### FUNCTION May be involved in transcriptional regulation ### SEQUENCE -M-E-K-F-Y-K-E-N-E-G-K-P-E-N-K-G-R-A-E-D-E-G-S-T-E-E-G-G-K-A-D-E-D-K-S-D-A-E-G-K-P-A-R-Q-G-K-L-E-V-E-G-G-P-G-E-Q-A-Q-Q-K-G-E-G-K-P-E-K-Q-G-K-S-D-G-E-G-K-R-Q-G-E-S-K-P-D-S-Q-A-K-S-A-S-E-A-R-A-A-E-K-R-P-A-E-D-Y-V-P-R-K-A-K-R-K-T-D-R-G-T-D-D-S-P-K-N-S-Q-E-D-L-Q-D-R-H-V-S-S-E-E-M-M-R-E-C-A-D-M-T-R-A-Q-E-E-L-R-K-R-Q-K-M-G-G-F-H-W-V-P-R-D-A-Q-D-A-L-V-P-R-G-Q-R-G-V-R-G-V-R-G-G-G-G-R-G-Q-K-D-L-E-D-A-P-F-V


### FUNCTION Acts as a mitochondrial iron-sulfur  cluster insertion into a subset of mitochondrial proteins Probably acts together with NFU1 ### SEQUENCE -M-A-A-W-G-P-A-A-A-A-P-L-L-R-G-S-R-G-L-P-L-W-H-C-A-Q-R-M-F-A-S-Q-T-E-G-E-L-K-V-T-Q-V-L-K-E-K-F-P-R-A-T-A-I-Q-V-T-D-I-S-G-G-C-G-A-M-Y-E-I-K-I-E-S-E-E-F-K-E-K-R-T-V-Q-Q-H-Q-M-V-N-Q-A-L-K-E-E-I-K-G-M-H-G-L-R-I-F-T-S-V-P-K-C


### FUNCTION Cross-linked envelope protein of keratinocytes Involved in UV-induced cornification ### SEQUENCE -M-P-S-H-Q-H-Q-N-Q-Q-Q-C-T-P-Q-A-Q-Q-Q-Q-V-K-Q-P-C-Q-P-P-P-T-K-C-Q-E-A-C-V-P-K-T-K-D-P-C-V-P-Q-A-K-K-Q-C-P-A-R-S-T-T-N-P-A-Q-E-K-C-P-A-Q-Q-D-P-K-C-K-Q-K


### FUNCTION Important role in the capacity of milk to transport calcium phosphate ### SEQUENCE -M-K-F-I-I-L-T-C-L-L-A-V-A-L-A-K-Q-E-S-K-D-N-S-Q-E-D-F-K-Q-T-V-D-V-V-I-F-P-G-Q-E-T-V-K-N-I-P-I-P-Q-M-E-S-V-E-A-P-I-K-N-K-C-Y-Q-S-I-Q-T-F-K-P-P-Q-A-L-K-G-L-Y-Q-Y-H-M-A-K-N-P-W-G-Y-T-V-N-R-A-F-P-S-T-R-T-L-Q-Y-N-Q-K-T-M-D-L-S-M-R-A-R-E-K-I-V-M-S-E-I-K-K-N-I-Q-D-Y-V-T-K-M-K-Q-Y-S-K-I-T-W-P-R-F-V-K-S-L-Q-Q-Y-Q-K-T-M-N-P-W-S-C-Y-P-Y-T-L-L-Q-V


### FUNCTION Component of the class I major histocompatibility complex ### SEQUENCE -M-A-R-T-V-A-T-F-F-L-M-L-V-S-L-A-C-L-D-A-I-E-R-P-P-Q-V-Q-V-Y-T-R-H-P-P-E-N-G-K-T-N-F-L-N-C-Y-V-S-Q-F-H-P-P-H-I-E-I-E-L-L-K-N-G-K-K-I-E-K-V-E-M-S-D-L-S-F-S-K-D-W-T-F-Y-L-L-A-H-T-E-F-T-P-T-A-N-D-K-Y-A-C-R-V-S-H-V-T-L-K-E-P-K-V-V-T-W-E-R-D-M


### FUNCTION This protein is involved in control of the biosynthesis of threonine ### SEQUENCE -M-R-Y-I-S-L-N-T-T-I-I-T-T-T-E-T-T-G-Y-G-A-G


### FUNCTION May be involved in the biosynthesis of molybdopterin ### SEQUENCE -M-H-K-H-Q-H-Q-N-I-H-L-N-R-P-I-H-V-A-I-L-T-V-S-D-T-R-D-Y-D-S-D-K-G-G-Q-L-I-Q-S-L-I-N-Q-H-E-N-H-V-D-I-N-H-Y-R-I-V-K-D-D-I-E-A-I-T-H-Q-L-K-L-W-L-T-S-S-N-Q-L-D-V-I-I-T-T-G-G-T-G-I-S-Q-R-D-V-T-I-E-A-V-R-P-L-L-T-K-E-L-E-G-F-G-E-L-F-R-Y-L-S-Y-T-E-D-V-G-T-R-A-L-L-T-R-A-I-A-G-T-C-D-S-T-L-I-F-A-L-P-G-S-T-G-A-I-K-L-A-I-E-K-L-I-K-P-E-L-S-H-L-V-F-E-L-N-K-D-I-R-N


### FUNCTION Could be involved in septation ### SEQUENCE -M-K-V-T-D-V-R-L-R-K-I-Q-T-D-G-R-M-K-A-L-V-S-I-T-L-D-E-A-F-V-I-H-D-L-R-V-I-E-G-N-S-G-L-F-V-A-M-P-S-K-R-T-P-D-G-E-F-R-D-I-A-H-P-I-N-S-D-M-R-Q-E-I-Q-D-A-V-M-K-V-Y-D-E-T-D-E-V-I-P-D-K-N-A-T-S-D-N-E-E-S-D-E-A


### FUNCTION RNaseP catalyzes the removal of the 5'-leader sequence from pre-tRNA to produce the mature 5'-terminus It can also cleave other RNA substrates such as 45S RNA The protein component plays an auxiliary but essential role in vivo by binding to the 5'-leader sequence and broadening the substrate specificity of the ribozyme ### SEQUENCE -M-E-K-A-Y-R-I-K-R-N-S-D-F-Q-A-I-Y-K-N-G-K-S-V-A-N-R-Q-F-V-V-Y-T-Y-K-N-R-D-L-K-H-F-R-L-G-I-S-V-S-K-K-L-G-N-A-V-T-R-N-R-I-K-R-A-I-R-E-N-F-K-V-H-K-Q-N-I-I-A-K-D-I-I-V-I-A-R-Q-P-A-K-D-M-N-T-L-E-I-Q-S-S-L-E-H-V-L-K-I-A-K-V-F-N-K-K-I-K


### FUNCTION May play a role in DNA repair It seems to be involved in an RecBC-independent recombinational process of DNA repair It may act with RecF and RecO ### SEQUENCE -M-H-Y-P-E-P-I-S-K-L-I-D-S-F-M-K-L-P-G-I-G-P-K-T-A-Q-R-L-A-F-H-T-L-D-M-K-E-D-D-V-V-K-F-A-K-A-L-V-D-V-K-R-E-L-T-Y-C-S-V-C-G-H-I-T-E-N-D-P-C-Y-I-C-E-D-K-Q-R-D-R-S-V-I-C-V-V-E-D-D-K-D-V-I-A-M-E-K-M-R-E-Y-K-G-L-Y-H-V-L-H-G-S-I-S-P-M-D-G-I-G-P-E-D-I-N-I-P-A-L-V-E-R-L-K-N-D-E-V-K-E-L-I-L-A-M-N-P-N-L-E-G-E-S-T-A-M-Y-I-S-R-L-V-K-P-I-G-I-K-V-T-R-L-A-Q-G-L-S-V-G-G-D-L-E-Y-A-D-E-V-T-L-S-K-A-I-A-G-R-T-E-M


### FUNCTION Chaperone that serves for the intracellular sequestration and transport of Cu ### SEQUENCE -M-T-Q-K-I-I-K-V-E-G-M-S-C-E-H-C-R-N-A-V-E-S-A-L-A-K-L-N-G-V-S-S-A-E-V-N-L-D-E-N-H-V-R-V-E-Y-N-D-S-K-V-T-F-E-N-M-K-E-A-I-E-E-Q-G-Y-D-V-K


### FUNCTION Inhibits the expression or activity of extracellular murein hydrolases by interacting, possibly with LrgB, with the holin-like proteins CidA and/or CidB The LrgAB and CidAB proteins may affect the proton motive force of the membrane May be involved in programmed cell death , possibly triggering PCD in response to antibiotics and environmental stresses ### SEQUENCE -M-V-I-L-E-Q-T-H-L-V-K-N-K-A-V-D-N-K-K-S-M-K-Y-S-I-F-Q-Q-A-L-T-I-A-V-I-L-L-I-S-K-I-I-E-S-F-M-P-I-P-M-P-A-S-V-I-G-L-V-L-L-F-I-A-L-C-T-G-I-V-K-L-G-Q-V-E-T-V-G-T-A-L-T-N-N-I-G-F-L-F-V-P-A-G-I-S-V-I-N-S-L-P-I-L-K-Q-S-P-I-L-I-I-L-L-I-I-I-S-T-L-L-L-L-I-C-T-G-F-S-S-Q-L-L-V-T-K-S-L-F-P-S-K-E-K-N-E-E-T-S-H-I-G-G


### FUNCTION Involved in urease metallocenter assembly Binds nickel Probably functions as a nickel donor during metallocenter assembly ### SEQUENCE -M-I-I-E-E-I-Q-G-N-I-A-N-L-S-Q-D-E-K-Q-K-H-V-E-K-V-Y-L-E-N-S-D-L-V-K-R-I-Q-R-V-K-T-D-H-G-N-E-I-G-I-R-L-K-Q-P-I-D-L-Q-Y-G-D-I-L-Y-Q-D-D-T-N-M-I-I-V-D-V-N-S-E-D-L-L-V-I-K-P-R-N-L-K-E-M-G-D-I-A-H-Q-L-G-N-R-H-L-P-A-Q-F-T-E-T-E-M-L-I-Q-Y-D-Y-L-V-E-D-L-L-K-E-L-G-I-P-Y-S-H-E-D-R-K-V-N-Q-A-F-R-H-I-G-H-S-H-D


### FUNCTION May play a key role in alkaline pH tolerance ### SEQUENCE -M-A-V-D-N-N-K-A-K-Q-A-Y-D-N-Q-T-G-V-N-E-Q-E-R-K-E-Q-Q-Q-A-Q-N-N-Q-P-Q-F-E-N-K-L-T-F-S-D-E-V-V-E-K-I-A-G-I-A-A-R-E-V-K-G-I-L-D-M-K-G-G-F-T-D-S-F-T-N-A-F-S-N-G-N-N-V-T-T-G-V-S-V-E-V-G-E-K-Q-A-A-V-D-L-K-V-I-L-E-Y-G-E-S-A-P-K-I-F-R-K-V-T-D-L-V-K-E-Q-V-K-Y-I-T-G-L-E-V-V-E-V-N-M-Q-V-D-D-V-M-T-K-K-E-W-Q-Q-K-N-E-K-D-N-K-E-N-N-E-R-E-G-L-K


