Branchiostoma belcheri (Belcher's lancelet): 109461664
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Entry
109461664 CDS
T07532
Name
(RefSeq) probable histone-lysine N-methyltransferase CG1716
KO
K11423
[histone H3]-lysine36 N-trimethyltransferase [EC:
2.1.1.359
]
Organism
bbel
Branchiostoma belcheri (Belcher's lancelet)
Pathway
bbel00310
Lysine degradation
bbel01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
bbel00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
109461664
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
bbel03036
]
109461664
Enzymes [BR:
bbel01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.359 [histone H3]-lysine36 N-trimethyltransferase
109461664
Chromosome and associated proteins [BR:
bbel03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
109461664
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SET
AWS
Motif
Other DBs
NCBI-GeneID:
109461664
NCBI-ProteinID:
XP_019613604
UniProt:
A0A6P4XSE3
LinkDB
All DBs
Position
Unknown
AA seq
2106 aa
AA seq
DB search
MFIRIWWRQRQRPGAEKTGQYDDKLSPRKAEFGTMSDHYYNPESPTGDMDISSESGSENE
TDKDDVPPPPPPPIVAQLPRIKALVNYDVANTSESSDLSEEDAQTEVKVQGSKEQEGKGK
STKFSPLLENGEKHAEEIDSGTTDEARVDRTAKGPVSAEKNAKFEPVLIFKDRNTIQISR
PKTETKESASAFTKQIDDSTLDRSDKGVSKEEDTNEGAGKWRPVGWSASQANKTSKVDVK
PAVQTNRFLPLKKTSVDFIPMKKTPIEDTYGLDIFEQSQKRKVGRGNKSGAISFQLRKPG
LGQKPSIKFFVPRQLKVRSSSESSLTAAVSAEGPSPPPDETLPPLPKEDVVKPPLPKMER
EASSKAPLPAVEREVKEDKPPMSVSVTTGPVSLEAQTPTPESRPPAQVDTVVERRDSKEK
SRWTCEGKVASEERTQPNALVVERGDSKETSRWTCENREASEERVQPNVHVGLPHVPMKL
EALPASDIPRTLPVSSIPLPCVDPAVDSRSVLAKEETEKHRNSDQSDMELGSDQSDEDRA
KSAESSSSEDDSDSDTDTRRRLRSVVTVVVAKQQTSSPPSSKEKKHDSPSSAKEPKEKKR
DRERRSGSRKGSSSKDDAKSDSRERSRTRSQSESCSTRTSPYREHSRHRDKSKAKLDSSE
IKKEPETSRRRESTSEKRRSFSESKPLGTTKQEESGTAKKEESSNVNIPPVKHEPVDSMD
TKVSESSSFAVDKSKVISSKLCLVSPKEEQNIKEETNIRPSPTEAVFGETLVSSSLRQEP
IEIPLTRLPEQPTLTTNRKELKEENFAGKLTSQPAIEIFSTKHSEARFGPHVKTEDDRVP
ETKHTVLENPMLDSEERNTQHKGEKDKVVLPVLVNYSSQEEDDSSRATSPTVEEGISEEK
DDSKTVSSSLEEEATVVQDKLKGSLASDVEINTVFHKEDTITDTMASQFSEVAPECQPAL
EKEGVWPLAEVKSCDTNRNEPLPARGGVVEGPEEMAIPVVSGTGRRYKKGTRWDSDTREK
VPVEVSEQYGMDMSESHLDKRTTQEQRVLQTVTGDENENDGGSTPLRDEYEDFDSPSEPI
APGVSTNEERGRFLNTVHGRSDERVSIMAATSTSSHPHHDDGSSYRSHAIGLEPSRPGVM
PAAMSNPWDEYEDCGLYADFSGPSMLPRASLSDSAPPCDSSASKDLLYDSNYVESTQRTE
ADAWKEDEVSNLDAQNSANSQDVTQFSEQSSQEDLELTPIRRSARLRSQDSDVNSSPSLS
KDSAERPQRRVSIELPQESSSKTTEDVLSEVPAEKDVPEKEKKPEENLRPPFFEEITENL
YLSERKKSKMRKDIRRMLCECVTSEEERDAGIAACGEDCLNRLLMIECGPRCLCGEYCTN
