Frankliniella occidentalis (western flower thrips): 113217561
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Entry
113217561 CDS
T07591
Name
(RefSeq) histone-lysine N-methyltransferase SETD2 isoform X1
KO
K11423
[histone H3]-lysine36 N-trimethyltransferase [EC:
2.1.1.359
]
Organism
foc
Frankliniella occidentalis (western flower thrips)
Pathway
foc00310
Lysine degradation
foc01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
foc00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
113217561
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
foc03036
]
113217561
Enzymes [BR:
foc01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.359 [histone H3]-lysine36 N-trimethyltransferase
113217561
Chromosome and associated proteins [BR:
foc03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
113217561
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SET
SRI
WW
AWS
Med26
Motif
Other DBs
NCBI-GeneID:
113217561
NCBI-ProteinID:
XP_052124701
UniProt:
A0A9C6U3V2
LinkDB
All DBs
Position
Unknown
AA seq
1805 aa
AA seq
DB search
MSSAVPCFYCCSFSTAGLRLLCLLAPLPSEILFGCYDPLYCSRKCFCTEDTARSMARKKK
GSSKLNSVPEVEEGERESPTKGLQSNGLPEESQNGAVDSDDEDGVKSGYSYQLAKEAAMS
PSTTVVHKKFGKISCLPPDAEHSDPNGDSEGSSQDLMDTNMVEEEEDGSDSAELLEVVLA
QEQGEVSGGSVEDDEGMEDNDTETIVVEVEEGMVDEIDHQNTVIVQVVGDDLMYSEEDGA
TIWEVETVEEIEHDGLLQESDEAVQEEVTLSERDENTLEDCTENSEESAGNSVTSSGILE
KTDGHESDVSSSLVSRHPSALDSDMSDREADDEQLAMKSKLSPDEINQMVLGSSCGIVNV
AVEELTCEKDSDDPDKIHLLQRRESVITRRSSDDGDREMEVNSRLKGSPIHVYGNSKKNK
SSLKIPETSVIKSNCELTTPPRRNVICLDDSPLKSPPSKERPGSSKRDDVCTNELPISSI
GGSLFNVNLNSLSVKQHNLNKSPFKDGPAAFGIDPIVRKPKSNEEDLEMKKSNSIRNRSG
SSDTTGSDSGSRSPTVRRSTRIRAPAAIHKKQTVSKASLESLDSPKENPSSSTSLSSVRT
PTNTTSPSDVSMPVKVKSRWRRSSELEMGNIGSSESDVGTTVPSPSQPPEPPPLPAPTSH
SVVLSEKELQIKKEKEEQEISDHLKDFQILTENLYLTERIKSKDAKRMACDCSLSKDEIG
RGEMGCGEDCLNRLLMIECGSRCPVKNMCSNKRFQSAEYAKCEIFKTEKKGLGLRTTEDL
SGGTFIMEYVGEVLDPKEFRKRAKEYSKDQNKHYYFMALKSDAIIDATMKGNHSRFINHS
CEPNAETQKWTVNGELRIGFFTTKPISAGEEITFDYQFQRYGKDAQRCYCESSVCRGWIG
GDPDSEKSQNQWQEWKGKDSSTKKKRDKDKDKDKRREDIDLEEEIEKLCSSGLKSRAHTL
TLCRLMVRAEDIHSRAKLLKLLRDGEPACCRLFLDYHGLRLIWSWMIDNRTTDNVEAKTE
ILRTLKKLPIPNKTMLIDSKVWGVVERWSQLKSSTEPSPSNSERTFEEESSNDLSDKLES
EDRKPKSPNTEEKAVLQPDTLSNKLDSKNPSASMDIDGDVKGDSTDSDTKACAELASLIM
QNWYSLKEVFRIPKKERIEQMKEHEREADQHYKELDERYREGDRSSYDRYDRHRDERRKR
SRESPDNDRGRRPRLEERSKYDDRRHDERSRYDRSRYEDRKFEDRKHEDRKYEDRRHEER
HRVLEEVPRAEERHLDVKLSKEARRRAFALKVQQEEEQREARRLQAEKAVEAQRQAQEDW
WRYHEERCRQLNLNPHVTAAIFNSQYYDPVTNQLLAYTTPQDPNLPQHTYPTDASHASLL
FAANPGNAIPTQIQGTPFSGMFQGATPQPSPYESSHIPPGVSPVPNGVSPVVIPGLTHGS
NPTAADSSLVTQAGTLEPQPSTYPAPVSEESYAQDTVPQTFQLSGAPTEIQQPAVQYLPP
PVPVKLPPKWKSAKDAEGRTYYYHVKTRVSQWEPPQVPVSVLESVESESSSSSSEDENED
DNENEEEESDSTDVEEKQEEDEEEEEDDADMPLTVEQGLGMAAHHQQLMLADPDYPNFSP
RPTGAEVRKKRRVGLVQEHIISPRREEERTDPKIYKQIKEKIRRQKEKKKQRERDGKSSK
KRHRDSEKSKTVYSLEKPVTVAADTSSDAARKIKDQFRLNMAGVIVTHLNPYRKPDCRMG
