KEGG T01074: BRAFLDRAFT

Branchiostoma floridae (Florida lancelet): BRAFLDRAFT_125045

Entry

BRAFLDRAFT_125045 CDS T01074

Definition

hypothetical protein

Orthology

K11421

histone-lysine N-methyltransferase SETDB [EC:2.1.1.43]

Organism

bfo Branchiostoma floridae (Florida lancelet)

Pathway

bfo00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:bfo00310]

SSDB

Motif

Pfam:

SET Pre-SET DUF4537

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 1490 aa
MKEDICAQSKTECSFKSTDLLHGPGYMEQRRDDLFHTSAISWCCGYRYSTQTDFQAGFLW
TNYGGTINMCVRHRQGDVNTDLKSCCTSTHLLVTMATDGDAEGIEMSDENFYENLDDIIS
GLVNEKLESSGWVEGLPPGMAAIERDLGSLEDQQARIQDVFRESERLLGVAGENLAWQQT
WFNDWMEHNRTGSPEEMVDLTAEDDEVMVVSEGPATQQQQLQQPQQQAQQRQEQEHQSEL
PSTPQAATEEETVPTAPQPPQTESSVPTTNQESGTSSEQPIADQNEEQVQREVAPGTSDP
VSVELAVGMRLMGKKKDDIWYQGTLIKIVPDEKGLIKYKVKYDGKGKGLLSGNHIAFSET
VGQGVLHAGSRIVGQYVDEEGDSVQYLYAGIVAELPSKMNRSRYLIFFDDGFATYLKRDQ
IHQRAMVKVKVGQKIRTEWNGQWWDARVDSVDGSLVKMYYPTDKRSEWIYRGSTRLWPLY
EAFAHQEQAQTEGSKSIRSHTMGKTRGPHIEYTRAEEEAAKRKTTGAAQKKPASASASSA
SQSKPPSRSSTPRSSSTVDSSSLSFEKLLTEDIEKLQAGSKLVPSTSSELQNSGGGMGRP
VANREAWFQIAGATQKKTVTSQQSNTTVKQTVTSQQSNTVVKHVVPTTVKQTVTTTQPPV
TTTAQRINRPLKKQVARKSTGPRSKKPFPDQYVPPSVGRKDIASILQKRLMEEGDSNSRS
SEDSVVDITVETDPMEVPTPKMVKFSPHQCTPACVSHVRPANPAQYRGRGAWPHINPLKV
PILYQWERYIGKKRPGGTRDVSYRTPCARMVRNVRDVSWYLMQTKTDFLSIDQFCFDPYV
MLDNMRPEKYFVKIPDISNGNEDVPISCVNEINHEHPDNVGYTKQRLPTPGVELNLDPDF
LVSCDCTDNCQNKKTCACHQLTIQAYRSRPGGQEDPDAGYEYRRLTEQLPTGGWGIRCLD
DIPQGAFICIYAGQLLNEDTANKGGNMFGDEYLAELDHIEIAEKFKEGYESDVPDSSGSD
LNDSDSESDNSSSAEEPSITSSTSPEPDLDNSSDSDYKPDITDKPGDTSGAVKLILRRES
RGSTSGRSVKPQKCDTDKKVESWIEKNLSEKKSGDTGSQSESRSSSGRNTPKQTHQSQDS
KPGLPQPNKEDQSQSVDTNPAKKESSVHEQERHNIFDIMEFSESKDGTSKTPDREVQKKG
DTNRSFQDALKDMNVSMELSPKKAPGQQGTVGAKKDSGKDDGMACTIVEEKEAAEGKAER
REGDVQDKTGKTEGEEKDKKGKDGSSPMRHYGYRIDGDRIVGLKRKHRKKIVVKASSSSE
SEESKPKPASGDCELMIVGATSLAVDSGDETSDSEKGSSSDKGKKKKEKDQLEVPAPVLD
DTQQPVAVLQPSPDRSTRKYFGEEHCYVMDAKVIGNCGRYLNHSCSPNLFVQNVFVDTHD
LRFPWVAFFSSKRIRGGTELTWDYNYQVGSVAGKVLYCYCGSEECRGRLL

