Lucilia cuprina (Australian sheep blowfly): 111687085
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Entry
111687085 CDS
T06013
Name
(RefSeq) histone-lysine N-methyltransferase SETD1
KO
K11422
[histone H3]-lysine4 N-trimethyltransferase SETD1 [EC:
2.1.1.354
]
Organism
lcq
Lucilia cuprina (Australian sheep blowfly)
Pathway
lcq00310
Lysine degradation
lcq01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
lcq00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
111687085
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
lcq03036
]
111687085
Enzymes [BR:
lcq01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.354 [histone H3]-lysine4 N-trimethyltransferase
111687085
Chromosome and associated proteins [BR:
lcq03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
111687085
HMT complexes
COMPASS/SET1 complex
111687085
COMPASS/SET1 complex (yeast)
111687085
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SET
N-SET
RRM_1
Motif
Other DBs
NCBI-GeneID:
111687085
NCBI-ProteinID:
XP_023305264
LinkDB
All DBs
Position
4:68482448..68494402
Genome browser
AA seq
1948 aa
AA seq
DB search
MYDLMDNNYNRMPPTHPNSNGAVSSGEHLGGSATQQKAPRNFKLLSDPAITKGANKLYRF
DGVVPNDSTYPTVMPRDPRNPVVRLRARPVEPMVLSVPRLKIDHNYVGSPPAIEITMTNL
NDNIDKQFLARMLDKCGVYDEIVIHHHPTTNKHLGIARIVFENVKAARQCIEKYHQKSVM
GKILSVFHDPFGTICKQTVENLTSTKPKLSTATSTATGVTTGAPPLPNTELDTHAATITS
TTTTVAHLEYQHEYISHVSQDGFDATVATYQHSYRSEREYERFSHSRTDRYVEEDRTSYR
DKRKDRAQSRERYGSLSVGQRHDKDRSKHHHHYHKRDRSREHSDERGCISVRRDRDRDRV
RDYERSRDRDRDRRDRERDYRERDRERSNDRDRDRDRSVKARGSEKYNSTSRYSRDYVDT
SSSGAAPKPYPSPSSTVYYPLQTGTQPPVHVVGSSIPGAYPYHAYGYPSDNNPTPHIWPG
GNRSWPAHQPPLQPQSQPPLPPPPPDGTPDWDEPEPPPPGGYSSQDEMASSNMKKDRKET
STSNKSSKENNSFATSDKTDLTTETDLGNVDLDTRIALMFKGKSFGNAPPFLQMDSSESD
AEKGAQGEEEEGEVNSDSNERSKRLNKKKRQISSSMLNRINNVEHGASDISSSDDEILLK
KDSYSPIYPGHLKQKDDDRMSLSSLSSNEGVKKQGTDKDKSKQKSSLQSSVTSMISTSEI
SASVAAYVYPPHPSSNTYYYPGGGYPSYPSADSASAQYLHPAYIQSSYLPGISGSLPTFG
ANTASSYNDPYGDAYKFYRSDGYSTYMGHISNVYNEDPYKRHIEEVVKKVSDELKQILKR
DFNKKMIENTAFKNYEAWWDEQIQKSRRNKSENEKAASEKSSGIVSVGLNSTTAPTTNRI
DKPPDINQLINSHRDLSDFNSAYPALGLRASIPKLPSFRRIRKQPSPKSQKADVEKHLSD
QEEMVHGSDSEKDDSNLSSIALANTSSSAKDAKDSTNQSFKAKTSSSTPAARVKRKGSSS
SFFSSSSSSGGDNDDEDDDDMEGDADGSSGDEDESASEDELSSISEDDIKSKARKEKSHQ
KSRQTITRDLYSDTDDDDGPKTSVNIMIPTQATTRNSTVIEKKSIYSDSDEETKILEKES
