Francisella cf. novicida Fx1: FNFX1_1080
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Entry
FNFX1_1080 CDS
T01937
Name
(GenBank) Transcription-repair coupling factor
KO
K03723
transcription-repair coupling factor (superfamily II helicase) [EC:
5.6.2.4
]
Organism
fcf
Francisella cf. novicida Fx1
Pathway
fcf03420
Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:
fcf00001
]
09120 Genetic Information Processing
09124 Replication and repair
03420 Nucleotide excision repair
FNFX1_1080
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
fcf03400
]
FNFX1_1080
Enzymes [BR:
fcf01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
FNFX1_1080
DNA repair and recombination proteins [BR:
fcf03400
]
Prokaryotic type
SSBR (single strand breaks repair)
NER (nucleotide excision repair)
TCR (transcription coupled repair) factors
TRCF (transcription-repair coupling factor)
FNFX1_1080
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DEAD
Helicase_C
TRCF
UvrB_inter
CarD_TRCF_RID
MFD_D3
ResIII
Cas3-like_C_2
ERCC3_RAD25_C
AAA_22
UB2H
RecG_dom3_C
Glyco_tran_WecG
Motif
Other DBs
NCBI-ProteinID:
AEE87466
LinkDB
All DBs
Position
1090799..1094224
Genome browser
AA seq
1141 aa
AA seq
DB search
MLNNQISANDTVVSNAYGSAFSILFNEYLKQNNQFNLIVTEDSQQAHKIYKELKYLNKNN
SKLDILFFPNLEILPYDRFSASIDIISRRQEILYKMTHQPQNTLIITSISNTLRKIAPAS
FIQENSFILKTGDNLDITKYKMLLTEAGYTLVNNVFEKGEFSIRGSIIDIYPIGSKVAFR
IDLFDNEIDSIKELNTESQRSGNQIQSINIMPSHELVYNNQNTTFALDKLNKLCGDKALN
STIATYIQNNEYFSGIEFYLPLFYDKLSSLYDYLPPSTNIHLVDNITNSIEAFSDEVKFR
YNELKHDSDRPILPFQEIFYSQQEIQDIYQQYKNIKWFQQPKSKSKILKVDHLEKISANY
KLANPFKDLQQFIDKSNFDKVIFSTDSNGRAELLLEHLNKLNLNIQSCKNFNEAIEVTAN
FCLIISPFQEGRIIDKKIVLITEADLFPEHSYNSTKVSQHDHHPTVDLKDLTDLKPGMHV
VHIDHGIGRYEGLESIELNGKKDEFILLRYANDAKIYVPITSLNLISIYNSSLTEKIALN
KLGTDKWKKQKEKTIKKIIDVAANLLEIYAKREMRQGFSNSLDEEEYLRFCADFPYEETP
DQLSAINDVFKDMISAKPMDRLICGDVGFGKTEIAMRAAFLATQNQKQVAILVPTTILAQ
QHYNSFKDRFTNTAVNIEVITRSKTPKAQQQLFEDLKKGTVDIIIGTHKLISSKIDFKNL
GLLIIDEEHRFGVAQKEKLKSLKAEIDILTMSATPIPRSLSMAFSALRDLSIIASPPAKR
LSVKTFVKEYDNNIIREAVSRETIRGGQIFYLYNKVETIQKKKEILQELFPRLRIAIAHG
QMSEKEIQKVMFDFKHNKYHILLCTTIIETGIDIPNANTLIIEDANNLGLAQLHQLRGRV
GRSHHQAYAYMLIPNEASITKDALKRLEAISNTESLGGGFTLANHDLEIRGAGEILGEEQ
SGNIDGIGLNLYMDLLDKTIANLQAGKELNIEEVINSTVCEVELNIPTLIPDYYIYDVNT
RLNIYKRISKASHQDLVNIKIELIDRFGKLPLEVLYLLKVAHIKIDAIALGIYQIKMFAT
SGKISFSNNTKFEPQKLIKLIQSQPSDFRLTKEHDLIITKVTKTAEQRIEFIENFLKKIV
Q
NT seq
3426 nt
NT seq
+upstream
nt +downstream
nt
atgcttaataaccaaatatctgctaatgatacagttgtatctaatgcttatggatctgct
tttagtattttgtttaatgaatatctcaagcaaaataatcagtttaatttaatagttact
gaagactcacaacaagcacataagatatacaaagaattaaaatatctaaataaaaataat
tcaaagttagatatcctattttttccaaatttagaaatccttccttatgataggttctca
gcttctatagatattatctctagacgccaagaaatcctatataagatgacacaccaaccc
caaaatactctaataatcacaagtatctcaaatacactaagaaaaatagcacccgcaagt
tttatacaagagaatagttttatacttaaaacaggtgataacttagatataactaaatat
aaaatgcttcttacagaagcaggttatactttagtaaacaatgtttttgaaaaaggtgag
tttagtattcgcggtagtattattgatatatatcctatcggctcaaaagttgcttttagg