KRFQRKECSRVEPFNCGDKGWGLRAAEDMISNQFVMEYVGEVLNFSEFKQRTKEYNRQKQ
HHFYFMALKNDEIIDATKKGNVSRFINHSCDPNCETQKWTVNGVLRVGFFTRRPICEGEE
LTFDYKFQRYGKEAQKCYCGAANCRGYLGGNKTTPVRQRAKKKVEDNLLDEEIDQMAETC
EEGLTETEQVLYLSRLMVRSETVQQRFTLLNILLATKNQSCLKAFLRYHGLSLIWSWMVD
MTDSSAQRDLQVKVLHCLSHLPITNRTILDESKVMGVVERWAKQLANQQPADADTESSSG
EPLSRSATPLTLSLAYRNSPSELLKSESEKNSESDNERTPAKRRRVQLLEDMENIKTSED
KDGNDVSCSALPEETEEKKQEEEEKMERMTETRKEVADTSSDAKKGAKDSGEGEEDSNDT
REAESGSSSAKPAGNGEEDEESSDLESEQSQEPERPGGIAEMAAQLLESWSSLKEIYRIP
KKEKEKRDSDVESEPDNERDRERRDRERDREKDRRRDFKEEERREEHPWRMSAKKRPLEE
PDSHSTPIKARWKELRKKPLDRPRSPLIKLSKEERRRLFEKKVAEEEETKQREQQELYMH
QLQALQALGTYDPNMAQAFQQDGAPMFPAGPQHPPPDVAMETSHVIPGQPVDNLPQYPPQ
EFLDDSLGADPMDQMRLETSLNVSHLSGLEDPGTPTSSLPTTPQPIPVLQVREQLCLVTK
VVLGLE
NT seq
6321 nt
NT seq
+upstream
nt +downstream
nt
atgttcattcgtatttggtggcggcagagacagaggccaggcgccgaaaaaactgggcag
tacgacgacaagctttccccgcgaaaagctgaatttggaaccatgagtgaccactactac
aaccctgaaagtcccactggggatatggacatcagttcagagtctggctctgagaatgag
acagacaaagatgatgtcccccctcccccaccccctcccattgttgcccaactgccgcgg
ataaaagccctcgtcaactacgacgtcgccaacaccagcgaatcatccgacctcagcgaa
gaggatgcccaaacagaggtcaaggttcaaggttcaaaagaacaggaaggcaaagggaag
agcacaaaattttctccactgttagaaaacggcgaaaagcacgcggaagaaattgactca
ggaactacagatgaagctcgcgtggatagaactgcgaagggaccagtaagcgcagaaaag
aacgccaagttcgagccagtactgatattcaaggacagaaacacaatacagatctccagg
cccaaaacggaaacgaaagaatccgcatctgcattcacaaagcagattgacgattccaca
cttgataggagtgacaaaggggtttctaaggaagaggacactaatgagggtgcagggaaa
tggaggccagttggctggtcggcatcacaagcaaataaaacatcgaaagtcgatgtcaaa
cctgctgtacaaaccaacagatttcttccactgaagaagacatctgtagacttcatcccc
atgaagaaaacacccatagaagacacgtacggtctggatattttcgagcagagccagaag
cgtaaggtagggagaggcaacaagtccggagccatctccttccagttgagaaagccaggc
ctggggcagaaaccgagtatcaagttctttgtgccgaggcagctgaaggttcgcagtagt
tcagagagtagtctgacggcagcggtgtctgctgaaggcccctcacctccaccggacgag
acgttaccacccctacctaaggaagacgtggtcaagcctcctctgcctaaaatggaacgt
gaagcaagctccaaagctccactgccagctgtagaacgtgaagtaaaagaagacaagcca
ccgatgtcagttagtgttaccacaggtccagttagtttagaagctcagacacccacccca
gagagccggccccctgcacaagtcgatacagttgtcgagagaagagatagcaaagaaaaa
tcaagatggacttgtgagggaaaagttgcctctgaggaaagaacgcagccaaacgcacta
gtggtcgaaaggggagatagcaaggaaacgtcaagatggacttgtgagaatagggaagcc
tctgaagaaagagtgcagccaaacgtacacgtagggttacctcatgtgccaatgaaattg
gaagccttgcctgctagtgacatacccagaacattgccagttagctctataccactgcca
tgtgtggaccctgcagttgattctcgctcagttttagcaaaagaggagacagaaaaacac
agaaactcagaccaatcagacatggagcttggttcagaccaatccgacgaggatcgggcc
