Branchiostoma floridae (Florida lancelet): 118416183
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Entry
118416183 CDS
T01074
Name
(RefSeq) inactive histone-lysine N-methyltransferase 2E-like
KO
K09189
[histone H3]-lysine4 N-trimethyltransferase MLL5 [EC:
2.1.1.354
]
Organism
bfo
Branchiostoma floridae (Florida lancelet)
Pathway
bfo00310
Lysine degradation
bfo01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
bfo00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
118416183
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
bfo03036
]
118416183
Enzymes [BR:
bfo01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.354 [histone H3]-lysine4 N-trimethyltransferase
118416183
Chromosome and associated proteins [BR:
bfo03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
118416183
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PHD_5
SET
PHD
PHD_2
Motif
Other DBs
NCBI-GeneID:
118416183
NCBI-ProteinID:
XP_035677156
UniProt:
A0A9J7L716
LinkDB
All DBs
Position
5:12261347..12311760
Genome browser
AA seq
1631 aa
AA seq
DB search
MNTPLEGVAPTNGTRDSMAAGSDPESVEAPVAPGDSNSCQQTTNQTTTTASSTAHHSYLG
LPYQDHNYGAPPPPSPPPSPQAITRINGVVDENSSNTNVSSTVTADEDTCADDDAGITRC
ICNFDHDDGYMICCDKCSVWQHIDCMGISRDRIPETYLCERCEPRDVDRQRAVEIQTRKR
IEMTDDDTSGTESGDEMLTYRAVSHTPTSVTITTKPTKKVKKRKREKSGEKDHEGRKKKV
KTCRDPTRRASKPKVHRTPNGFNSLNNEDANEPWDYSPDDSDVYQEAISNQYTPDLASFL
KTRQYTEEVSCCVRALRDLHDNQPILEYRGKVMTRQEFQDPFFKRPHPHVLFYPVNGLEI
CVDARSFGNAARYIRRSCSPNAEVRHVLLEGMIHLCVYSLEEIMKGTEITIGFDYDFDTC
PCEVECACQRESCPVAKSNARKQELLKQKRKRNKSGQQSGGDSESSTGRQRKVSPLRVSL
NHNASTNHMTSDGEDESKDVDVETEEAAEERRRKMTREERKLEAVMRTFERMEKRAARSR
AAHARIEKQKQTKVTPNENKEGEESMSKDMEDLPKQTATPHRQIRKRRRSQSRRNHAARG
RQRLNSTCSSDMPMSPITETAANTEVVTTEIELKLSAPTTPVSALSPSIPSPSMAQELTV
STVSSVNVVPQPSPAALGKGFKFPKTKKFFVNEWLNEKANEQSAHKPLLIKTEPSDFSTG
TTTCPSVSTYTRSTSMTARSPGPAYVLRPGHNVPASATKTRQRPSLDSSFGSAKKRWLRQ
AMSEGSSNGPSSGCNSPAPSGGSLSPGLTGMNGPDSPQCVSPTGSISSLSGKETGGELMT
PLKKRRLRVSISGEGSMSPMPMTPPPSAGETDCAAKQGPRPKIVINDAMRNGFKPLYSPV
TPVTPGTPQFENISSPENSPAHDHDLNNDSNPPQYYAFQVVLSKQASVDSLSSLASSVTS
ASGMDRLQKSGSETSLLRARMSSLDLKHEGRESCVHGDSSRDLMPREEEKEVEENSTAIS
EYSEPANIPMECDPSGRERTDLSSSLSESQVSMQTLQNSCSSLNDSHASSLSLSGSLYQR
TLSERLDTRTDSQRDGDPRPRYSSPFKKEMASPEFHRSLSDGTLLQDERKPEYESRPGQR
SSDLEATRSINCYGEPKVVANEERTIPSGGDFLRQDSVSLSSSLPSLYAGRSEEPIGSAP
TTPVSLGPGPVVHEDGGSKPIAKRKVSLLEYRKRKQQGQKDGNSSANSSAASTPTKLAPD
SAPSTPIKNPMMSPLSTMPSYEHTVEAECKDKEKDRKAVDDLVKRWSVHYMRLQRSTPTS
VERIREEDPLQRFRRELKQSTERGMEKKDKDRKEKEPGHVYSRSVSVDSSHSPVRSHSPA
PPPPPSSKHTPPPPPSKRRTPPPPPPPIKNGPDARYNHDKLSEGETKDPRSYVKSPVASS
PVQAGASPSLSRYNPRQEFRSPSAQQQQQPQPIPTTYPAQPRSSSYNPPAAGTPGYQEQP