### FUNCTION Involved in the synthesis of autoinducer 2 ### SEQUENCE -M-T-K-M-N-V-E-S-F-N-L-D-H-T-K-V-V-A-P-F-I-R-L-A-G-T-M-E-G-L-N-G-D-V-I-H-K-Y-D-I-R-F-K-Q-P-N-K-E-H-M-D-M-P-G-L-H-S-L-E-H-L-M-A-E-N-I-R-N-H-T-D-K-V-V-D-L-S-P-M-G-C-Q-T-G-F-Y-V-S-F-I-N-H-D-D-Y-D-D-V-L-N-I-I-D-Q-T-L-H-D-V-L-N-A-S-E-V-P-A-C-N-E-V-Q-C-G-W-A-A-S-H-S-L-E-G-A-K-T-I-A-Q-A-F-L-D-K-R-E-Q-W-N-D-I-Y-G-E-G-K


### FUNCTION Dephosphorylates the phosphotyrosine-containing proteins ### SEQUENCE -M-K-I-I-F-V-C-S-G-N-T-C-R-S-P-L-A-E-S-I-A-K-S-L-L-P-H-D-S-I-A-S-R-G-L-F-A-V-E-G-Q-A-I-S-K-E-S-L-E-L-I-H-K-Y-D-L-P-E-P-S-R-A-Q-A-F-H-I-D-D-L-D-A-D-I-I-L-T-M-T-Q-A-H-K-D-L-I-F-S-M-Y-G-R-Q-S-N-V-F-T-L-N-E-Y-V-G-D-T-Q-E-I-D-D-P-F-G-G-S-F-D-V-Y-E-Q-T-Y-T-K-I-Y-D-L-V-D-K-I-K-F-K-H-E


### FUNCTION F is coupled via a rotary mechanism of the central stalk subunits to proton translocation ### SEQUENCE -M-T-A-T-A-N-T-F-I-L-G-A-G-V-E-W-G-T-T-F-V-T-L-V-T-F-V-I-L-I-I-L-L-K-K-F-A-W-G-P-L-K-E-V-M-D-K-R-E-R-D-I-N-K-D-I-D-D-A-E-Q-A-K-I-N-A-Q-K-L-E-E-E-N-R-K-T-L-K-E-T-Q-D-E-V-Q-K-I-L-D-D-A-K-I-Q-A-R-K-Q-H-E-E-I-I-H-E-A-N-E-K-A-N-G-M-I-E-T-A-Q-S-E-I-N-S-Q-K-E-R-A-I-S-D-I-N-N-Q-V-S-E-L-S-V-L-I-A-S-K-V-L-R-K-E-I-S-E-Q-D-Q-K-E-L-V-E-K-Y-L-K-E-A-G-D-K


### FUNCTION F is coupled via a rotary mechanism of the central stalk subunits to proton translocation ### SEQUENCE -M-A-K-V-A-K-K-Y-A-K-A-L-F-D-V-A-L-D-T-N-Q-L-D-V-V-Y-E-D-L-E-T-I-S-H-S-S-F-D-F-I-K-Q-L-K-A-I-D-S-N-P-S-L-T-A-N-Q-R-E-E-F-V-E-R-V-Y-N-E-A-N-P-Y-V-V-N-T-L-K-V-L-A-D-N-R-H-I-S-I-V-E-N-V-F-K-S-F-Q-N-L-Y-N-K-Y-Y-K-Q-D-F-A-I-I-E-S-T-Y-E-L-S-E-D-E-I-S-R-I-V-E-L-I-K-K-Q-T-E-L-S-N-V-I-V-N-T-K-I-N-Q-D-L-I-G-G-F-R-V-K-V-G-T-T-V-M-D-G-S-V-R-N-D-L-V-Q-L-Q-R-K-F-E-R-A-N


### FUNCTION Transfers the 4'-phosphopantetheine moiety from coenzyme A to a Ser of acyl-carrier-protein ### SEQUENCE -M-I-Y-G-I-G-I-D-L-I-E-I-E-R-I-K-N-L-Q-N-Q-T-K-F-I-E-R-I-L-T-I-E-E-R-D-K-L-N-Q-Y-T-H-E-Q-R-R-L-E-F-L-A-G-R-F-T-V-K-E-A-F-S-K-A-L-G-T-G-L-G-K-S-V-S-F-Q-D-I-N-C-Y-N-D-A-L-G-K-P-C-I-D-Y-P-G-F-Y-T-H-V-S-I-T-H-T-E-N-Y-A-M-S-Q-V-I-L-E-K-N-E


### FUNCTION Dephosphorylates the phosphotyrosine-containing proteins ### SEQUENCE -M-I-H-V-A-F-V-C-L-G-N-I-C-R-S-P-M-A-E-A-I-M-R-Q-R-L-Q-E-R-G-I-S-D-I-K-V-H-S-R-G-T-G-R-W-N-L-G-E-P-P-H-N-G-T-Q-K-I-L-Q-K-Y-H-I-P-Y-D-G-M-V-S-E-L-F-E-P-D-D-D-F-D-Y-I-I-A-M-D-Q-S-N-V-D-N-I-K-Q-I-N-P-N-L-Q-G-Q-L-F-K-L-L-E-F-S-N-M-E-E-S-D-V-P-D-P-Y-Y-T-N-N-F-E-G-V-F-E-M-V-Q-S-S-C-D-N-L-I-D-Y-I-V-K-D-A-N-L-K-E-R


### FUNCTION Manganese-dependent repressor that controls a regulon of oxidative stress resistance and iron-storage proteins May act as a hydrogen peroxide and organic hydroperoxide sensor ### SEQUENCE -M-S-A-E-L-E-S-I-D-H-E-L-E-E-S-I-A-S-L-R-K-A-G-V-R-I-T-P-Q-R-Q-A-I-M-R-Y-L-I-S-S-H-S-H-P-T-A-D-E-I-Y-Q-A-L-S-P-K-F-P-N-I-S-V-A-T-I-Y-N-N-L-R-V-F-K-D-I-G-I-V-K-E-L-T-Y-G-D-S-S-S-R-F-D-F-N-T-H-N-H-Y-H-I-I-C-E-K-C-G-K-I-V-D-F-H-Y-P-Q-L-D-E-V-E-Q-L-A-Q-H-V-T-D-F-D-V-T-H-H-R-M-E-I-Y-G-V-C-K-E-C-K-E-E-G-N


### FUNCTION Involved in peptide bond synthesis Stimulates efficient translation and peptide-bond synthesis on native or reconstituted 70S ribosomes in vitro Probably functions indirectly by altering the affinity of the ribosome for aminoacyl-tRNA, thus increasing their reactivity as acceptors for peptidyl transferase ### SEQUENCE -M-I-S-V-N-D-F-K-T-G-L-T-I-S-V-D-N-G-I-W-K-V-I-D-F-Q-H-V-K-P-G-K-G-S-A-F-V-R-S-K-L-R-N-L-R-T-G-A-I-Q-E-K-T-F-R-A-G-E-K-V-E-Q-A-M-I-E-N-R-R-M-Q-Y-L-Y-A-D-G-D-N-H-V-F-M-D-N-E-T-F-N-Q-I-E-L-P-G-D-Y-L-K-D-E-L-N-Y-L-K-A-N-M-E-V-Q-V-Q-S-Y-E-S-E-V-I-G-V-E-L-P-K-T-V-E-L-E-V-T-E-T-E-P-G-I-K-G-D-T-A-T-G-A-T-K-S-A-T-V-E-T-G-Y-T-L-N-V-P-L-F-V-N-E-G-D-T-L-V-I-N-T-S-D-G-S-Y-I-S-R-G


### FUNCTION Involved in transcription antitermination Required for transcription of ribosomal RNA  operons ### SEQUENCE -M-S-R-K-D-A-R-V-Q-A-F-Q-T-L-F-Q-L-E-I-K-E-T-D-L-T-I-Q-E-A-I-E-F-I-K-D-D-H-S-D-L-D-F-D-F-I-Y-W-L-V-T-G-V-K-D-H-Q-I-V-L-D-E-T-I-K-P-H-L-K-D-W-S-I-D-R-L-L-K-S-D-R-I-I-L-R-M-A-T-F-E-I-L-H-S-D-T-P-K-K-V-V-V-N-E-A-V-E-L-T-K-Q-F-S-D-D-D-H-Y-K-F-V-N-G-V-L-S-N-I-N-D


### FUNCTION Bidirectionally degrades single-stranded DNA into large acid-insoluble oligonucleotides, which are then degraded further into small acid-soluble oligonucleotides ### SEQUENCE -M-S-K-E-K-Q-S-F-E-E-M-M-K-E-L-E-N-I-V-Q-K-L-D-N-E-A-V-S-L-E-E-S-L-D-L-Y-Q-R-G-M-K-L-S-A-N-C-D-S-T-L-K-E-A-E-K-K-V-N-E-L-M-Q-E-E-V-G-D-K-G-N-E-E-T-T-D-E


### FUNCTION Regulates arginine biosynthesis genes ### SEQUENCE -M-P-K-K-S-V-R-H-I-K-I-R-E-I-I-S-N-E-Q-I-E-T-Q-D-E-L-V-K-R-L-N-E-Y-D-L-N-V-T-Q-A-T-V-S-R-D-I-K-E-L-Q-L-I-K-V-P-A-P-T-G-Q-Y-V-Y-S-L-P-N-D-R-R-Y-H-P-L-E-K-L-G-R-Y-L-M-D-S-F-V-N-I-E-G-T-G-N-L-L-V-L-K-T-L-P-G-N-A-Q-S-I-G-A-I-L-D-Q-I-D-W-D-E-V-L-G-T-I-C-G-D-D-T-C-L-L-I-C-R-D-E-E-A-S-E-E-I-K-T-R-I-F-N-L-L


### FUNCTION Involved in cold stress response ### SEQUENCE -M-K-Q-G-T-V-K-W-F-N-A-E-K-G-F-G-F-I-E-V-E-G-E-N-D-V-F-V-H-F-S-A-I-N-Q-E-G-Y-K-S-L-E-E-G-Q-S-V-E-F-E-V-V-E-G-D-R-G-P-Q-A-A-N-V-V-K-L