RITNTEDFKHLARKLTHFVMLKELKHCKAVDDLECNDNVKHKARDFIKKYMAKFGDVYIR
PKDDD
NT seq
5418 nt
NT seq
+upstream
nt +downstream
nt
atgtcgtctgccgtaccttgtttttattgttgttctttttctactgctgggcttaggttg
ttgtgtcttcttgctcccctcccgtcggaaatcttgtttgggtgttatgacccgctgtac
tgttctaggaagtgcttctgtactgaagacacagcaaggagcatggcacggaaaaagaaa
ggaagcagcaagcttaattctgtgcccgaagtagaagaaggtgaaagagagagtcctacg
aaaggcctccaatccaatgggcttcctgaggaatctcagaatggtgcagtggatagtgat
gatgaggatggtgtaaagtctggctattcctatcaacttgctaaagaagctgccatgtct
ccatcaacaactgttgtccataaaaaatttgggaaaatcagttgtttgcctcctgatgcc
gaacacagtgatccaaatggagattctgagggctcaagccaagaccttatggacacgaat
atggtggaggaggaagaggatggaagtgacagtgctgagctgttggaggtggtcttagct
caagaacaaggtgaagttagtggtggtagtgttgaggatgatgaaggaatggaggacaat
gatacagagaccatagtcgtcgaggttgaggaaggcatggttgatgaaattgatcatcaa
aataccgttatagttcaagttgttggtgatgatcttatgtattcggaggaagatggagca
actatctgggaagtagagactgttgaagaaatagagcatgatggcttacttcaagaatca
gatgaagcagttcaggaagaggtgactttgtctgagagggatgagaatacactcgaagat
tgtactgaaaattctgaagaatcagctggcaatagtgttacatcttctgggattttggaa
aaaactgatggacatgaatcagatgtttcatcatctcttgttagcaggcacccatctgca
ctggatagtgacatgtctgacagagaagctgatgatgagcagttagctatgaaaagtaag
ctgtctccagatgaaataaatcaaatggtcctagggtcgagttgtggtattgttaatgtt
gctgtagaagaactcacttgtgaaaaagattcggatgaccctgataagattcaccttctt
caacgaagagaaagtgtcatcactcgtagaagtagtgatgatggggatagggaaatggaa
gtcaactcaaggctcaaaggcagtccaattcatgtttatggcaattcaaagaaaaataag
tcatctcttaaaatacctgaaacctctgtgatcaaatctaattgtgagcttactacacct
cctagaagaaatgtaatatgcttagatgattcaccattgaaatcaccaccttcaaaagaa
cgacctggatcaagtaagagagatgatgtgtgtaccaatgaacttcctatttcaagtatt
ggtggtagcctttttaacgtaaacttaaactcacttagtgtgaaacaacataatcttaac
aagtcccctttcaaagatggtcctgctgcttttggaattgacccaattgttagaaaacct
aaatctaatgaagaagatcttgaaatgaagaagagcaattctattcgcaatagaagtgga
agtagtgatacaacagggtcagacagtgggtcaaggagtccaacagtacgtaggagtaca
cggatccgtgctcctgctgccatccataaaaagcaaactgtgtccaaggcatccttagag
tctcttgattcaccaaaagaaaacccatcctcttcaaccagcctgtctagtgttcgaact
cctaccaatacaacatctccttcagatgtatcaatgcctgtcaaagtgaagtccaggtgg
cgacggtcaagcgagcttgaaatgggcaacattggctcatcggaaagtgatgttggaacc
actgtaccttctccttcacaaccacctgagccccctcccttaccagcaccaacctcccac
agtgttgtgctttctgagaaagaacttcaaattaaaaaagaaaaagaggaacaagaaatc
tctgatcatctcaaggactttcaaattctgactgaaaatctgtacctgactgaaagaata
aagagcaaagatgcaaagcgcatggcttgtgactgctcactgagcaaagatgaaatagga
agaggcgaaatgggatgtggagaggactgtctcaatagactcttaatgattgaatgcgga
tctcgatgtcctgtaaaaaacatgtgttccaacaagaggtttcagtctgctgaatatgct
aaatgtgaaattttcaagactgaaaagaaagggttgggtttgaggacaacagaagatctg
tccggaggtactttcataatggagtatgttggggaagtactagaccctaaagaattccga
aaacgtgccaaagaatattccaaagatcagaacaagcactactactttatggctctaaaa
tctgatgctataattgatgcaaccatgaaaggcaatcattcaagattcattaaccatagc
tgcgaacctaatgcagaaacacaaaagtggactgtcaatggagaacttcgcattggattt
tttactactaaacctatctctgctggggaggaaataacttttgactatcagtttcaaaga
tatgggaaagatgctcaaagatgttactgtgagtctagtgtttgtcgaggctggattgga