KSEKLSHKSEKLSSKAELLATNASDLEDISKDSSLSLVEDSQDYNETKTRNNADPNLKSA
NFSESQSKVENTEKKNDQKQLESKPDQSQRKSVFEYDRIYSDSEEEREYQERRRRNTEYM
AQIEREFLEEQERKLREEQDASGTKMTPPSIKEDDTLTTSAVRSNRPSLFVSRKSLSTEM
PATPDITKLPPTPGARLMGELDLVSCSNTADKQRDKTSTGKVKKEKTVTNSKTETGRPKK
DSKSKIQNAQEVQMQSTSTEKKAPSSESSYSSVSAHITADTPNMTSTSVSSNGFVANELK
IQATVTLGTIENKTDSILQSRRNQSKSTNELLTLKPRPLDASQTEEENYDIKMSPTSSDG
GSSQASQASQVALEHCYSLPPEADTSKPKNLSPILQHGETARKKQQYLVHDHGGYATPPT
PRASISEDFVPPHISQQSNTLTSAKPGPGRPRKDSARTKKKEDSSSHRTSGKRTHSLEIS
SAAAYNNYAKAMADFVPREMFKPREATDEMMVLYEFLTRGIDAEDIQYVRKCYEMHLQED
TYGFWLNNTHWVDHCVTDRAFVPPPNKKRKKDDELKRHVTGCARTEGYYKLDVREKAKHK
YHHAKANVENSQSVDRADDQQTNQHNKLVSKMQGISREARSNQRRLLTAFGSIGESELLK
FNQLKFRKKQLKFAKSAIHDWGLFAMEPIAADEMVIEYVGQMIRPIVADLRETKYEAIGI
GSSYLFRIDMETIIDATKCGNLARFINHSCNPNCYAKVITIESEKKIVIYSKQPIGVNEE
ITYDYKFPLEDEKIPCLCGAQGCRGTLN
NT seq
5847 nt
NT seq
+upstream
nt +downstream
nt
atgtatgatctaatggataacaattataaccgtatgccaccaacacatccgaacagcaat
ggtgcagtaagttcgggtgagcacctgggcggcagtgccacccagcaaaaagcaccacga
aactttaagttgctttcggatccagcaattacgaaaggcgccaataaattgtaccgtttc
gatggtgtagttccaaacgattctacttatcccacggttatgcctcgagatccccgcaat
cctgtggtgcgcttacgggcaagaccagttgaaccaatggtgttgtctgttcctaggcta
aaaatcgaccacaactatgttggtagtccgccggccatagaaataacaatgacaaattta
aatgataacatcgacaagcaatttttggcgcgaatgcttgataaatgtggagtatatgat
gagattgtcattcaccatcatccgaccacaaataaacatctgggaatagcaagaattgta
tttgaaaatgtaaaggctgcccgacaatgtattgaaaaatatcaccagaaatcggtgatg
gggaagattttaagcgtttttcacgatccatttggtactatttgcaaacaaacagtagaa
aatttaacatcaacgaaaccaaagctttcgactgccacaagcaccgctacaggagttact
actggtgcaccacctttaccaaatactgagctagatacacatgctgcaacaataacatca
acaacgaccactgttgctcatttggaatatcaacatgaatatatatcgcatgtgtcacag
gatggttttgatgcaacagtagcaacttatcagcattcttaccggtcggaacgtgaatat
gaaagatttagtcatagccgaacagacagatacgttgaagaagataggacttcgtatcgt
gataagcgcaaagatcgagcacaaagtcgtgaaagatacggatctttatctgttggtcaa
cgccatgacaaagataggtcgaaacaccatcaccattatcataaacgtgaccgttctaga
gaacatagtgacgaacgcggctgtataagtgtcagacgcgatcgagatcgtgatagagtg
cgtgattatgaaagatcgcgagatcgggatcgcgatagacgtgaccgtgaacgtgactat
cgcgaaagagaccgagaaaggtcaaatgatcgagatcgtgaccgcgatcgctcggttaag
gcacgtggaagtgaaaagtacaattcaacgtcacggtattctcgggattatgtagacaca
tcttcgagtggtgcagctccaaaaccttatccatctcctagtagtacggtgtattatcct
cttcaaactggtacgcagccccctgtacatgtggtgggatcttccattccaggtgcttat
ccgtatcatgcctatggatatccaagtgataacaatcctactcctcatatttggccggga