NT seq 4473 nt +upstreamnt +downstreamnt
atgaaggaagatatatgtgcacagtcaaaaacggagtgcagtttcaagagcactgatttg
ctccatggacccggatacatggaacaaagaagagacgacctgttccacacctctgccatc
agctggtgttgtgggtacaggtacagtacacaaacagactttcaggcaggctttttgtgg
acgaactatggcggaaccatcaacatgtgtgtccggcacaggcagggcgatgtcaacaca
gatttaaagtcctgctgtacatccacacacctgttggtcaccatggcaacagatggagat
gcggaggggatagagatgtcagatgagaatttttatgagaacctggatgacatcatctcc
gggctggtgaatgagaagctggagagtagtgggtgggtggagggtctgccacctgggatg
gcagccatagagagggacctgggaagcctggaagatcagcaggcccgtatccaggatgtg
ttcagggagtcagagcgactgctgggcgtggccggggagaacctggcatggcagcagaca
tggttcaacgactggatggaacacaacaggactgggagccctgaagagatggtggatctg
acagctgaggatgatgaggtcatggtggtatcagaggggccagctacacaacaacaacaa
ctacagcaaccacagcaacaagcacaacagagacaagaacaggaacaccagtctgagctg
ccgtccactccacaggcagcgactgaggaggagactgttcctacagcaccccaaccaccc
cagactgagagctcagtaccaacaaccaatcaggagtcaggaacatcctctgaacagcca
atagcagaccagaatgaggagcaggtccagagagaggttgctccaggaacatctgaccct
gtgtctgtggagctggctgtgggcatgagactcatggggaagaaaaaagatgacatctgg
taccagggtaccctcatcaagatcgtccctgatgagaagggactgatcaagtacaaggtg
aagtatgatgggaaagggaagggcctgttgtcaggaaaccacatcgcgttctccgagaca
gtggggcagggagtactccatgctggcagcaggattgtgggtcagtatgtggatgaggag
ggggactctgtccagtacctgtacgctgggatcgtggcggagcttccgtccaagatgaac
cgatcccgttatctcatcttcttcgatgacggcttcgcaacctacctcaaaagggaccaa
atacaccagcgagccatggtaaaggtgaaggtgggacagaagatccgtacggagtggaac
ggccagtggtgggatgcgcgggtagactctgtggacgggagcctggtcaagatgtattac
cccacggacaagcgctcggaatggatctaccgaggttccacaaggctctggccgctgtat
gaagcttttgctcatcaggagcaggctcagactgagggatctaagtccatccgcagccac
accatggggaaaacacgaggcccacatatcgagtacacacgtgctgaggaggaagcagca
aaacgcaagaccacaggtgcagcacagaagaagccagcctctgcatcagcctccagtgcc
agtcagtccaagcccccctcccgcagcagcacaccgcgctcctccagcactgtagactcc
agcagcctttcctttgagaaacttcttacagaagacatcgaaaaactgcaagctggttcc
aaactggtgccatccacaagcagtgagcttcagaacagtggaggggggatggggcggcct
gttgccaacagagaggcctggtttcagatcgctggtgccacgcagaaaaagactgtgact
agccagcagtcaaacactactgtgaaacagacagtgaccagtcagcagtcaaacactgta
gtaaaacatgtggttcccaccacagtgaaacagacagttactaccacccagcccccagtc
acaaccacagctcagagaataaacaggcctctaaagaagcaagtggcaagaaaaagtact
ggcccaaggtcaaaaaagccatttcctgaccagtatgtacccccatctgttggcagaaaa
gacatcgcaagtatcctccagaaaaggttgatggaggagggagattctaacagccgttct
agcgaagacagtgttgtggacatcacagtagagactgaccctatggaggttcccactccc
aagatggtgaagttcagtccacatcaatgcactccggcatgtgtcagtcatgtccgtcct