ggtgatccagactcagaaaaaagccaaaaccaatggcaagagtggaagggcaaggattcc
tctaccaaaaagaaacgtgataaagataaagacaaggataaaagaagagaagatattgat
ctggaagaggaaattgagaaattatgttcttctggacttaaaagccgtgctcacacatta
acattatgcaggcttatggttcgtgctgaagatatacactctagagcaaaacttttaaaa
cttctcagagatggtgaaccagcatgttgtcgactattcttggattatcatggccttcgt
ctcatctggagctggatgattgacaacagaacaactgacaatgtagaggccaaaactgag
attctacgaactttgaaaaagctaccaattccaaataaaacaatgctcatagatagcaag
gtttggggagtagtggagcgttggtctcaattgaagtcaagcacagagcctagtccttca
aacagtgaaagaacatttgaggaagagtctagcaatgatctatcagacaagttagaatca
gaagacaggaagccgaagtctcccaacactgaggaaaaggctgtgcttcagccagacaca
ctttccaacaaacttgacagcaagaacccctctgcatccatggatatagatggagatgtg
aaaggggattcaacagacagtgatacaaaggcctgtgcagagcttgcctccctcataatg
caaaactggtattcattgaaagaagtgttccggatccctaaaaaagaacgcattgagcag
atgaaagaacatgagagagaagcagaccaacattacaaagaattagatgagagatatcga
gaaggggacagatcatcatatgatcgatatgataggcatagggatgaacggaggaagaga
tcgcgagagtcacctgacaatgacagagggcgacgtccaagacttgaggagcgttccaag
tatgatgacaggcgccatgatgagcggtccaggtatgacaggtcaaggtatgaggatagg
aaatttgaagacagaaagcatgaggacaggaagtatgaggacagaaggcatgaagagcgt
catcgtgtgctagaggaagtgcctcgagcagaggaaaggcatcttgatgtcaagctcagt
aaagaagctcgtagaagagcctttgctcttaaagttcagcaagaagaagaacaacgggaa
gcccgacgcctgcaggctgaaaaagctgtagaggcacagaggcaagcacaagaggattgg
tggcgctaccatgaggaaagatgtcgtcaattaaatttgaacccacatgtcacagccgcc
atttttaattctcagtattatgatcctgttaccaaccaattactggcttatacaactcct
caagatcccaacctacctcaacatacttaccctacggatgctagtcatgcatctcttctg
tttgctgccaatcctggaaatgccattcctacccaaattcaagggaccccattttctgga
atgtttcaaggagcaaccccacagccctccccctatgagagtagccacatacctccagga
gtttcaccagtacctaatggcgtttctcctgtagtgataccaggactaacacatggctct
aacccgacagctgctgattcaagtcttgtgacacaggctggaacattagaacctcagccg
tcaacttatcctgcacctgtttctgaggagtcctatgcccaggacactgtgccacagaca
ttccagctctctggagcacccacagaaattcaacaaccagctgttcaatatctgccgccg
ccagttccagttaaattaccacccaaatggaaatctgcaaaggatgctgagggccgcaca
tattactatcatgtgaaaacccgtgtatctcaatgggagccaccacaagttcctgtttct
gtgctggaatctgtggagagtgagtcctcttcatcatcgagtgaggatgaaaacgaggat
gacaacgaaaatgaagaggaagaatccgattctactgacgtggaagagaagcaggaggaa
gatgaggaggaagaggaagacgacgccgacatgcctttgacggtggaacaaggacttggc
atggccgcccaccaccagcagctcatgctggctgacccagactatcccaacttcagtccg
aggccgacgggcgcggaggtccgcaagaagcgtcgcgtcgggcttgtccaggagcacatc
attagtcccagaagagaggaggagagaacagatccgaaaatatacaagcaaataaaggaa
aagatccgtcgtcagaaagagaagaagaagcaaagggaacgtgatgggaaaagtagcaaa
aagcgacacagagatagtgagaaatcaaagactgtatattcccttgaaaagcctgtcact
gttgctgccgatacgtcaagtgatgcagcaaggaagattaaagatcagtttagattaaat
atggctggtgttatagtaacacacctcaatccatatcggaaaccagactgcagaatgggc
cgtatcactaacacagaagacttcaaacatttggctcgaaagctcacacactttgtaatg
ctcaaagaattaaagcattgtaaagctgttgatgacttggagtgcaatgataatgtgaaa
cataaggcccgggactttattaaaaaatacatggcaaaatttggtgatgtttacattaga
cctaaagatgacgactga
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integrated database retrieval system