ggaaatagatcatggcccgcccatcaaccaccactgcaaccacaaagtcagccacctctg
ccacctcctcctcctgacggaacacccgactgggatgaaccagaaccacctccccccggt
ggatattctagtcaggatgaaatggcatccagcaatatgaaaaaagatcgaaaagaaaca
tccacaagcaataaatcatcgaaggaaaataattcatttgcaacgtcagataaaacagat
ttaacaactgaaacggatttgggtaatgttgatttagacacacgcatcgcactcatgttc
aagggaaaatcgtttggcaacgctccaccttttctacagatggatagtagtgaatcagat
gcagaaaaaggtgcacaaggtgaagaagaagagggtgaagtaaattcagattcgaatgag
cggtcgaaacgtttaaataaaaagaaacgtcaaatatcatcttcaatgttgaatagaata
aacaatgttgagcacggggcaagtgatatttcatccagtgacgatgagattttgcttaaa
aaggattcttacagtccaatatatcctggtcatttgaaacaaaaggacgacgatcgtatg
tcgctttctagtttatcgtccaatgaaggcgtaaaaaaacagggaaccgataaagataaa
tctaaacaaaaatcttcactgcagtcatctgtaacttcgatgatatcaacatctgaaata
agtgcaagtgttgctgcctatgtgtatcctccacatccatcctctaacacttattattat
cctggaggaggatatccctcgtatccatcagcagatagtgcttcagcacagtacctacat
cccgcctacatacaatcgtcttatttgccgggtattagcggtagcttgcccacatttggc
gcgaataccgcttcctcctataatgacccttatggtgatgcatacaaattttatcgcagc
gatggatattccacatacatgggtcacatttcaaatgtttacaatgaagatccatacaaa
agacacatcgaagaggtggtgaagaaagtaagtgacgaacttaaacagatattaaagcgc
gattttaacaaaaaaatgattgaaaataccgcctttaaaaattatgaagcttggtgggat
gaacaaatacaaaaaagccgtcggaacaagagtgaaaatgaaaaggctgcatctgaaaaa
tcctcaggtatagtgtcggtcgggctaaatagtaccactgctccaacgactaatcgcata
gataaaccgcctgatattaaccagttgattaatagtcatcgagatttatcagattttaat
tcggcatacccggccctgggattacgtgcctcgattcctaaattgccgtcctttcgtcga
atacgtaaacagcccagtcctaaatcacaaaaggctgacgttgaaaaacatcttagcgat
caagaggaaatggtgcacggctcagattccgaaaaagatgattcgaatttaagctcaatc
gcattagcaaacactagtagcagcgccaaagatgcgaaagactccacgaatcaatctttc
aaagcaaaaacatcatccagcactccagcagcgagggtaaaacgaaaaggaagctcctcg
agctttttttcatcttcttcatccagtggtggtgacaatgatgatgaagatgatgacgat
atggaaggtgatgcggacggaagttcaggggatgaagatgaaagtgctagtgaagatgaa
ttaagctcaatatcagaagatgacataaaaagcaaagctcgcaaagaaaaaagtcaccaa
aaatcacggcagacaattacaagagatctctactctgacactgatgatgatgatggaccc
aaaacatcagttaatattatgataccaacacaggctactacaagaaatagcactgtaata
gagaaaaagagcatatactccgattcagacgaggaaacaaaaatattggaaaaagaatct
aaatcggaaaaactcagtcataaatcggaaaaactcagttcaaaagcagaactgttagca
acaaatgcttccgatctggaagacataagcaaagacagttcgctcagtttggttgaagat
tcacaagactataatgaaacaaaaacacgaaataatgctgatcctaatttaaaatcagcc
aattttagtgaatctcaatcaaaagtggaaaatactgaaaagaaaaatgatcagaaacaa