### FUNCTION Channel that opens in response to stretch forces in the membrane lipid bilayer May participate in the regulation of osmotic pressure changes within the cell ### SEQUENCE -M-L-K-E-F-K-E-F-A-L-K-G-N-V-L-D-L-A-I-A-V-V-M-G-A-A-F-N-K-I-V-T-S-L-V-Q-Y-I-I-M-P-L-I-G-K-L-F-G-S-V-N-F-A-E-D-W-S-F-W-G-I-K-Y-G-L-F-I-Q-S-I-I-D-F-I-I-I-A-F-A-L-F-I-F-V-K-I-A-N-T-V-M-K-K-E-E-K-E-E-E-V-E-E-N-T-V-L-L-T-E-I-R-D-L-L-K-K


### FUNCTION This protein catalyzes the committed step to the synthesis of the acidic phospholipids ### SEQUENCE -M-N-I-P-N-Q-I-T-V-F-R-V-I-L-I-P-F-F-I-L-F-A-L-V-D-F-G-F-G-Q-I-S-I-L-G-G-N-H-I-R-I-E-I-L-I-S-A-I-I-F-V-V-A-S-L-S-D-F-A-D-G-Y-L-A-R-K-W-Q-L-V-T-N-M-G-K-F-L-D-P-L-A-D-K-L-L-V-A-S-A-L-I-V-M-V-Q-L-G-F-T-N-S-V-V-A-I-I-I-I-A-R-E-F-A-V-T-G-L-R-L-L-Q-I-E-Q-G-F-V-S-A-A-G-Q-L-G-K-I-K-T-A-V-T-M-V-A-I-I-W-I-L-L-G-D-P-F-V-H-Y-L-R-F-P-I-G-V-W-L-L-Y-I-G-V-F-F-T-I-L-S-G-I-E-Y-F-Y-K-G-R-D-V-F-K-H-S-K


### FUNCTION One of several proteins that assist in the late maturation steps of the functional core of the 30S ribosomal subunit Associates with free 30S ribosomal subunits  Required for efficient processing of 16S rRNA May interact with the 5'-terminal helix region of 16S rRNA ### SEQUENCE -M-N-N-I-R-A-E-R-V-G-E-Q-M-K-Q-E-I-M-D-I-V-N-N-K-V-K-D-P-R-V-G-F-L-T-I-T-D-V-E-L-T-N-D-L-S-Q-A-K-V-Y-L-T-V-L-G-N-D-K-E-V-D-N-T-F-K-A-L-H-K-A-T-G-F-I-K-S-E-L-G-S-R-M-R-L-R-I-I-P-E-L-T-F-E-Y-D-E-S-I-E-Y-G-N-K-I-E-R-M-I-Q-E-L-H-K-N-D-K


### FUNCTION An accessory protein needed during the final step in the assembly of 30S ribosomal subunit, possibly for assembly of the head region Essential for efficient processing of 16S rRNA May be needed both before and after RbfA during the maturation of 16S rRNA It has affinity for free ribosomal 30S subunits but not for 70S ribosomes ### SEQUENCE -M-E-V-E-V-G-Q-I-V-N-T-H-G-I-K-G-E-V-K-V-K-S-N-S-D-F-T-E-T-R-F-Q-P-G-E-Q-L-L-V-K-H-N-N-T-E-I-V-Y-T-V-A-S-Y-R-I-H-K-G-F-H-M-L-R-F-E-G-I-N-N-I-N-E-I-E-H-L-K-G-D-Y-I-Y-Q-E-R-D-H-Q-D-I-E-L-G-E-H-E-Y-Y-Y-S-D-I-I-G-C-T-V-F-K-D-D-D-T-P-I-G-R-V-I-N-I-F-E-T-G-A-N-D-V-W-V-V-K-G-E-K-E-Y-L-I-P-Y-I-E-D-V-V-K-D-I-D-I-E-T-K-T-I-K-I-T-P-M-E-G-L-L-D


### FUNCTION Carrier of the growing fatty acid chain in fatty acid biosynthesis ### SEQUENCE -M-E-N-F-D-K-V-K-D-I-I-V-D-R-L-G-V-D-A-D-K-V-T-E-D-A-S-F-K-D-D-L-G-A-D-S-L-D-I-A-E-L-V-M-E-L-E-D-E-F-G-T-E-I-P-D-E-E-A-E-K-I-N-T-V-G-D-A-V-K-Y-I-N-S-L-E-K


### FUNCTION Regulates transcriptional attenuation of the pyrimidine nucleotide  operon by binding in a uridine-dependent manner to specific sites on pyr mRNA This disrupts an antiterminator hairpin in the RNA and favors formation of a downstream transcription terminator, leading to a reduced expression of downstream genes ### SEQUENCE -M-S-E-R-I-I-L-D-E-A-A-I-Q-R-T-I-T-R-I-A-H-E-I-L-E-Y-N-K-G-T-K-D-L-V-L-L-G-I-K-T-R-G-A-F-L-A-H-R-I-Q-D-K-I-N-S-I-E-Q-Q-L-V-P-T-G-T-I-D-I-T-H-F-R-D-D-V-D-K-V-V-Q-Q-A-D-Q-Y-A-F-D-I-N-V-D-I-N-N-K-V-V-V-I-I-D-D-V-L-Y-T-G-R-T-V-R-A-S-L-D-A-I-L-L-H-T-R-P-I-K-I-G-L-A-A-L-V-D-R-G-H-R-E-L-P-I-R-A-D-F-V-G-K-N-I-P-T-A-R-D-E-S-V-S-V-Y-L-E-E-I-D-D-R-N-A-V-V-I-E


### FUNCTION Component of the thioredoxin-thioredoxin reductase system Participates in various redox reactions through the reversible oxidation of its active center dithiol to a disulfide and catalyzes dithiol-disulfide exchange reactions ### SEQUENCE -M-A-I-V-K-V-T-D-S-D-F-D-S-K-I-E-S-G-V-K-L-V-D-F-W-A-T-W-C-G-P-C-K-M-I-A-P-V-L-E-E-L-A-G-D-Y-D-G-K-A-D-I-L-K-L-D-V-D-E-N-P-S-T-A-A-K-Y-E-V-M-S-I-P-T-L-I-V-F-K-D-G-E-P-V-D-K-V-V-G-F-Q-P-K-E-N-L-A-E-V-L-D-K-H-L


### FUNCTION Removes the formyl group from the N-terminal Met of newly synthesized proteins Requires at least a dipeptide for an efficient rate of reaction N-terminal L-methionine is a prerequisite for activity but the enzyme has broad specificity at other positions ### SEQUENCE -M-I-T-M-K-D-I-I-R-D-G-H-P-T-L-R-E-K-A-K-E-L-S-F-P-L-S-N-N-D-K-E-T-L-R-A-M-R-E-F-L-I-N-S-Q-D-E-E-T-A-K-R-Y-G-L-R-S-G-V-G-L-A-A-P-Q-I-N-E-P-K-R-M-I-A-V-Y-L-P-D-D-G-N-G-K-S-Y-D-Y-M-L-V-N-P-K-I-M-S-Y-S-V-Q-E-A-Y-L-P-T-G-E-G-C-L-S-V-D-E-N-I-P-G-L-V-H-R-H-H-R-V-T-I-K-A-Q-D-I-D-G-N-D-V-K-L-R-L-K-G-Y-P-A-I-V-F-Q-H-E-I-D-H-L-N-G-I-M-F-Y-D-Y-I-D-A-N-E-P-L-K-P-H-E-E-A-V-E-V


### FUNCTION Catalyzes quinol oxidation with the concomitant reduction of oxygen to water ### SEQUENCE -M-N-T-I-V-K-H-T-V-G-F-I-A-S-I-V-L-T-L-L-A-V-F-V-T-L-Y-T-N-M-T-F-H-A-K-V-T-I-I-F-G-F-A-F-I-Q-A-A-L-Q-L-L-M-F-M-H-L-T-E-G-K-D-G-R-L-Q-S-F-K-V-I-F-A-I-I-I-T-L-V-T-V-I-G-T-Y-W-V-M-Q-G-G-H-S-S-H-L


### FUNCTION Mnh complex is a Na excretion ### SEQUENCE -M-N-R-Q-Q-N-N-L-I-F-Q-Y-A-A-V-I-I-F-F-M-V-I-V-F-G-F-S-L-F-L-A-G-H-Y-T-P-G-G-G-F-V-G-G-L-L-F-A-S-A-L-L-V-I-T-I-A-Y-D-V-K-T-M-R-K-I-F-P-L-D-F-K-I-L-I-G-I-G-L-L-F-C-V-G-T-P-L-T-S-W-F-M-S-K-N-F-F-T-H-V-T-F-D-I-P-L-P-L-L-E-P-M-H-M-T-T-A-M-F-F-D-F-G-V-L-C-A-V-V-G-T-I-M-T-I-I-I-S-I-G-E-N-E


### FUNCTION Mnh complex is a Na excretion ### SEQUENCE -M-E-I-I-M-I-F-V-S-G-I-L-T-S-I-S-V-Y-L-V-L-S-K-S-L-I-R-I-I-M-G-T-T-L-L-T-H-A-A-N-L-F-L-I-T-M-G-G-L-K-H-G-T-V-P-I-F-E-K-G-T-S-S-Y-V-D-P-I-P-Q-A-L-I-L-T-A-I-V-I-A-F-A-T-T-A-F-F-L-V-L-A-F-R-T-Y-K-E-L-G-T-D-N-V-E-L-M-K-G-A-P-E-D-D-R-E


### FUNCTION Mnh complex is a Na excretion ### SEQUENCE -M-A-I-Q-F-V-I-N-L-L-V-S-V-I-W-L-L-V-T-N-S-Y-T-L-N-N-F-V-L-G-F-I-L-G-L-F-L-V-Y-L-L-H-R-V-L-P-G-Q-F-Y-L-V-R-I-Y-R-I-I-M-L-I-I-T-F-L-T-E-L-I-K-A-N-F-G-V-L-K-I-I-L-K-P-R-I-E-N-K-P-G-F-F-V-Y-E-T-E-L-E-R-D-W-Q-L-V-L-L-S-N-L-I-T-L-T-P-G-T-V-V-L-G-I-S-D-D-R-K-K-I-Y-I-H-S-I-D-F-S-T-K-E-E-E-I-Q-N-I-K-S-S-L-E-K-V-V-R-K-V-G-E-K


### FUNCTION Mnh complex is a Na excretion ### SEQUENCE -M-P-F-K-I-F-I-I-T-A-L-I-I-V-V-L-S-M-L-A-M-L-I-R-V-I-L-G-P-S-L-A-D-R-V-V-A-L-D-A-I-G-L-Q-L-M-A-V-I-A-L-F-S-I-L-L-N-I-K-Y-M-L-V-V-I-L-M-V-G-I-L-A-F-L-G-T-A-V-F-S-K-F-M-D-E-G-K-V-I-K-H-D-S-N-D-R-H