aaatcggctgaaagttcgagttccgaggacgattccgattctgacaccgacaccagaagg
agattgcgctctgtcgtaaccgtggtggtcgccaagcaacagacctcgagtccgccaagc
tcgaaagaaaagaagcacgacagtccgtcgagcgcgaaagaacctaaagaaaagaaacgg
gacagagagaggaggtcaggtagtaggaaaggcagctcctcgaaagacgatgctaaatcg
gacagtcgcgaacgctccaggactagaagtcagagcgaaagttgcagtactagaaccagc
ccttatcgcgaacattcacgacacagagataaatctaaggctaagttggactcgtctgag
atcaaaaaggaacctgaaacttcaagaagacgagagagcacatccgagaaacgtaggtcc
ttctcagaaagcaaaccccttgggacaactaaacaagaagaatcaggaacagctaaaaaa
gaagaatcaagcaatgtaaatattcctcctgtcaaacacgaacctgtagactcaatggat
accaaggtgagcgaaagttcaagctttgcagtagataaatccaaagtgatcagttcaaaa
ctttgccttgtttctccaaaggaagaacaaaacattaaggaggagaccaacataaggccg
tcaccaaccgaggctgtgtttggggaaacacttgtgtcctcttctttgcgacaagagcct
atagaaatcccccttacacgcctcccagagcaaccaacactcacaacaaacagaaaggaa
ctgaaagaagaaaactttgccggcaaactgacttctcagccagccattgaaatcttttct
acaaagcacagtgaagcaagattcggtccacacgtgaagacagaagatgaccgtgttcct
gagactaaacacacagtgttggaaaaccccatgttggactctgaagagcgcaatacacag
cataaaggtgagaaggacaaagtagtgttacctgttctggtcaactatagttcacaggag
gaagatgacagtagccgtgctacaagtccaacagtggaagaaggtatctctgaagaaaaa
gatgacagtaagacagtttcttcttctctagaagaagaagcaacagtggttcaagacaag
ttaaaaggttccttagcatctgatgttgagattaatacagtgttccacaaggaagacaca
ataactgatactatggcttcacaattcagtgaggtagcaccagaatgccagcctgcactg
gaaaaagaaggtgtgtggccattggctgaagtaaaatcatgtgataccaataggaacgaa
ccattaccagccagagggggtgtggtggaaggaccagaggaaatggctatacccgtagtg
tcagggactggtcggaggtacaagaaaggaactcgctgggactcagacaccagggaaaag
gtaccggtcgaggtaagcgaacaatacggaatggacatgtcagaaagccatctcgacaaa
agaacaacgcaagagcaacgcgtcttgcaaactgttaccggagacgaaaacgaaaacgat
ggtggaagcacccctctacgagacgagtacgaagattttgactctccctctgagcctatc
gctccaggagtttcaaccaatgaggagaggggacgatttttgaacacagtccacgggagg
agcgacgaaagagtttccatcatggcggccacgtccacctcctcccacccccatcacgac
gatggttcgtcctaccgctctcacgcgattggtttggagccatcgcgacctggggtcatg
cccgccgccatgtccaacccgtgggacgaatacgaagactgcgggttgtacgctgacttc
tcggggcccagcatgcttccccgcgccagtttatccgacagcgcacctccctgcgattcc
tcagcttctaaggacctcctgtatgactcgaactacgtggaaagcacacagagaacagaa
gcagatgcttggaaagaggatgaagtcagtaaccttgatgcacagaacagcgccaattca
caagatgtcacacagttctcggagcaaagcagtcaagaagacttggagttgactcctata
aggagaagtgcgcgtcttcgctcccaagactcagacgtaaacagttcaccgtctttaagt
aaagacagcgcggagaggccacagagaagggtcagtatcgaacttcctcaagaatcttct
tcaaagactacagaagatgtcttgagtgaggtaccagccgagaaagacgttccagagaaa
gagaagaagccagaagaaaaccttcggccaccgttctttgaagagattacagagaatctt
tacctcagtgaaaggaagaagtctaagatgagaaaagacatccggcgcatgctgtgtgag