PAPPQQQQQQQQQQQQQSYYSRPPPQQYHATSAPSGTTYPPAPQQTYTSYQQQYPSQYQQ
PQTYPQYSAQAQSAQGSQYYTQQAYSGEYHQQQATPSGAYGHNPIGRAPTPPPPRPPYPQ
SYSASSSYYRQ
NT seq
4896 nt
NT seq
+upstream
nt +downstream
nt
atgaacacaccattggagggggttgctccgaccaacggtaccagggatagcatggccgcc
ggatcagacccagagtctgtggaagctccagtagcaccaggtgattccaactcctgtcag
cagacaaccaaccaaaccactaccactgcttcaagtacagctcaccacagctacctgggc
ctgccctaccaggatcacaactacggtgcccctcctcccccctccccacccccatctcca
caagccatcactaggatcaacggggtagtggatgagaactcttcaaacaccaatgtatcg
tccacggttactgctgatgaggacacctgtgcagacgatgatgctggcataactcgttgt
atttgcaacttcgaccacgacgatggctatatgatctgttgtgacaagtgcagtgtctgg
cagcacattgactgcatgggaatcagcagagacagaatcccagagacctacctctgcgaa
cggtgtgaaccaagggacgtggaccgacagagagctgtggagatacagaccaggaagagg
atagaaatgacagatgatgacacgagcgggacggagagcggggatgagatgctgacctat
agggcggtgtcacacacaccaaccagtgtgaccattaccaccaagcccaccaagaaagtc
aagaaacgaaaacgggagaaaagcggcgagaaagaccatgagggcaggaaaaagaaagtc
aagacatgccgtgatcccacaaggagagcatccaaaccaaaggtacaccgcacgccaaac
ggcttcaactccctgaataatgaagatgccaacgaaccctgggactacagccccgatgac
agtgacgtctaccaagaggccatttccaaccagtacaccccagatttggcctctttcctg
aagaccagacagtacactgaggaggtgagctgttgtgtcagggccttgcgggatctccat
gacaaccagcccatcctggaatacagggggaaggtcatgaccaggcaggagttccaggat
cccttcttcaagaggccacacccccatgtactgttctaccctgtaaatggcttggaaatt
tgcgtggatgcgcggagctttggcaatgctgccaggtacatccggcggtcctgttcacca
aacgcagaggtccgacatgtgctgttggaaggcatgatccacctgtgtgtgtactctctg
gaggagatcatgaagggaacggaaataaccatcgggttcgactacgacttcgacacctgt
ccctgtgaagtggagtgcgcctgccaaagggaaagctgccctgtggcaaaaagtaatgcc
aggaaacaagaacttctaaagcaaaagaggaaaaggaacaaatccggccagcagtctggt
ggagacagtgagtccagcaccgggcgacagagaaaggtttctccgctccgagtctccctc
aaccacaacgcctcaacgaaccacatgacctccgatggcgaggatgagagcaaagatgtg
gatgtagaaactgaggaggctgctgaggaaagaagaagaaagatgacacgtgaagagcgg
aagttggaggctgtgatgagaacgtttgagcggatggaaaagcgtgcagcgcgcagtagg
gccgcccatgcaaggatcgagaaacagaagcaaaccaaggtcactcctaatgagaacaag
gaaggagaagagtccatgtccaaggacatggaggatcttcccaaacagactgccacgcct
cacagacagatcagaaagagacgtcgtagtcagagccgacggaatcacgcggccaggggg
aggcagcgcctgaacagcacctgcagctcggacatgcccatgtcacccatcacagaaaca
gccgcaaacacagaagtcgtcactaccgagatagagctgaagctgagtgcaccaaccact
ccagtgtctgccctgtccccttccattccatcaccgtcaatggcccaggaactcactgtt
tctacagtctctagtgtcaatgttgtcccacagccatcacctgctgcgttgggcaagggc
ttcaagtttcctaaaaccaagaagttctttgtgaatgagtggctgaatgagaaggctaac
gagcaatcagcccacaagccacttttgatcaagacagagccctcagacttcagcacaggg
accaccacatgtccaagtgtctctacatatacccgtagcaccagcatgacggcgcgcagc
cccggaccagcctacgtgctccggcctggccacaacgtgccagccagcgcaaccaagacc
aggcagagacctagcttggattcaagttttggctcagctaaaaagcgttggctgcggcag
gcgatgagtgaaggtagcagcaatggccccagtagtggctgtaactccccagctcccagt