### FUNCTION Mnh complex is a Na excretion ### SEQUENCE -M-I-A-T-I-V-T-S-V-S-I-I-F-V-V-L-G-A-L-I-S-A-F-A-A-T-G-L-I-R-L-R-D-V-Y-S-R-A-H-A-A-G-K-A-A-T-L-G-A-M-F-L-L-F-G-A-F-L-Y-F-I-G-T-E-G-Y-V-N-M-Q-L-I-I-G-I-I-F-V-F-I-T-G-P-L-S-S-H-L-I-M-K-A-A-Y-N-I-K-T-P-Y-T-K-D-T-K-I-D-E-I-K-E-D-M-K-H-T-K-L


### FUNCTION Carrier protein involved in the D-alanylation of lipoteichoic acid  by forming an ester bond, probably catalyzed by DltD D-alanylation of LTA plays an important role in modulating the properties of the cell wall in Gram-positive bacteria, influencing the net charge of the cell wall ### SEQUENCE -M-E-F-R-E-Q-V-L-D-L-L-A-E-V-A-E-N-N-I-V-K-E-N-P-D-V-E-I-F-E-E-G-I-I-D-S-F-Q-T-V-G-L-L-L-E-I-Q-N-K-L-D-I-E-V-S-I-M-D-F-D-R-D-E-W-A-T-P-N-K-I-V-E-A-L-E-E-L-R


### FUNCTION The glycine cleavage system catalyzes the degradation of glycine The H protein shuttles the methylamine group of glycine from the P protein to the T protein ### SEQUENCE -M-A-V-P-S-E-F-K-Y-S-K-E-H-E-W-V-K-I-E-N-N-V-A-T-V-G-I-T-E-Y-A-Q-N-E-L-G-D-I-V-F-V-E-L-P-E-T-D-D-E-L-N-E-G-D-T-F-G-S-V-E-S-V-K-T-V-S-E-L-Y-A-P-I-S-G-K-I-V-E-V-N-E-E-L-E-D-S-P-E-F-V-N-E-S-P-Y-E-K-A-W-M-V-K-I-E-I-S-D-D-S-Q-L-E-E-L-L-S-A-D-Q-Y-S-E-M-I-G-E


### FUNCTION Required for rescue of stalled ribosomes mediated by trans-translation Binds to transfer-messenger RNA , required for stable association of tmRNA with ribosomes tmRNA and SmpB together mimic tRNA shape, replacing the anticodon stem-loop with SmpB tmRNA is encoded by the ssrA gene ### SEQUENCE -M-A-K-K-K-S-K-S-P-G-T-L-A-E-N-R-K-A-R-H-D-Y-N-I-E-D-T-I-E-A-G-I-A-L-R-G-T-E-I-K-S-I-R-R-G-S-A-N-L-K-D-S-F-A-Q-V-R-R-G-E-M-Y-L-N-N-M-H-I-A-P-Y-E-E-G-N-R-F-N-H-D-P-L-R-T-R-K-L-L-L-H-K-K-E-I-Q-K-L-G-E-R-T-R-E-I-G-Y-S-I-I-P-L-K-L-Y-L-K-H-G-Q-C-K-V-L-L-G-V-A-R-G-K-K-K-Y-D-K-R-Q-A-L-K-E-K-A-V-K-R-D-I-D-R-A-V-K-A-R-Y


### FUNCTION Involved in protein export Participates in an early event of protein translocation ### SEQUENCE -M-H-T-L-I-I-V-L-L-I-I-D-C-I-A-L-V-T-V-V-L-L-Q-E-G-K-S-N-G-L-S-G-A-I-S-G-G-A-E-Q-L-F-G-K-Q-K-Q-R-G-V-D-L-F-L-H-R-L-T-I-I-L-A-I-L-F-F-V-L-M-F-C-I-S-Y-L-G-M


### FUNCTION Probably involved in ribonucleotide reductase function ### SEQUENCE -M-K-V-V-Y-Y-S-F-S-G-N-V-R-R-F-I-S-R-A-G-I-K-D-T-F-E-I-T-Q-D-N-C-N-E-S-V-N-E-P-Y-I-L-V-T-G-T-I-G-F-G-E-V-P-Q-P-V-Q-S-F-L-N-V-N-H-T-Q-L-Q-A-V-A-A-S-G-N-R-N-W-G-Q-N-F-A-K-A-G-H-T-I-S-E-E-Y-K-V-P-L-M-M-K-F-E-V-Q-G-T-N-K-D-I-I-E-F-K-D-K-V-G-N-F-N-E-N-H-G-R-K-E-I-Q-S-Y


### FUNCTION Participates in transcription elongation, termination and antitermination ### SEQUENCE -M-S-E-E-V-G-A-K-R-W-Y-A-V-H-T-Y-S-G-Y-E-N-K-V-K-K-N-L-E-K-R-V-E-S-M-N-M-T-E-Q-I-F-R-V-V-I-P-E-E-E-E-T-Q-V-K-D-G-K-A-K-K-L-V-K-K-T-F-P-G-Y-V-L-V-E-L-I-M-T-D-E-S-W-Y-V-V-R-N-T-P-G-V-T-G-F-V-G-S-A-G-A-G-S-K-P-N-P-L-L-P-E-E-V-R-F-I-L-K-Q-M-G-L-K-E-K-T-I-D-V-E-L-D-V-G-E-Q-V-R-I-Q-S-G-P-F-A-N-Q-I-G-E-V-Q-E-I-E-A-D-K-F-K-L-T-V-L-V-D-M-F-G-R-E-T-P-V-E-V-E-F-D-Q-I-E-K-L


### FUNCTION Essential subunit of the Sec protein translocation channel SecYEG Clamps together the 2 halves of SecY May contact the channel plug during translocation ### SEQUENCE -M-A-K-K-E-S-F-F-K-G-V-K-S-E-M-E-K-T-S-W-P-T-K-E-E-L-F-K-Y-T-I-I-V-V-S-T-V-I-F-F-L-V-F-F-Y-A-L-D-I-G-I-N-A-L-K-Q-L-F-L-G


### FUNCTION Catalyzes the reduction of arsenate ### SEQUENCE -M-D-K-K-T-I-Y-F-I-C-T-G-N-S-C-R-S-Q-M-A-E-G-W-G-K-K-I-L-G-D-E-W-Q-V-Y-S-G-G-I-E-A-H-G-V-N-P-K-A-I-E-A-M-K-E-V-G-I-D-I-S-N-H-T-S-N-L-I-D-Q-N-I-L-H-Q-S-D-L-V-V-T-L-C-S-D-A-D-K-N-C-P-I-L-P-P-S-V-K-K-E-H-W-G-F-D-D-P-A-G-K-P-W-S-E-F-Q-R-V-R-D-E-I-K-T-A-I-E-S-F-K-T-R


### FUNCTION Binds together with bS18 to 16S ribosomal RNA ### SEQUENCE -M-R-T-Y-E-I-M-Y-I-V-R-P-N-I-E-E-D-A-K-K-A-L-V-E-R-F-N-G-I-L-A-S-E-G-S-E-V-L-E-E-K-D-W-G-K-R-R-L-A-Y-E-I-N-D-F-K-E-G-F-Y-N-I-V-R-I-K-T-D-N-N-K-S-T-D-E-F-Q-R-L-A-K-I-N-D-D-I-I-R-Y-I-V-I-R-E-D-Q-D-K


### FUNCTION Binds as a heterodimer with protein bS6 to the central domain of the 16S rRNA, where it helps stabilize the platform of the 30S subunit ### SEQUENCE -M-A-G-G-P-R-R-G-G-R-R-R-K-K-V-C-Y-F-T-A-N-G-I-T-H-I-D-Y-K-D-T-E-L-L-K-R-F-I-S-E-R-G-K-I-L-P-R-R-V-T-G-T-S-A-K-Y-Q-R-M-L-T-T-A-I-K-R-A-R-H-M-A-L-L-P-Y-V-K-E-E-Q


### FUNCTION Binds to DNA and alters its conformation May be involved in regulation of gene expression, nucleoid organization and DNA protection ### SEQUENCE -M-R-G-G-G-N-M-Q-Q-M-M-K-Q-M-Q-K-M-Q-K-K-M-A-Q-E-Q-E-K-L-K-E-E-R-V-A-G-T-A-G-G-G-M-V-T-V-T-V-T-G-H-K-E-V-V-D-V-E-I-K-E-E-A-V-D-P-E-D-I-E-M-L-Q-D-L-V-L-A-A-T-N-E-A-M-N-K-A-D-E-L-T-Q-Q-R-L-G-K-H-T-Q-G-L-N-I-P-G-M


### FUNCTION Involved in initiation control of chromosome replication ### SEQUENCE -M-N-R-N-E-L-F-E-R-L-M-K-L-E-H-H-V-E-Q-L-T-T-D-M-S-E-L-K-D-L-T-V-E-L-V-E-E-N-V-A-L-Q-V-E-N-E-N-L-K-R-L-M-N-K-T-E-E-S-V-E-T-H-L-D-K-D-N-Y-K-H-V-K-T-P-S-P-S-K-D-N-L-A-M-L-Y-R-E-G-F-H-I-C-K-G-E-L-F-G-K-H-R-H-G-E-D-C-L-L-C-L-N-V-L-S-D


### FUNCTION The natural substrate for this enzyme may be peptidyl-tRNAs which drop off the ribosome during protein synthesis ### SEQUENCE -M-K-C-I-V-G-L-G-N-I-G-K-R-F-E-L-T-R-H-N-I-G-F-E-V-V-D-D-I-L-E-R-H-Q-F-T-L-D-K-Q-K-F-K-G-A-Y-T-I-E-R-L-N-G-E-K-V-L-F-I-E-P-M-T-M-M-N-L-S-G-Q-A-V-A-P-L-M-D-Y-Y-N-V-D-V-E-D-L-I-V-L-Y-D-D-L-D-L-E-Q-G-Q-V-R-L-R-Q-K-G-S-A-G-G-H-N-G-M-K-S-I-I-K-M-L-G-T-D-Q-F-K-R-I-R-I-G-V-G-R-P-T-N-G-M-S-V-P-D-Y-V-L-Q-K-F-S-K-E-E-M-I-I-M-E-K-V-I-E-H-S-A-R-A-V-E-S-F-I-E-S-S-R-F-D-H-V-M-N-E-F-N-G-E-V-K


### FUNCTION Increases the activity of extracellular murein hydrolases possibly by mediating their export via hole formation Inhibited by the antiholin-like proteins LrgAB In an unstressed cell, the LrgAB products probably inhibit the function of the CidAB proteins When a cell is stressed by the addition of antibiotics or by other factors in the environment, the CidAB proteins possibly oligomerize within the bacterial cell membrane, creating lesions that disrupt the proton motive force, which in turn results in loss of cell viability These lesions are also hypothesized to regulate the subsequent cell lysis by either allowing the murein hydrolases access to the cell wall substrate and/or regulating their activity by a possible change in the cell wall pH that results from loss of membrane potential ### SEQUENCE -M-E-K-A-K-F-V-I-K-L-I-L-Q-L-A-L-I-M-L-I-T-F-I-G-T-E-V-Q-K-L-L-H-I-P-L-A-G-S-I-V-G-L-M-L-F-F-L-L-L-Q-F-K-I-V-P-E-S-W-I-N-V-G-A-D-F-L-L-K-T-M-V-F-F-F-I-P-S-V-V-G-I-M-D-V-A-S-N-I-T-M-N-Y-I-L-F-F-I-V-I-I-I-G-T-C-L-V-A-L-S-S-G-Y-I-A-E-K-M-L-E-K-S-N-T-R-K-G-T-D-H-S


