRDDDPKNTTISGAFYVGIVAEIPTAANKYRYLIFFDDGY
AQYVLHGDIRVMTEASSCPWEDVSSDSKEFIKDYLQMYPERPMVRLQKSNYVKTECNGRW
WKALVKEVDGSLVKMFFPMDGRSEWIYRGSTRLSPLFNKKMNSQAQTKQPQKTIRRRTVA
VPGTAVVEYGTFGQGLDAEATAPGKEALVLIGYDNNKTETGERRAVARKSTMSRAGTPPR
EVQQRIEQESKGFTKKHTLHEETIKFTRHICSNKCLGKGDNMTDHKGLSPLLYPMMFGWY
RHIVKQRRRTMGRNEVYYVAPCGRRLRSVEEVFRYLLDTESNLEIDCFSFELAVDTSHEW
EPFKKIVNIDDVSLGEENVQISCVNSLDETAPQTLVYSNVRLPTEHVPLNLDPEFLVCCD
CIDDCQDKSKCPCWQLTIQGTRILDRSENPNTGYHYRRLSEQVQSGIYECNSRCKCSNMC
LNRVVQHPLRLKLQLFKTARRGWGVRTLHDIPRGGFICVYVGKMLNETIANEEGKMIVGG
DDYYAELDYIEVMENAKEGYEEEVENIEEETSKLSVEGNAIAGSDSTDSDGFYSENEVDD
TKDDRDFSHPTYMKKVGLTKREKSARLQERSSRNNFLKKGKESKDGSGSGSAPASDDEAS
KSSQPEKPKETEPKDDSKSEEAADDFDDDDEADEKQRRPQTFAPSQLLATPPKQRANKSV
REYFGKDEAVYIMDAKHTGNIGRFLNHSCEPNVFVQNVFVDTHDLRFPWVAFFAISNIRA
GTELTWDYSYEVGSVPGKTKYCYCGARKCRGRLL
NT seq
3345 nt
NT seq
+upstream
nt +downstream
nt
atggctgaagttattgacctttctgatgatgatattttggtggatgaggtggctgtgagt
aaagtcgtacctcctacactaaagagacccttcagatgcctgaattccgattgtcgttct
gagaaagatttagttcgggcagacaaatacatccgcagattttttggtgttttgtcatat
ccaaaaaagaagcgagtatgccccagctgcagtatagaagccagaaatcagcaagactct
ctgattgacacattacgatcaggacggcttttgttggctgaaaaacttccacctccaagg
gagactgtggtgctcacagactctgactctgatccatctgacaatgaaaaacttagtgat
gattcagattatgagtttgtcagtgaagatggaaagaaccttgaagacacaattgccgat
atcaccaaagaacttagcctggacatgcagataacagatggcatgaaacatctcgaagag
cgattcctggcgttagaagagggttttgaaaaacaaaaagaagaatatgaaaatattgag
tctcagctcgataatttgcgcaaagacttctataatagtttccggccagagatcatgtgg
cagaaggctcttgatattggtccttctggtacagtgatccaccaagaactgtttgaggtg
atagccgaaccctccgtccctgtccctgctcataatctgccacctgtgggcccattagtg
cgcactgagttgaagcccaatgagctcgtctattcaatgaggcactcactcttcgctcgc
tgggctcaagcacaaatcattgaagtggtgaaacgtgagccaaagaataccagctacaaa
atccgttacaatcgcaatgccaaaagttcatgccagactgccatcatgacaggacgtcag
ctggcatactatgcctcatgtccaactcgtatccctgtcggcacacgtgttatagcaaag
tatagagatgatgatccaaagaataccaccatttcaggtgctttctatgttggaattgta
gcagagatcccaacagcagcaaataaatacaggtatctcatattctttgatgatggttat
gcacagtatgtccttcatggtgatatacgggtaatgacagaggcctcatcatgcccctgg
gaggatgtatcttcggattcaaaagaattcatcaaggattacctgcaaatgtatccagaa
agacccatggtgcgcctccagaaaagcaactacgtcaaaacagaatgcaatggaagatgg
tggaaagctctggtcaaagaggtggatgggtctctagtgaagatgtttttcccaatggat
ggaagatccgaatggatttacaggggatcaactcgactcagcccactcttcaacaagaag
atgaacagtcaagcacagacaaaacagccacagaagactatacgacgtcgtacagtggct
gtacctggaacagcagttgtggagtatggaacatttggccagggcttagatgctgaggcc
acagctcctggtaaggaggctcttgtactcattggttatgataacaacaagacagaaaca
ggagaacgtcgggctgtagcaagaaagagtactatgtcacgtgcaggtactccacctcga
gaagttcaacaaaggattgaacaggaatctaaaggttttactaaaaaacatactcttcac
gaggaaaccataaagttcacgagacatatctgttcgaataagtgcttggggaagggtgat
aacatgactgatcacaaagggttgtcaccactcttatatcctatgatgtttggttggtac
agacatattgtgaagcagcgtcgtagaacaatgggacgcaatgaagtttattatgtagct
ccgtgtggtagacgactgcgcagtgtagaagaagtcttccgctatcttcttgatactgaa
tccaatcttgagatcgactgtttctcctttgaattggcagtggatacctctcatgagtgg
gagccgttcaaaaagattgtcaacattgatgatgtatcccttggagaagaaaatgtacag
atctcatgcgtcaactccttggacgaaactgcccctcagactcttgtatacagcaatgtt
cgacttccaacagaacatgtgccactcaacctagatccagaattcttagtctgctgcgac
tgtatagatgattgccaggacaaatcaaagtgtccttgttggcagttgacaatccaagga
acccgcattttggatcgctccgagaaccccaacacaggttatcattaccgcagattgtct
gaacaagtacaaagtggtatttatgagtgcaattctagatgtaagtgcagcaacatgtgc
ttaaatcgtgtcgtgcagcacccactgaggctaaagttgcagctattcaaaactgcacgt
cgaggttggggcgttcgaactttacacgacattcctagaggaggattcatctgcgtttat
gtgggcaagatgctgaatgagactattgctaatgaggaaggcaagatgatagtgggtgga
gatgactactatgctgagctggattatattgaggtcatggaaaatgcaaaagaaggatat
gaggaagaagtagagaatattgaagaagaaactagcaagctctccgtagaaggaaatgca
attgctggctcagattccacagacagtgatggtttctatagtgaaaatgaagtagatgac
acaaaagatgatcgggacttcagccatccaacatatatgaaaaaggtgggacttactaag
agagaaaagtctgctcgccttcaagaacgttcatcgcgcaataacttcctaaagaaagga
aaagaaagtaaagatggaagtggatcaggatctgctcctgcatcagatgatgaagcatcc
aagtcatcacagcctgaaaagccaaaggaaaccgaacccaaggatgattcaaaatcagaa
gaagcagctgacgattttgatgatgatgatgaagcagatgagaagcaacgccgtccacaa
accttcgccccaagtcaattattagctacccctccaaagcagagagcaaacaagagcgtg
agagagtattttggaaaagacgaagcagtatacatcatggatgccaaacatacaggcaat
ataggccgtttcttgaatcactcgtgtgaaccaaacgtcttcgtccagaatgtctttgtt
gacactcatgacctaagattcccatgggtggcattctttgcaatcagcaacatccgtgca
ggcactgaactcacatgggattacagctatgaagtgggcagcgtcccgggcaagactaag
tactgctactgtggtgccagaaaatgccgagggaggttgttgtag
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