ctcgaaagcaagcccgatcaaagccaaaggaaaagtgtattcgaatatgacagaatatat
agtgattccgaagaagagcgggaataccaagagcgtagaagacgtaacactgaatatatg
gctcaaattgagcgtgaatttctcgaagaacaagaacgaaaattgcgggaagaacaagat
gctagtggaacgaaaatgacaccaccatcaataaaggaagatgatactttaacgacatca
gccgtaagatctaatcgaccatcattatttgtttctcgtaaatcgcttagcactgaaatg
cctgcaacgcccgatattacgaaacttccccctactcctggtgctcgattaatgggtgaa
cttgacttggtcagttgctcaaatactgcggataaacagcgggacaaaactagtactgga
aaggttaaaaaagaaaagactgtaacaaactccaagactgaaacgggtagacctaagaaa
gattcaaaatcaaaaattcaaaatgctcaagaagttcaaatgcaatcgacatcaacagag
aaaaaagcaccctcaagcgaatcgtcgtattccagtgtatcagcacatattacagcggat
acaccaaatatgacttccacgtcagtcagttcaaatggttttgtcgctaatgaactcaaa
attcaggcaacagtaacccttggtaccatcgaaaataaaaccgattctatcctccagtct
agaagaaatcagtccaaatccaccaacgaactcttgacactgaaaccgcgaccattagat
gcatcccaaacagaggaggaaaattatgatatcaagatgtcgcctacgtcttcagatgga
ggatccagtcaagctagtcaagccagtcaagtagcattggagcattgttactctttacct
ccagaggccgatacatccaaaccaaagaacttgtcacccattctacaacatggagaaaca
gctcggaaaaagcaacaatatttggttcatgatcacggagggtacgctactccacctacg
ccacgtgcttcaatttccgaagacttcgttccaccacatatttcccaacagtccaatact
ttaacatcagctaagcccggacctggaagaccccgtaaagattccgctcgaacgaaaaag
aaagaggactcttcgtcgcaccgaacatctgggaaacgaacacactctttagaaatatcc
tctgcagcagcatacaacaattacgcaaaggcaatggcagactttgttccgagagaaatg
tttaaaccgcgtgaggccactgatgaaatgatggttctttacgaatttcttactcgtgga
attgatgcagaagatattcagtatgtacgaaaatgttatgaaatgcatttgcaggaagac
acatacggattttggcttaataatactcattgggtagatcactgtgtgaccgaccgtgca
tttgtgccaccacctaataaaaaacgtaaaaaggatgacgaactaaagcgccacgttaca
ggttgtgctcgcacggaaggttattataaactggatgtacgggaaaaagccaaacataaa
tatcatcatgctaaggccaacgtcgagaactcacaaagtgtggatcgtgcagatgatcaa
caaactaatcaacacaataaactggtatcaaaaatgcagggcatttcgcgcgaagcccgt
tcaaatcagcgtcgtcttttaacagcttttggttccattggagagtcggaattgcttaaa
tttaaccagcttaaattccgcaagaaacaattgaaatttgccaaatcagctattcacgac
tggggtctgtttgcaatggaaccaattgctgcagacgaaatggtcattgaatacgtgggt
cagatgatacgtccaattgtggctgatttgcgggaaaccaagtatgaagcgatcggtatt
ggaagttcatacctgtttcgtatcgacatggaaaccataatagatgccacaaaatgtgga
aatttggcacgttttataaatcacagttgcaatccaaactgttatgcaaaagttattacg
atagaatcggaaaagaagattgttatctactctaaacaacccattggtgtgaatgaggaa
atcacttacgattacaagtttcctttggaagacgagaaaataccatgtttatgtggtgca
cagggatgtagagggacactcaattag
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integrated database retrieval system