### FUNCTION One of the early assembly proteins it binds 23S rRNA One of the proteins that surrounds the polypeptide exit tunnel on the outside of the ribosome Forms the main docking site for trigger factor binding to the ribosome ### SEQUENCE -M-E-A-R-D-V-L-K-R-P-V-I-T-E-K-S-S-E-A-M-A-E-D-K-Y-T-F-D-V-D-T-R-A-N-K-T-Q-V-K-I-A-V-E-E-I-F-D-V-K-V-D-S-V-N-I-I-N-Y-K-P-K-K-K-R-M-G-R-Y-Q-G-Y-T-N-K-R-R-K-A-I-V-K-L-K-E-G-S-I-D-L-F-N


### FUNCTION Protein S19 forms a complex with S13 that binds strongly to the 16S ribosomal RNA ### SEQUENCE -M-A-R-S-I-K-K-G-P-F-V-D-D-H-L-M-K-K-V-E-A-Q-D-G-S-E-K-K-Q-V-I-K-T-W-S-R-R-S-T-I-F-P-N-F-I-G-H-T-F-A-V-Y-D-G-R-K-H-V-P-V-Y-V-T-E-D-M-V-G-H-K-L-G-E-F-A-P-T-R-T-F-K-G-H-A-A-D-D-K-K-T-R-R


### FUNCTION This protein binds specifically to 23S rRNA ### SEQUENCE -M-E-A-K-A-V-A-R-T-I-R-I-A-P-R-K-V-R-L-V-L-D-L-I-R-G-K-N-A-G-E-A-I-A-I-L-K-L-T-N-K-A-S-S-P-V-I-E-K-V-L-M-S-A-L-A-N-A-E-H-N-Y-D-M-N-T-D-E-L-V-V-K-E-A-Y-A-N-E-G-P-T-L-K-R-F-R-P-R-A-Q-G-R-A-S-A-I-N-K-R-T-S-H-I-T-I-V-V-S-D-G-K-E-E-A-K-E-A


### FUNCTION Binds 23S rRNA and is also seen to make contacts with the A and possibly P site tRNAs ### SEQUENCE -M-L-L-P-K-R-V-K-Y-R-R-Q-H-R-P-K-T-T-G-R-S-K-G-G-N-Y-V-T-F-G-E-Y-G-L-Q-A-T-T-T-S-W-I-T-S-R-Q-I-E-S-A-R-I-A-M-T-R-Y-M-K-R-G-G-K-V-W-I-K-I-F-P-H-T-P-Y-T-K-K-P-L-E-V-R-M-G-A-G-K-G-A-V-E-G-W-I-A-V-V-K-P-G-R-I-L-F-E-V-A-G-V-P-E-E-V-A-R-E-A-L-R-L-A-S-H-K-L-P-V-K-S-K-F-V-K-R-E-E-L-G-G-E-T-N-E-S


### FUNCTION One of the primary rRNA binding proteins, it binds specifically to the 5'-end of 16S ribosomal RNA ### SEQUENCE -M-S-E-R-N-D-R-K-V-Y-V-G-R-V-V-S-D-K-M-D-K-T-V-T-V-L-V-E-T-Y-K-T-H-K-L-Y-G-K-R-V-K-Y-S-K-K-Y-K-T-H-D-E-N-N-S-A-K-L-G-D-I-V-K-I-Q-E-T-R-P-L-S-A-T-K-R-F-R-L-V-E-I-V-E-E-S-V-I-I


### FUNCTION Binds to 23S rRNA Forms part of two intersubunit bridges in the 70S ribosome ### SEQUENCE -M-I-Q-Q-E-T-R-L-K-V-A-D-N-S-G-A-R-E-V-L-T-I-K-V-L-G-G-S-G-R-K-T-A-N-I-G-D-I-I-V-C-T-V-K-N-A-T-P-G-G-V-V-K-K-G-D-V-V-K-A-V-V-V-R-T-K-S-G-V-R-R-E-D-G-S-Y-I-K-F-D-E-N-A-C-V-I-I-R-D-D-K-G-P-R-G-T-R-I-F-G-P-V-A-R-E-L-R-E-G-N-F-M-K-I-V-S-L-A-P-E-V-L


### FUNCTION One of two assembly initiator proteins, it binds directly to the 5'-end of the 23S rRNA, where it nucleates assembly of the 50S subunit ### SEQUENCE -M-H-I-K-K-G-D-N-V-K-V-I-A-G-K-D-K-G-K-E-G-K-V-V-A-T-E-P-K-K-D-R-V-V-V-E-G-V-N-V-I-K-K-H-Q-K-P-T-Q-L-N-P-E-G-G-I-L-E-T-E-A-A-I-H-V-S-N-V-Q-L-L-D-P-K-T-N-E-P-T-R-V-G-Y-K-T-V-D-G-K-K-V-R-I-A-K-K-S-G-E-E-I-K-A-N-N


### FUNCTION This is 1 of the proteins that binds and probably mediates the attachment of the 5S RNA into the large ribosomal subunit, where it forms part of the central protuberance In the 70S ribosome it contacts protein S13 of the 30S subunit , connecting the 2 subunits ### SEQUENCE -M-N-R-L-K-E-K-F-N-T-E-V-T-E-N-L-V-K-K-F-N-Y-S-S-V-M-E-V-P-K-I-E-K-I-V-V-N-M-G-V-G-D-A-V-Q-N-S-K-V-L-D-N-A-V-E-E-L-E-L-I-T-G-Q-K-P-L-V-T-K-A-K-K-S-V-A-T-F-R-L-R-E-G-M-P-I-G-A-K-V-T-L-R-G-E-R-M-Y-E-F-L-D-K-L-I-A-V-S-L-P-R-V-R-D-F-Q-G-V-S-K-T-A-F-D-G-R-G-N-Y-T-L-G-V-K-E-Q-L-I-F-P-E-I-D-Y-D-K-V-T-K-V-R-G-M-D-I-V-I-V-T-T-A-N-T-D-E-E-A-R-E-L-L-T-N-F-G-M-P-F-R-K


### FUNCTION Binds 16S rRNA, required for the assembly of 30S particles and may also be responsible for determining the conformation of the 16S rRNA at the A site ### SEQUENCE -M-A-K-T-S-M-V-A-K-Q-Q-K-K-Q-K-F-A-V-R-E-Y-T-R-C-E-R-C-G-R-P-H-S-V-Y-R-K-F-K-L-C-R-I-C-F-R-E-L-A-Y-K-G-Q-I-P-G-V-R-K-A-S-W


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA central domain where it helps coordinate assembly of the platform of the 30S subunit ### SEQUENCE -M-T-M-T-D-P-I-A-D-M-L-T-R-V-R-N-A-N-M-V-R-H-E-K-L-E-L-P-A-S-N-I-K-K-E-I-A-E-I-L-K-S-E-G-F-I-K-N-V-E-Y-V-E-D-D-K-Q-G-V-I-R-L-F-L-K-Y-G-Q-N-N-E-R-V-I-T-G-L-K-R-I-S-K-P-G-L-R-V-Y-A-K-A-N-E-V-P-K-V-L-N-G-L-G-I-A-L-V-S-T-S-E-G-V-I-T-D-K-E-A-R-K-R-N-V-G-G-E-I-I-A-Y-V-W


### FUNCTION This protein binds to the 23S rRNA, and is important in its secondary structure It is located near the subunit interface in the base of the L7/L12 stalk, and near the tRNA binding site of the peptidyltransferase center ### SEQUENCE -M-S-R-V-G-K-K-I-I-D-I-P-S-D-V-T-V-T-F-D-G-S-H-V-T-V-K-G-P-K-G-E-L-E-R-T-L-N-E-R-M-T-F-K-Q-E-E-N-T-V-E-V-V-R-P-S-D-S-K-E-D-R-T-D-H-G-T-T-R-A-L-L-N-N-M-V-L-G-V-S-Q-G-Y-E-K-T-L-E-L-V-G-V-G-Y-R-A-Q-M-Q-G-K-D-L-V-L-N-V-G-Y-S-H-P-V-E-I-K-A-E-E-G-I-T-F-A-V-E-K-N-T-T-V-K-V-S-G-V-S-K-E-Q-V-G-A-I-A-S-N-I-R-S-V-R-P-P-E-P-Y-K-G-K-G-I-R-Y-Q-G-E-Y-V-R-R-K-E-G-K-T-G-K


### FUNCTION This is one of the proteins that binds and probably mediates the attachment of the 5S RNA into the large ribosomal subunit, where it forms part of the central protuberance ### SEQUENCE -M-I-S-K-I-D-K-N-K-V-R-L-K-R-H-A-R-V-R-T-K-L-S-G-T-A-E-K-P-R-L-N-V-Y-R-S-N-K-H-I-Y-A-Q-I-I-D-D-V-K-G-V-T-L-A-Q-A-S-S-Q-D-K-D-I-A-N-T-S-A-S-K-V-D-L-A-T-T-V-G-Q-E-I-A-K-K-A-N-D-K-G-I-K-E-I-V-F-D-R-G-G-Y-L-Y-H-G-R-V-K-A-L-A-D-A-A-R-E-N-G-L-E-F


### FUNCTION With S4 and S12 plays an important role in translational accuracy ### SEQUENCE -M-A-R-R-E-E-E-T-K-E-F-E-E-R-V-V-T-I-N-R-V-A-K-V-V-K-G-G-R-R-F-R-F-T-A-L-V-V-V-G-D-K-N-G-R-V-G-F-G-T-G-K-A-Q-E-V-P-E-A-I-K-K-A-V-E-A-A-K-K-D-L-V-V-V-P-R-V-E-G-T-T-P-H-T-I-T-G-Q-Y-G-S-G-S-V-F-M-K-P-A-A-P-G-T-G-V-I-A-G-G-P-V-R-A-V-L-E-L-A-G-I-T-D-I-L-S-K-S-L-G-S-N-T-P-I-N-M-V-R-A-T-I-N-G-L-Q-N-L-K-N-A-E-D-V-A-K-L-R-G-K-S-V-E-E-L-Y-N