gccaatcctgcccagtacagaggacggggagcgtggccacacatcaaccccctgaaagtg
cccatcttgtaccaatgggagaggtacattgggaagaagcgccctggtggcactcgagat
gtgtcctaccggaccccgtgtgctcgcatggtgcggaacgtccgggatgtctcctggtat
ctgatgcagaccaagactgacttcctgtccatcgaccagttctgttttgacccttacgtg
atgctggacaacatgaggccagagaaatactttgtcaagattccagacatctccaatggc
aacgaagatgttcccatttcttgtgttaatgaaatcaaccacgaacatcccgacaatgtt
ggttacaccaaacagcgtctccccacaccaggggtggagctgaatctggaccctgacttt
ctggtgtcatgtgactgtaccgacaactgtcagaacaagaagacttgtgcctgtcaccag
ctgaccatccaggcgtaccggtcgcgccccggaggccaggaggaccctgatgcaggctac
gagtaccgcaggctcacggagcagctacctacagggggatggggaatccgatgtttggac
gacatcccccagggagcattcatctgtatctatgcagggcagctgctaaacgaggacaca
gccaacaagggggggaacatgttcggtgatgagtacctggcagagctggatcacattgag
attgctgaaaagtttaaggaaggctacgagagcgatgttccagacagcagtgggagcgac
ttgaatgactccgacagcgaatcagacaacagtagttctgcagaggaaccctccataacc
tcctccacctctcctgagcctgacctggacaacagcagtgactctgactacaaacctgac
atcacagacaagccaggagacaccagcggagctgtcaaactcatcctgcgccgagagtcc
cgggggtcaacatccggcaggtctgtgaagcctcaaaaatgtgacacggacaagaaagtg
gaatcctggatagagaagaacctctctgaaaagaaatcaggagacacaggtagccaatca
gagagtaggtcctcctctggtagaaacactccaaagcagacacaccaatcacaggacagc
aagcctggccttccacagccaaataaggaagaccaaagccaatcagtggatacaaatcca
gccaagaaggaatcatccgtgcatgaacaagaaaggcacaatatttttgatataatggag
ttttctgaatcaaaagatggaaccagcaagactccagaccgtgaagtacaaaagaaagga
gacactaatcgctccttccaagatgccttaaaagatatgaatgtctctatggaattgtca
cccaaaaaagcaccaggacagcagggtacagtgggagcaaagaaagactctggcaaggat
gatgggatggcatgtacaattgttgaagagaaggaggccgctgaggggaaagcagaaaga
agagagggtgatgtacaagacaaaacaggaaaaacagaaggagaagagaaggataagaaa
ggcaaagacggtagttcaccaatgaggcactatgggtaccgaatagatggtgaccgcatt
gtaggactgaagaggaaacacaggaagaagattgttgtaaaggcatcctcctccagtgag
tctgaagagtccaaacctaaaccagccagtggggattgtgagctgatgattgttggcgca
acatcgctcgctgtcgacagtggagatgaaacatccgacagcgagaagggctcatcatca
gacaaggggaagaagaaaaaggagaaagaccaacttgaagtcccagccccggtcctagat
gacacccagcagccagtggcagtactgcagccctcacctgacagaagcaccaggaagtat
tttggagaggaacattgttatgtcatggatgccaaggttataggcaactgcggcaggtac
ctcaaccatagctgctcaccaaacctgttcgtacagaatgtgtttgtggacacacatgac
cttcgctttccctgggtcgcctttttctccagcaagcgcatccggggaggcaccgagctg
acctgggactacaactaccaagtgggtagtgtagcaggcaaggtgctgtactgctactgt
gggtcggaggaatgtcgaggccggctgctgtga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-BFO (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (23)   

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