Vibrio fluvialis: AL536_17560
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Entry
AL536_17560 CDS
T04379
Name
(GenBank) elongation factor G
KO
K02355
elongation factor G
Organism
vfl
Vibrio fluvialis
Brite
KEGG Orthology (KO) [BR:
vfl00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03012 Translation factors [BR:
vfl03012
]
AL536_17560
03029 Mitochondrial biogenesis [BR:
vfl03029
]
AL536_17560
Translation factors [BR:
vfl03012
]
Eukaryotic type
Elongation factors
AL536_17560
Prokaryotic type
AL536_17560
Mitochondrial biogenesis [BR:
vfl03029
]
Mitochondrial DNA transcription, translation, and replication factors
Mitochondrial transcription and translation factors
Mitochondrial translation factors
AL536_17560
Mitochondrial quality control factors
Regulator of mitochondrial biogenesis
Ubiquitas transcription factors
AL536_17560
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GTP_EFTU
EFG_IV
EFG_III
EFG_C
GTP_EFTU_D2
AIG1
MMR_HSR1
CbiX
Motif
Other DBs
NCBI-ProteinID:
AMF95236
UniProt:
A0A109X3H0
LinkDB
All DBs
Position
2:complement(2149318..2151405)
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AA seq
695 aa
AA seq
DB search
MADLSKYRNIGIFAHVDAGKTTTTERILKLTGKIHKAGETHDGESTTDFMEQEAERGITI
QSAAVTCEWKKHRLNVIDTPGHVDFTVEVYRSLKVLDGGIGVFCGSGGVEPQSETNWRYA
NESEVARIIFVNKLDRMGADFFNVVEQVKNVLAATPLVMTLPIGREDDFVGVVDVLNRQA
YVWDETGLPENYSIQDVPADMVDQVEEYRELLIESAVEQDDELMMAYMEGEEPTVEQIKA
CIRKGTRDLAFFPTFCGSAFKNKGMQLVLDAVVDYLPAPTEVEPQDLTDPQTGEPTGEKA
IVDPELPLKALAFKIMDDRFGALTFIRIYSGRMKKGDTILNAATGKTERIGRMVEMQAND
RTEITEAQAGDIIAVVGMKNVQTGHTLCDPKHECTLEPMIFPEPVISIAVAPKDKGSTEK
MGIAIGKMVAEDPSFQVETDEDSGETILKGMGELHLDIKVDILKRTYGVELEVGAPQVAY
RETITKAIEDSYTHKKQSGGSGQFGKIDYRIKPGEPNSGFTFKSTVVGGNVPKEFWPAVE
KGFESMMAHGVLAGFPTLDVEVELFDGGFHAVDSSAIAFEIAAKGAFRQSMPKAGAQLLE
PIMKVDVFTPEDNVGDVIGDLNRRRGMIKDQQAGATGVRIKADVPLSEMFGYIGTLRTMT
SGRGQFSMEFEKYSPCPANVAEKVIAEVKERNAKK
NT seq
2088 nt
NT seq
+upstream
nt +downstream
nt
atggcagatttatcgaaatacagaaacattggtattttcgcgcacgttgacgcgggtaaa
accactaccactgagcgtattcttaagcttactggtaaaatccataaagcaggcgaaaca
catgatggtgaatcgactacagacttcatggagcaggaagcagagcgcggtattactatc
caatcagctgcggtaacttgtgagtggaaaaaacaccgactaaacgttatcgatactcct
ggacacgttgactttacagtagaagtataccgttcactgaaagttcttgatggcggtatc
ggtgtattctgtggttctggcggtgttgaacctcagtcagaaactaactggcgttacgcg
aacgaatcagaagttgcacgtatcatcttcgttaacaaactggaccgtatgggtgcagac
ttctttaacgttgttgaacaagtgaagaacgtactggcggcgactcctctggtgatgacg
ctaccaatcggtcgtgaagacgatttcgtgggtgttgttgacgtactgaaccgtcaagca
tacgtatgggatgagactggtcttccagaaaactacagtattcaagacgttcctgcagac
atggttgatcaagtagaagagtaccgtgagcttctgatcgaatctgctgtagagcaagac
gacgagctgatgatggcttacatggaaggtgaagaaccaactgttgagcaaatcaaagca
tgtatccgtaaaggtactcgtgatctagcgttcttcccaacattctgtggttcagcgttc
aaaaacaaaggtatgcaacttgttcttgacgcggtagtagattacctaccagctccaact
gaagttgaaccacaagatctgactgatccacaaactggtgaaccaactggtgaaaaagcg
atcgttgatccagagctgccactgaaagcgctagcattcaagatcatggatgaccgtttc
ggtgctctgacgttcatccgtatctactctggccgcatgaagaagggtgacaccatcctt
aacgctgcgactggtaaaactgaacgtatcggccgtatggttgagatgcaagcgaacgac
cgtactgagatcactgaagcgcaagcaggtgacatcattgctgttgttggtatgaaaaac
gttcaaactggtcacactctgtgtgatccaaaacacgaatgtacgctagaaccaatgatc
ttcccagagccagtaatctctattgctgttgctcctaaagacaaaggttcaactgagaaa
atgggtatcgcgatcggtaaaatggttgcagaagatccatcgttccaagttgaaactgac
gaagattcaggcgaaaccatccttaaaggtatgggcgaacttcacctggacatcaaagtg
gacatcctgaaacgtacttacggtgttgaactggaagtcggtgctcctcaggttgcttac
cgtgaaactatcactaaagcaatcgaagacagctacacccacaagaaacagtctggtggt
tcaggtcagttcggtaagatcgactaccgtatcaaaccaggtgagccaaactcaggcttc
actttcaaatcaactgtagttggtggtaacgttcctaaggaattctggccagcagttgag
aaaggttttgagagcatgatggcgcacggtgtgcttgcgggcttcccaacgcttgacgtt
gaagttgaactgttcgacggtggcttccacgcagttgactcatctgcaatcgcatttgaa
atcgcagcgaaaggcgcattccgtcaatcaatgccaaaagcaggcgcgcaacttctagaa
cctatcatgaaagttgacgtgttcactccagaagataacgttggtgacgttatcggtgac
ctgaaccgtcgtcgtggtatgatcaaagaccaacaagctggtgcaactggcgttcgtatt
aaagcagacgttcctctatcagaaatgttcggctacatcggtacgctacgtactatgact
tcaggtcgtggtcagttctctatggagttcgaaaaatactcaccatgtccagcaaacgtt
gctgagaaagtgattgctgaagttaaagagcgtaacgctaagaagtaa
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