### FUNCTION Binds to the 23S rRNA ### SEQUENCE -M-K-L-H-E-L-K-A-A-E-G-S-R-R-V-R-N-R-V-G-R-G-A-A-T-G-N-G-K-T-S-G-R-G-Q-K-G-Q-K-A-R-S-G-G-K-V-R-P-G-F-E-G-G-Q-L-P-L-F-R-R-L-P-K-R-G-F-T-N-I-N-R-K-E-Y-A-I-V-N-L-D-Q-L-N-K-F-E-D-G-T-E-V-T-P-A-L-L-V-E-S-G-V-V-K-N-E-K-S-G-I-K-V-L-G-N-G-S-L-D-K-K-L-T-V-K-A-H-K-F-S-A-S-A-A-E-A-I-D-A-K-G-G-A-H-E-V-I


### FUNCTION One of the essential components for the initiation of protein synthesis Stabilizes the binding of IF-2 and IF-3 on the 30S subunit to which N-formylmethionyl-tRNA Upon addition of the 50S ribosomal subunit IF-1, IF-2 and IF-3 are released leaving the mature 70S translation initiation complex ### SEQUENCE -M-A-K-Q-D-V-I-E-L-E-G-T-V-L-D-T-L-P-N-A-M-F-K-V-E-L-E-N-G-H-E-I-L-A-H-V-S-G-K-I-R-M-N-Y-I-R-I-L-P-G-D-K-V-T-V-E-M-S-P-Y-D-L-S-R-G-R-I-T-Y-R-Y-K


### FUNCTION Located at the top of the head of the 30S subunit, it contacts several helices of the 16S rRNA In the 70S ribosome it contacts the 23S rRNA , connecting the 2 subunits ### SEQUENCE -M-A-R-I-A-G-V-D-I-P-R-E-K-R-I-V-I-S-L-T-Y-V-Y-G-I-G-T-S-T-A-N-K-I-V-E-E-A-N-V-S-A-D-T-R-V-K-D-L-T-D-D-E-L-G-R-I-R-E-V-V-D-G-Y-K-V-E-G-D-L-R-R-E-Q-N-L-N-I-K-R-L-M-E-I-S-S-Y-R-G-I-R-H-R-R-G-L-P-V-R-G-Q-K-T-K-N-N-A-R-T-R-K-G-P-V-K-T-V-A-N-K-K-K


### FUNCTION This protein is one of the early assembly proteins of the 50S ribosomal subunit, although it is not seen to bind rRNA by itself It is important during the early stages of 50S assembly ### SEQUENCE -M-R-Q-T-F-M-A-N-E-S-N-I-E-R-K-W-Y-V-I-D-A-E-G-Q-T-L-G-R-L-S-S-E-V-A-A-I-L-R-G-K-N-K-V-T-Y-T-P-H-V-D-T-G-D-Y-V-I-I-I-N-A-S-K-I-E-F-T-G-N-K-E-Q-D-K-M-Y-H-R-H-S-N-H-P-G-G-L-K-S-I-S-A-G-E-L-K-R-T-N-P-E-R-L-L-E-T-S-I-K-G-M-L-P-S-T-R-L-G-E-K-Q-G-K-K-L-F-V-Y-G-G-A-E-H-P-H-A-A-Q-Q-P-E-N-Y-E-L-R-G


### FUNCTION Involved in multidrug efflux ### SEQUENCE -M-K-F-L-K-N-K-S-Y-H-L-L-V-T-L-I-V-L-T-I-F-V-I-S-G-A-I-F-L-T-F-L-G-F-G-L-Y-G-L-S-R-I-L-I-Y-L-H-L-G-D-F-S-Y-N-K-G-F-Y-D-N-L-I-Y-Y-G-S-Y-I-V-L-G-Y-F-T-L-F-S-I-E-H-L-M-D-Y-F-K-K-N-L-P-K-N-P-Y-F-Q-G-I-N-F-H-L-I-S-Y-I-V-T-T-I-M-F-Y-F-I-V-H-I-H-Y-V-H-V-N-I-H-F-W-V-I-M-I-I-I-G-F-L-F-V-C-K-E-V-F-Y-P-E-S-K-N-L-N-N-K-K


### FUNCTION Participates in both the initiation and recycling phases of transcription In the presence of the delta subunit, RNAP displays an increased specificity of transcription, a decreased affinity for nucleic acids, and an increased efficiency of RNA synthesis because of enhanced recycling ### SEQUENCE -M-K-I-Q-D-Y-T-K-E-M-V-D-E-K-S-F-I-D-M-A-Y-T-L-L-N-D-K-Q-T-T-M-N-L-Y-D-I-I-D-E-F-K-S-L-G-G-Y-E-Y-E-D-I-E-N-R-I-V-Q-F-Y-T-D-L-N-T-D-G-R-F-L-N-V-G-E-N-L-W-G-L-R-D-W-Y-S-V-D-D-I-E-E-K-I-A-P-T-I-Q-K-F-D-I-L-D-D-E-D-E-E-D-Q-N-L-K-L-L-G-D-D-D-A-D-E-D-D-D-I-P-A-Q-T-D-D-Q-E-T-L-D-E-S-D-N-D-E-D-D-V-E-M-N-E-A-D-I-V-I-D-E-D-E-D-E-D-I-A-E-G-E-E-E-A-F-E-D-A-E-D-F-N-D


### FUNCTION Antitoxin component of a type II toxin-antitoxin  system Labile antitoxin that binds to cognate MazF toxin and counteracts its endoribonuclease activity ### SEQUENCE -M-L-S-F-N-Q-N-R-N-H-S-L-E-Q-S-L-K-E-G-Y-A-Q-M-A-D-L-N-L-S-L-A-T-E-A-F-P-I-E-C-E-A-C-D-C-N-E-S-H-L-I-S-N-S-K-N-E


### FUNCTION Toxic component of a type II toxin-antitoxin  system Ribosome-independent, sequence-specific endoribonuclease that cleaves mRNA, thus inhibiting protein synthesis and inducing bacterial stasis It cuts between the first and nucleotides of 5'-UACAU-3' in single-stranded RNA Neutralized by coexpression with cognate antitoxin MazE ### SEQUENCE -M-I-R-R-G-D-V-Y-L-A-D-L-S-P-V-Q-G-S-E-Q-G-G-V-R-P-V-V-I-I-Q-N-D-T-G-N-K-Y-S-P-T-V-I-V-A-A-I-T-G-R-I-N-K-A-K-I-P-T-H-V-E-I-E-K-K-K-Y-K-L-D-K-D-S-V-I-L-L-E-Q-I-R-T-L-D-K-K-R-L-K-E-K-L-T-F-L-S-E-S-K-M-I-E-V-D-N-A-L-D-I-S-L-G-L-N-N-F-D-H-H-K-S


### FUNCTION Allows the formation of correctly charged Asn-tRNA ### SEQUENCE -M-T-K-V-T-R-E-E-V-E-H-I-A-N-L-A-R-L-Q-I-S-P-E-E-T-E-E-M-A-N-T-L-E-S-I-L-D-F-A-K-Q-N-D-S-A-D-T-E-G-I-E-P-T-Y-H-V-L-D-L-Q-N-V-L-R-D-D-K-A-I-E-G-I-P-Q-E-L-A-L-K-N-A-K-E-T-E-D-G-Q-F-K-V-P-S-I-M-N-G-E-D-A


### FUNCTION Fluoride-specific ion channel Important for reducing fluoride concentration in the cell, thus reducing its toxicity ### SEQUENCE -M-I-T-I-L-L-V-M-L-G-G-G-I-G-A-V-L-R-A-L-I-T-N-I-C-Q-R-L-F-N-S-K-I-P-I-A-T-S-I-V-N-I-T-G-S-L-I-I-G-F-M-M-G-H-A-L-D-S-H-H-M-F-P-F-F-V-T-G-V-L-G-G-L-T-T-F-S-T-L-S-S-E-L-V-N-M-L-S-P-Q-F-K-P-I-R-F-V-V-Y-S-L-L-Q-F-I-L-G-F-I-A-C-F-Y-G-Y-R-I


### FUNCTION Fluoride-specific ion channel Important for reducing fluoride concentration in the cell, thus reducing its toxicity ### SEQUENCE -M-Q-Y-L-Y-I-F-V-G-G-A-L-G-A-L-I-R-F-C-L-S-M-L-N-E-G-S-T-I-P-L-G-T-F-V-A-N-L-L-G-A-F-L-M-G-S-I-G-A-L-S-L-S-L-F-K-T-H-P-N-I-K-K-G-L-T-T-G-L-L-G-A-L-T-T-F-S-T-F-Q-F-E-L-V-T-L-F-N-Q-H-H-F-I-L-F-T-I-Y-G-V-T-S-Y-I-L-G-I-L-S-C-Y-L-G-V-K-I-G-G-R-F-S


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it nucleates assembly of the body of the 30S subunit ### SEQUENCE -M-A-R-F-R-G-S-N-W-K-K-S-R-R-L-G-I-S-L-S-G-T-G-K-E-L-E-K-R-P-Y-A-P-G-Q-H-G-P-N-Q-R-K-K-L-S-E-Y-G-L-Q-L-R-E-K-Q-K-L-R-Y-L-Y-G-M-T-E-R-Q-F-R-N-T-F-D-I-A-G-K-Q-Y-G-V-H-G-E-N-F-M-I-L-L-A-S-R-L-D-A-V-V-Y-S-L-G-L-A-R-T-R-R-Q-A-R-Q-L-V-N-H-G-H-I-E-V-D-G-G-R-V-D-I-P-S-Y-S-L-K-P-G-Q-V-I-T-V-R-E-K-S-Q-N-L-D-I-I-K-E-S-V-E-I-N-N-F-V-P-E-Y-L-D-F-D-A-D-N-L-K-G-T-F-V-R-F-P-E-R-S-E-L-P-A-E-I-N-E-Q-L-I-V-E-Y-Y-S-R


### FUNCTION Negatively regulates transcription of bacterial ribonucleotide reductase nrd genes and operons by binding to NrdR-boxes ### SEQUENCE -M-K-C-P-K-C-N-S-T-H-S-R-V-V-D-S-R-H-A-D-E-A-N-A-I-R-R-R-R-E-C-E-N-C-G-T-R-F-T-T-F-E-H-I-E-V-S-P-L-I-V-V-K-K-D-G-T-R-E-Q-F-L-R-E-K-I-L-N-G-L-V-R-S-C-E-K-R-P-V-R-Y-Q-Q-L-E-D-I-T-N-K-V-E-W-Q-L-R-D-E-G-Q-T-E-I-S-S-R-E-I-G-E-H-V-M-N-L-L-M-H-V-D-Q-V-S-Y-V-R-F-A-S-V-Y-K-E-F-K-D-V-D-Q-L-L-E-S-M-Q-G-I-L-S-D-N-K-R-S-D-K