ggtggctccctcagccctggtctcacaggcatgaacggcccagacagtccacagtgtgtg
tcaccaactggcagcatctcatcattatcagggaaggaaacaggaggagaactgatgact
ccactgaagaagagacggctgagagtgtccatctctggcgaggggagcatgtctcccatg
ccgatgactcctccaccgtccgcaggggagacggactgtgctgccaaacagggacccagg
ccaaagatcgtgatcaatgatgccatgaggaacgggttcaaacccttgtactcacccgtc
actcccgtcacaccaggcaccccacagtttgagaacatctcctcacctgaaaactcccct
gctcatgaccatgacttaaacaatgactctaacccacctcagtactatgccttccaggtg
gtactttctaagcaggcctccgtggacagcctgtcttctttggcatcaagtgtaacctcg
gcatccggcatggatagactacagaagtcaggttctgaaactagcctgctgcgtgcccgc
atgtccagcttggaccttaaacatgagggcagagaaagctgtgtgcatggagactcctcc
agagacttaatgccacgggaggaagagaaggaagtagaggaaaattccacggctatctcg
gagtattctgaaccagccaacattccaatggaatgtgacccttcagggagggaaaggaca
gacttgtccagctcgttgtctgagtcacaggtttccatgcaaactctgcaaaactcttgt
tcatctctgaacgattcccatgcctcaagccttagcttgagtggcagcctgtatcaaagg
accttgtcagaaaggcttgatacaaggactgactcccagagagatggagacccaagaccc
aggtattcttctcccttcaaaaaggaaatggcttccccagagttccataggtcgttgtca
gatggcaccttgctccaggacgagcggaaaccagaatatgagagtagaccaggacagagg
tcgagtgacttagaggcaacaagatctattaactgctatggagagcctaaagtggttgca
aatgaggagagaactattccaagtggaggagactttctcagacaggatagtgtgtccctg
agctcatcgttgccaagtctgtatgcagggagaagtgaagagcccattggctcagcaccg
accaccccagtaagtctggggccaggaccagtggtccatgaagatggaggctccaaacca
attgcaaagagaaaggtgtcattgttggagtaccgcaagaggaagcagcaaggacagaaa
gatggcaactccagtgccaatagtagtgcagcctctacacccactaaactagctccggac
agcgcaccctccacccctatcaagaacccaatgatgtccccactctccacaatgccatca
tatgaacacacagtggaggcagaatgcaaggacaaggagaaagatcggaaggcagtggat
gatctagtcaagcgctggtctgtacattacatgagattgcaaaggagtactcccacctct
gtggagaggatacgtgaggaggacccactgcaaaggtttagacgagaactcaagcagagc
actgagagaggcatggagaagaaagacaaggacaggaaggagaaggagccaggacatgta
tatagtcgctcagtgtctgtggacagtagccactctccagtccggtcccattccccagcc
cctccaccaccaccgtccagcaagcacacccctcctccccctcccagcaagcgcaggaca
ccacccccaccccctcctcccatcaaaaatggccctgacgccagatacaaccatgataag
ctttcagagggagagaccaaggatccccgctcctatgtgaagagcccagtagcgagcagc
cctgtgcaggctggtgcttctccttccctgagtagatacaaccctagacaggagttcagg
agtcccagtgcacagcagcagcagcagccccagcccatccccaccacgtaccccgcccag
ccgcgctccagctcctacaaccctccagctgctggaacaccaggttaccaagagcagcct
ccggcaccgcctcagcagcaacaacaacaacaacaacagcagcagcagcagagctactac
agccgccccccgccacagcagtaccacgccacctctgccccctcagggacaacctatccc
cccgccccccagcagacatacacgtcctaccagcagcagtacccttcacagtaccagcag
ccccagacgtacccacagtactccgcacaggcccagtctgcacagggcagccagtattac
actcagcaggcatacagtggagaataccatcaacagcaagctactccctctggggcctac
ggacataaccccattggcagggcacccaccccgcctccccctcgccccccgtacccacag
tcctactctgccagtagttcctactaccgacagtaa
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