atagatctttttgataatgagattgatagtatcaaagagcttaatactgaaagtcaacgc
tctggtaatcaaatacaatcaatcaacataatgccatctcatgagctggtgtataacaat
caaaatactacttttgctttagataagctcaataaattatgtggtgataaagctcttaat
tcaactattgcgacatatatacaaaataatgaatattttagtggtattgagttttatttg
cctttgttttatgacaaactttctagtctttatgattatctaccaccatcgacaaatatt
cacttagttgataatattactaattcaattgaggctttctctgatgaggtaaaatttaga
tataatgaacttaaacatgatagtgatagaccaattctaccctttcaagaaatcttttac
tcacaacaagaaatacaagatatctaccaacaatataaaaatattaaatggtttcaacag
ccaaaatcaaaatccaaaatacttaaagtagaccatttagaaaaaatttcagcaaactac
aaacttgcaaatccattcaaagatttacaacagtttattgataaatctaattttgacaaa
gttattttctcaactgactcaaatggtcgtgctgaactacttctagagcacttaaataag
cttaatctaaatatacaaagctgtaaaaattttaatgaagctatagaagtaactgctaat
ttctgcttaataatttcgccttttcaagaaggtaggattatagacaaaaaaattgtccta
attacagaagcagatttatttcctgaacatagctataactccaccaaagtttcacagcat
gatcaccaccctactgttgatcttaaagatcttacagatctaaaaccaggaatgcatgtt
gttcatattgatcatggtatcggtagatatgaaggtttagaaagtattgagctaaatggt
aaaaaagatgagtttatattactaagatatgcaaatgatgccaaaatctatgtaccaatc
acatcactgaatctaatctctatttataactcttcacttactgaaaagatagcattaaat
aagcttggtacagataagtggaaaaaacaaaaagaaaaaactattaaaaagattattgat
gtagcagcaaatcttctcgaaatttatgcaaaaagagaaatgcgccaaggttttagcaat
agcttagatgaagaggaataccttagattttgcgcagactttccttatgaggaaactcct
gatcagctttcagctattaatgatgtatttaaagatatgatttcagctaaacctatggat
aggctaatttgtggtgatgtaggttttggtaaaacagagattgcaatgcgagcagcattc
cttgccacacaaaatcaaaaacaagttgctattttagtacctacaacaatcttagctcaa
cagcattataatagctttaaagatagatttactaacactgctgttaatatcgaagtaatt
acccgttcaaaaactccaaaggcgcagcaacaactttttgaagaccttaaaaaaggaacc
gtagacataattatcggcactcataaactaatttcatcaaaaattgactttaaaaattta
ggtttattaattattgatgaagaacatcgttttggtgtcgctcaaaaagaaaaactaaaa
tcattaaaagccgagatagatattttaactatgtctgcaacacctattccgcgtagttta
agtatggcgttttcagcactaagagacttatcaattatcgcttcaccacctgccaaacgc
ttatcagttaaaacttttgtcaaagaatatgataataatataatccgtgaagctgtaagt
cgtgaaactattcgtggtggacagattttttatctttataataaagttgaaactattcaa
aagaaaaaagaaattcttcaagagctgtttccacgcttacgtatagctatagctcatgga
caaatgagcgaaaaagaaatccaaaaagttatgtttgattttaaacataacaagtaccat
atattactatgtaccacaattattgagacaggtattgatataccaaatgctaatactcta
attattgaagatgctaataatctaggtttagctcaacttcatcaactaagaggtagagtt
ggtcgatcacatcatcaagcttatgcatatatgctaataccaaatgaagcaagcatcacc
aaagatgcactaaaaaggcttgaggctattagtaataccgaatcactaggtggtggtttt
actttagctaatcatgatttagagattcgtggcgctggtgaaatacttggagaagagcaa
agtggtaatattgatggtattggtctaaatctatatatggatctactcgataaaacaatt
gcaaatctacaagctggtaaagagctcaatatcgaagaggttattaattctacagtctgc
gaagttgagttaaatattccaacactaattcccgattattatatttatgatgtcaacact
cgactaaacatctataaacgaatttcaaaagctagtcatcaagatttagtaaatatcaaa
attgaacttatagatcgctttggcaaattacctttagaagttctttatttacttaaagta
gcacatataaaaatagatgcgattgcattaggaatttaccaaataaaaatgtttgctaca
tctggcaaaattagtttctcaaacaatacaaaatttgaaccacagaagctgataaaactt
attcaatcacaacctagtgattttagactgactaaagagcatgatttaattataacaaaa
gttacaaaaactgctgaacaaagaatagagtttatcgaaaactttttgaagaaaatagtt
caataa
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