### FUNCTION IF-3 binds to the 30S ribosomal subunit and shifts the equilibrum between 70S ribosomes and their 50S and 30S subunits in favor of the free subunits, thus enhancing the availability of 30S subunits on which protein synthesis initiation begins ### SEQUENCE -M-S-T-I-A-K-D-Q-T-Q-I-N-E-K-I-R-A-K-E-L-R-L-I-G-Q-D-G-E-Q-I-G-V-K-S-K-R-E-A-L-E-M-A-E-R-V-D-L-D-L-V-V-V-A-P-N-A-K-P-P-V-A-R-I-M-D-Y-G-K-Y-K-F-E-Q-Q-K-K-E-K-E-M-K-K-K-Q-K-V-I-N-V-K-E-L-R-L-S-P-T-I-E-E-H-D-F-Q-T-K-L-K-N-G-R-K-F-L-S-K-G-D-K-C-K-V-S-I-R-F-R-G-R-A-I-T-H-K-E-I-G-Q-R-V-L-E-K-F-A-D-E-C-K-D-I-A-T-V-E-Q-K-P-K-M-E-G-R-Q-M-F-I-M-L-A-P-I-N-E-K


### FUNCTION Binds directly to 23S ribosomal RNA and is necessary for the in vitro assembly process of the 50S ribosomal subunit It is not involved in the protein synthesizing functions of that subunit ### SEQUENCE -M-P-R-V-K-G-G-T-V-T-R-A-R-R-K-K-T-I-K-L-A-K-G-Y-F-G-S-K-H-T-L-Y-K-V-A-K-Q-Q-V-M-K-S-G-Q-Y-A-F-R-D-R-R-Q-R-K-R-D-F-R-K-L-W-I-T-R-I-N-A-A-A-R-Q-H-D-I-S-Y-S-R-L-M-N-G-L-K-K-A-E-I-D-I-N-R-K-M-L-S-E-I-A-I-S-D-D-K-A-F-A-E-L-V-S-K-A-K-E-A-L-K


### FUNCTION Necessary for normal cell division and for the maintenance of normal septation ### SEQUENCE -M-N-I-N-F-N-N-I-N-L-I-I-S-A-V-K-K-A-Q-Y-P-D-T-G-L-T-E-V-A-L-S-G-R-S-N-V-G-K-S-T-F-I-N-S-M-I-G-R-K-N-M-A-R-T-S-Q-Q-P-G-K-T-Q-T-L-N-F-Y-N-I-D-E-Q-L-I-F-V-D-V-P-G-Y-G-Y-A-K-V-S-K-V-Q-R-E-K-F-G-K-M-I-E-E-Y-I-T-Q-R-E-N-L-K-L-V-I-Q-L-V-D-L-R-H-Q-P-T-E-D-D-V-L-M-Y-N-Y-L-K-H-F-D-I-P-T-L-V-I-C-T-K-E-D-K-I-A-K-G-K-V-Q-K-H-I-K-R-I-K-D-K-L-E-L-E-S-G-D-N-I-I-S-Y-S-S-I-K-N-S-K-Q-Q-E-I-W-N-F-I-E-T-Y-I


### FUNCTION This protein binds to 23S rRNA in the presence of protein L20 ### SEQUENCE -M-F-A-I-I-E-T-G-G-K-Q-I-K-V-E-E-G-Q-E-I-Y-V-E-K-L-N-A-N-E-G-D-S-F-T-F-D-K-V-L-F-V-G-G-D-S-V-K-V-G-A-P-T-V-E-G-A-S-V-T-A-T-V-N-K-Q-G-R-G-K-K-I-T-V-F-T-Y-K-R-R-K-D-S-K-R-K-K-G-H-R-Q-P-Y-T-K-L-T-I-D-K-I-N-A


### FUNCTION The RuvA-RuvB-RuvC complex processes Holliday junction  RuvA specifically binds to HJ cruciform DNA, conferring on it an open structure The RuvB hexamer acts as an ATP-dependent pump, pulling dsDNA into and through the RuvAB complex HJ branch migration allows RuvC to scan DNA until it finds its consensus sequence, where it cleaves and resolves the cruciform DNA ### SEQUENCE -M-Y-A-Y-I-K-G-T-L-S-Q-L-F-P-T-H-V-V-V-E-T-C-G-I-G-Y-E-I-Q-T-P-N-S-Y-R-F-Q-K-Y-L-E-K-E-V-Q-I-Y-T-S-L-I-V-R-E-D-A-Q-L-L-Y-G-F-I-N-E-E-E-K-E-M-F-L-S-L-I-K-V-T-G-I-G-P-K-S-A-L-A-I-L-A-S-S-T-P-H-E-V-K-L-A-I-E-N-E-N-D-A-Y-L-T-Q-F-P-G-I-G-K-K-T-A-R-Q-I-V-L-D-L-K-G-K-V-T-I-T-E-E-N-S-D-D-L-L-Q-T-Q-V-N-G-N-E-Q-N-Q-I-I-S-E-A-L-L-A-L-Q-A-L-G-Y-S-K-R-E-L-T-K-V-E-K-S-L-N-K-H-N-V-N-S-V-D-E-A-V-K-I-G-L-Q-T-L-V-S


### FUNCTION Catalyzes a salvage reaction resulting in the formation of AMP, that is energically less costly than de novo synthesis ### SEQUENCE -M-D-L-K-Q-Y-V-S-E-V-K-D-W-P-S-A-G-V-S-F-K-D-I-T-T-I-M-D-N-G-E-A-Y-G-Y-A-T-D-Q-I-V-E-Y-A-K-E-K-N-I-D-I-V-V-G-P-E-A-R-G-F-I-I-G-C-P-V-A-Y-S-M-G-I-G-F-A-P-V-R-K-E-G-K-L-P-R-E-V-I-R-Y-E-Y-N-L-E-Y-G-T-N-V-L-T-M-H-K-D-A-I-K-P-G-Q-R-V-L-I-T-D-D-L-L-A-T-G-G-T-I-E-A-A-I-K-L-V-E-Q-L-G-G-I-V-V-G-I-A-F-I-I-E-L-K-Y-L-N-G-I-D-K-I-K-D-Y-D-V-M-S-L-I-S-Y-D-E


### FUNCTION Could be a nuclease involved in processing of the 5'-end of pre-16S rRNA ### SEQUENCE -M-L-K-H-K-I-L-G-L-D-V-G-S-K-T-V-G-I-A-I-S-D-L-M-G-W-T-A-Q-G-L-D-T-L-R-I-N-E-E-Q-D-D-L-G-I-D-Q-L-V-K-I-I-K-D-N-Q-V-G-T-V-V-I-G-L-P-K-N-M-N-N-S-I-G-F-R-G-E-A-S-I-K-Y-K-E-K-L-Q-E-S-I-P-S-I-D-I-V-M-W-D-E-R-L-S-T-M-A-A-E-R-S-L-L-E-A-D-V-S-R-Q-K-R-K-K-V-I-D-K-M-A-A-V-F-I-L-Q-G-Y-L-D-S-I-Q


### FUNCTION Necessary for efficient RNA polymerase transcription elongation past template-encoded arresting sites The arresting sites in DNA have the property of trapping a certain fraction of elongating RNA polymerases that pass through, resulting in locked ternary complexes Cleavage of the nascent transcript by cleavage factors such as GreA or GreB allows the resumption of elongation from the new 3'terminus GreA releases sequences of 2 to 3 nucleotides ### SEQUENCE -M-E-N-Q-K-Q-Y-P-M-T-Q-E-G-Y-E-K-L-E-Q-E-L-E-E-L-K-T-V-K-R-P-E-V-V-E-K-I-K-V-A-R-S-F-G-D-L-S-E-N-S-E-Y-D-A-A-K-D-E-Q-G-F-I-E-Q-D-I-Q-R-I-E-H-M-I-R-N-A-L-I-I-E-D-N-G-D-N-N-V-V-Q-I-G-K-T-V-T-F-I-E-L-P-G-D-E-E-E-S-Y-Q-I-V-G-S-A-E-A-D-A-F-K-G-K-I-S-N-E-S-P-M-A-K-A-L-I-G-K-G-L-N-D-Q-V-R-V-P-L-P-N-G-G-E-M-N-V-K-I-V-E-I-K


### FUNCTION Catalyzes the reversible adenylation of nicotinate mononucleotide ### SEQUENCE -M-N-K-K-I-V-L-F-G-G-Q-F-N-P-I-H-T-A-H-L-A-V-A-S-E-V-Y-H-A-I-K-P-D-I-F-F-F-L-P-S-Y-M-A-P-L-K-H-H-N-T-Q-L-Y-S-E-H-R-V-K-M-I-Q-L-A-I-K-E-I-G-F-G-E-I-C-T-T-D-L-D-R-K-G-P-S-Y-T-Y-E-T-I-L-H-L-K-E-I-Y-H-N-A-Q-L-Y-F-I-I-G-T-D-Q-Y-N-Q-L-D-K-W-Y-K-I-N-E-L-K-K-L-V-T-F-I-V-V-N-R-E-T-D-N-Q-N-V-S-K-E-M-I-S-I-K-I-P-R-I-D-I-S-S-T-M-I-R-N-R-V-R-M-N-Q-S-I-K-V-L-V-P-K-R-V-E-N-Y-I-K-E-E-G-F-Y-G-D-K


### FUNCTION Binds directly to 16S ribosomal RNA ### SEQUENCE -M-P-N-I-K-S-A-I-K-R-V-R-T-T-E-T-A-E-E-R-N-I-S-K-K-N-A-M-R-T-A-V-K-R-A-K-T-A-I-S-T-D-A-E-N-K-D-E-L-L-R-F-A-I-K-Q-V-D-K-A-S-Q-S-N-L-I-H-S-N-K-A-D-R-I-K-S-K-L-M-S-A-N-K


### FUNCTION Single strand-specific metallo-endoribonuclease involved in late-stage 70S ribosome quality control and in maturation of the 3' terminus of the 16S rRNA ### SEQUENCE -M-F-T-I-D-F-S-D-H-T-G-L-V-E-T-S-W-F-D-Q-I-D-Q-L-L-T-F-A-K-K-K-E-N-I-H-N-D-A-E-L-S-V-T-F-V-D-K-D-E-I-Q-N-I-N-K-V-Y-R-D-K-D-K-V-T-D-V-I-S-F-A-L-E-E-D-E-P-E-I-D-F-N-D-F-D-I-P-R-V-L-G-D-I-I-I-C-T-D-V-A-K-E-Q-S-E-S-Y-G-H-S-F-E-R-E-L-G-F-L-A-L-H-G-F-L-H-L-L-G-Y-D-H-M-N-D-N-D-E-K-E-M-F-G-R-Q-D-A-I-L-N-E-F-G-L-T-R-N


### FUNCTION Divisome component that associates with the complex late in its assembly, after the Z-ring is formed, and is dependent on DivIC and PBP2B for its recruitment to the divisome Together with EzrA, is a key component of the system that regulates PBP1 localization during cell cycle progression Its main role could be the removal of PBP1 from the cell pole after pole maturation is completed Also contributes to the recruitment of PBP1 to the division complex Not essential for septum formation ### SEQUENCE -M-S-D-V-S-L-K-L-S-A-K-D-I-Y-E-K-D-F-E-K-T-M-A-R-G-Y-R-R-E-E-V-D-A-F-L-D-D-I-I-T-D-Y-Q-K-M-A-D-M-N-N-E-V-V-K-L-S-E-E-N-H-K-L-K-K-E-L-E-E-L-R-L-R-V-A-T-S-R-P-Q-D-N-K-N-F-S-S-N-N-S-S-S-A-S-N-N-V-D-I-L-K-R-I-S-N-L-E-K-A-V-F-G-K