tgtgtaacatcggaggaagaacgggatgctgggatagctgcatgtggggaggactgtctg
aacagactgctcatgatagaatgtggtccccggtgtctatgtggagaatactgcaccaac
aaacgcttccagaggaaggagtgttccagggtcgaaccattcaactgtggggacaagggg
tggggactcagggcagctgaggacatgatatcgaaccagtttgtgatggagtatgtggga
gaagtgctgaacttcagcgagttcaaacagagaactaaagagtacaacaggcagaaacag
catcacttctacttcatggcactcaagaatgatgagattatcgatgcgactaagaaaggc
aacgtgtccaggttcatcaaccatagctgtgatcctaactgtgagacacaaaagtggact
gtgaatggggttttgcgggtaggttttttcaccagaagacccatatgtgagggggaggag
cttacctttgactacaagttccaaagatatggtaaggaggcccagaagtgctactgtgga
gctgccaactgtcgaggttacctggggggaaacaaaactactcctgtcagacagagggcc
aagaaaaaagtggaggacaacttgttggatgaagagatagaccagatggcagaaacctgt
gaggagggactgacagagacagagcaggtgctctacctctccagactaatggtacggtcc
gagaccgttcagcagaggttcacacttctcaacattctcctggccactaagaaccagtcg
tgcctgaaggccttcctgcggtaccacggcctgtctctcatctggagctggatggtcgac
atgacggacagctccgctcaacgggacctgcaagtcaaggtcctgcactgcctgagccac
ctccccatcaccaaccgcaccatcctggacgagtcaaaggtcatgggcgtggtggagcgc
tgggccaagcagctggccaatcagcagccagcggacgccgacacggaatcctcgagcggg
gagccgctgtcacgatcagctacgccgctcacgctcagtctggcctacaggaacagcccc
tcggagctgctgaagtcagaaagcgagaagaactcggaaagtgacaacgagcgaacaccg
gcgaagcggcgccgagtccaactcctggaagacatggagaacatcaaaacctcggaagac
aaggacggaaacgacgtgagttgctccgccctgccggaagagacagaagaaaagaagcag
gaggaggaggagaagatggagagaatgacggagacgagaaaggaggtcgctgacaccagt
agtgatgccaagaaaggagcaaaggattctggggagggggaggaggactctaatgacaca
cgagaagcggaatcgggcagcagcagtgcaaagcctgctgggaatggtgaagaagatgag
gaaagttctgacttggagagcgagcagagtcaggagccagagcggccgggtgggatcgcc
gagatggccgcacagctgctcgagtcatggagctcactcaaggaaatctaccgaatcccc
aagaaagaaaaagaaaagagggactctgacgtcgaatctgagccagacaacgagagagac
agggaaagacgcgaccgggaaagagacagggagaaagacagaaggagagatttcaaggag
gaggaaagaagagaggagcatccatggcgcatgtctgctaagaaacgtccccttgaagaa
ccagacagtcactccacaccgatcaaggctcgctggaaggaactcaggaagaaaccacta
gacagaccgaggagtccactgatcaaacttagcaaagaggagaggagaaggctgtttgaa
aagaaggttgcagaagaagaggagaccaaacaacgggaacagcaggagctgtacatgcac
cagcttcaggcactacaggccctgggcacgtacgaccctaacatggcgcaggctttccaa
caggacggggcgcccatgtttcccgccgggccgcagcacccaccacctgatgtcgccatg
gaaaccagtcatgtgatcccgggacaacctgtggacaacctgcctcagtacccacctcag
gagttcttggatgacagtctaggagcagaccctatggaccaaatgcggttggagaccagc
ctgaatgtgtcgcacctgtcagggctagaggatccaggcacccccacctcatcactacct
accactcctcagcctattcctgtactacaagtgagagaacagttatgtttagtaaccaag
gtggtcttggggttagagtaa
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integrated database retrieval system