### FUNCTION Binds 16S rRNA, required for the assembly of 30S particles and may also be responsible for determining the conformation of the 16S rRNA at the A site ### SEQUENCE -M-A-K-K-S-K-I-A-K-E-Q-K-R-Q-E-L-V-N-K-Y-Y-E-L-R-K-E-L-K-A-K-G-D-Y-E-A-L-R-K-L-P-R-D-S-S-P-T-R-L-T-R-R-C-K-V-T-G-R-P-R-G-V-L-R-K-F-E-M-S-R-I-A-F-R-E-H-A-H-K-G-Q-I-P-G-V-K-K-S-S-W


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it helps nucleate assembly of the platform of the 30S subunit by binding and bridging several RNA helices of the 16S rRNA ### SEQUENCE -M-A-I-S-Q-Q-R-K-D-E-L-I-K-E-Y-R-V-H-E-T-D-T-G-S-P-E-V-Q-I-A-V-L-T-A-E-I-T-A-L-N-E-H-L-R-E-H-K-K-D-H-H-S-R-R-G-L-L-K-M-V-G-R-R-R-H-L-L-N-Y-L-R-S-K-D-I-Q-R-Y-R-E-L-I-K-S-L-G-I-R-R


### FUNCTION Required for maturation of 30S ribosomal subunits ### SEQUENCE -M-S-K-I-T-E-Q-V-E-A-L-I-Q-P-V-L-N-D-L-N-F-E-L-V-D-I-E-Y-V-K-E-G-K-D-H-F-L-R-I-S-I-D-K-E-G-G-V-D-L-N-D-C-T-I-A-S-E-K-I-S-E-V-M-D-E-N-D-P-I-P-E-M-Y-Y-L-D-V-A-S-P-G-A-E-R-P-I-K-K-E-K-D-F-Y-N-A-I-N-Q-P-I-F-V-S-L-Y-A-P-I-E-G-D-K-E-W-L-G-V-L-K-S-V-N-D-E-S-I-N-M-E-V-K-E-K-A-K-T-K-E-I-E-I-P-R-N-K-I-A-K-A-R-H-A-V-M-I


### FUNCTION Responsible for the release of ribosomes from messenger RNA at the termination of protein biosynthesis May increase the efficiency of translation by recycling ribosomes from one round of translation to another ### SEQUENCE -M-S-D-I-I-K-D-T-K-S-R-M-Q-K-S-I-D-N-L-S-R-E-L-A-N-I-S-A-G-R-A-N-S-N-L-L-N-G-V-T-V-D-Y-Y-G-A-P-T-P-V-Q-Q-L-A-S-I-N-V-P-E-A-R-L-L-V-I-S-P-Y-D-K-S-S-V-A-D-I-E-K-A-I-I-A-A-N-L-G-V-N-P-T-S-D-G-E-V-I-R-I-S-V-P-A-L-T-E-E-R-R-K-E-L-V-K-E-V-K-K-I-G-E-D-A-K-V-S-I-R-N-I-R-R-D-I-N-D-Q-L-K-K-D-E-K-N-G-D-I-T-E-D-D-L-R-S-Q-T-D-D-V-Q-K-A-T-D-N-S-I-K-E-I-D-Q-L-V-A-D-K-E-K-D-I-M-S-V


### FUNCTION This protein is located at the 30S-50S ribosomal subunit interface and may play a role in the structure and function of the aminoacyl-tRNA binding site ### SEQUENCE -M-S-N-H-K-L-I-E-A-V-T-K-S-Q-L-R-T-D-L-P-T-F-R-S-G-D-T-L-R-V-H-V-R-I-V-E-G-S-R-E-R-I-Q-V-F-E-G-V-V-I-K-R-R-G-G-G-I-S-E-T-F-T-V-R-K-I-S-S-G-V-G-V-E-R-T-F-P-L-H-T-P-K-I-E-K-I-E-V-K-R-R-G-K-V-R-R-A-K-L-Y-Y-L-R-S-L-R-G-K-A-A-R-I-Q-E-I-R


### FUNCTION Transcriptional factor involved in regulation of membrane lipid biosynthesis by repressing genes involved in fatty acid and phospholipid metabolism ### SEQUENCE -M-K-L-K-K-N-D-R-R-V-A-I-K-E-A-I-E-L-N-P-F-I-T-D-Y-E-L-C-E-K-F-D-V-S-I-Q-T-I-R-L-D-R-T-H-L-N-I-P-E-L-R-K-R-I-K-L-V-A-E-Q-N-Y-G-R-I-K-S-I-E-A-N-E-I-I-G-D-L-I-Q-V-N-P-D-V-S-A-Q-S-L-I-E-I-T-I-D-S-V-F-A-K-S-E-I-A-R-G-H-V-L-F-A-Q-A-N-S-L-C-V-A-L-I-H-K-P-I-V-L-T-H-E-S-Q-V-E-F-K-E-K-V-K-L-N-D-T-V-R-A-D-A-R-V-I-D-I-T-D-K-H-Y-I-I-E-V-N-S-Y-V-S-D-M-L-V-F-K-G-K-F-K-M-Y-Y-T-S-E-D-E


### FUNCTION Promotes RNA polymerase assembly Latches the N- and C-terminal regions of the beta' subunit thereby facilitating its interaction with the beta and alpha subunits ### SEQUENCE -M-L-N-P-P-L-N-Q-L-T-A-K-V-N-S-K-Y-L-I-A-T-T-A-A-K-R-A-R-E-L-D-E-R-R-E-T-A-L-L-D-Q-Y-H-S-S-K-P-V-G-K-A-L-E-E-I-A-D-G-K-I-E-P-V-V-P-K-E-Y-L-G


### FUNCTION A non-essential component of RNA polymerase ### SEQUENCE -M-A-V-F-K-V-F-Y-Q-H-N-K-D-E-V-I-V-R-E-N-T-Q-T-I-Y-V-E-G-Q-T-E-E-Q-V-R-R-Y-L-K-D-R-N-F-N-I-E-F-I-T-K-L-E-G-A-H-L-E-Y-E-K-E-H-S-T-H-F-N-V-E-N-A-E


### FUNCTION Global transcriptional regulator that plays a key role in stress response and exerts either positive or negative regulation of genes Acts by interacting with the C-terminal domain of the alpha subunit of the RNA polymerase  This interaction can enhance binding of RNAP to the promoter region of target genes and stimulate their transcription, or block interaction of RNAP with activator ### SEQUENCE -M-V-T-L-F-T-S-P-S-C-T-S-C-R-K-A-K-A-W-L-Q-E-H-D-I-P-Y-T-E-R-N-I-F-S-E-H-L-T-I-D-E-I-K-Q-I-L-K-M-T-E-D-G-T-D-E-I-I-S-T-R-S-K-T-Y-Q-K-L-N-V-D-I-D-S-L-P-L-Q-D-L-Y-S-I-I-Q-D-N-P-G-L-L-R-R-P-I-I-L-D-D-K-R-L-Q-V-G-Y-N-E-D-E-I-R-R-F-L-P-R-K-V-R-T-F-Q-L-Q-E-A-Q-R-L-V-D


### FUNCTION PPIases accelerate the folding of proteins It catalyzes the cis-trans isomerization of proline imidic peptide bonds in oligopeptides ### SEQUENCE -M-T-N-Y-P-Q-L-N-K-E-I-Q-D-N-E-I-K-V-V-M-H-T-N-K-G-D-M-T-F-K-L-F-P-D-I-A-P-K-T-V-E-N-F-V-T-H-S-K-N-G-Y-Y-D-G-V-T-F-H-R-V-I-N-D-F-M-V-Q-G-G-D-P-T-A-T-G-M-G-G-E-S-I-Y-G-S-A-F-E-D-E-F-S-L-E-A-F-N-L-Y-G-A-L-S-M-A-N-A-G-P-N-T-N-G-S-Q-F-F-I-V-Q-M-K-E-V-P-E-N-M-L-S-Q-L-A-D-G-G-W-P-Q-P-I-V-E-A-Y-G-E-K-G-G-T-P-W-L-D-Q-K-H-T-V-F-G-Q-L-I-E-G-E-S-T-L-E-D-I-A-N-T-K-V-G-A-Q-D-K-P-V-Y-D-V-V-I-E-S-I-D-V-E-E


### FUNCTION Cleaves peptides in various proteins in a process that requires ATP hydrolysis Has a chymotrypsin-like activity Plays a major role in the degradation of misfolded proteins ### SEQUENCE -M-N-L-I-P-T-V-I-E-T-T-N-R-G-E-R-A-Y-D-I-Y-S-R-L-L-K-D-R-I-I-M-L-G-S-Q-I-D-D-N-V-A-N-S-I-V-S-Q-L-L-F-L-Q-A-Q-D-S-E-K-D-I-Y-L-Y-I-N-S-P-G-G-S-V-T-A-G-F-A-I-Y-D-T-I-Q-H-I-K-P-D-V-Q-T-I-C-I-G-M-A-A-S-M-G-S-F-L-L-A-A-G-A-K-G-K-R-F-A-L-P-N-A-E-V-M-I-H-Q-P-L-G-G-A-Q-G-Q-A-T-E-I-E-I-A-A-N-H-I-L-K-T-R-E-K-L-N-R-I-L-S-E-R-T-G-Q-S-I-E-K-I-Q-Q-D-T-D-R-D-N-F-L-T-A-A-E-A-K-E-Y-G-L-I-D-E-V-M-E-P-E-K


### FUNCTION Required for dimerization of active 70S ribosomes into 100S ribosomes in stationary phase ### SEQUENCE -M-I-R-F-E-I-H-G-D-N-L-T-I-T-D-A-I-R-N-Y-I-E-E-K-V-G-K-L-E-R-Y-F-N-N-V-P-N-A-V-A-H-V-R-V-K-T-Y-S-N-S-T-T-K-I-E-V-T-I-P-L-K-D-V-T-L-R-A-E-E-R-H-D-D-L-Y-A-G-I-D-L-I-T-N-K-L-E-R-Q-V-R-K-Y-K-T-R-V-N-R-K-H-R-D-R-G-D-Q-D-I-F-V-A-E-V-Q-E-S-T-T-N-N-H-A-D-D-I-E-S-E-N-D-I-E-I-I-R-S-K-Q-F-S-L-K-P-M-D-S-E-E-A-V-L-Q-M-N-L-L-G-H-D-F-F-I-F-T-D-R-E-T-D-G-T-S-I-V-Y-R-R-K-D-G-K-Y-G-L-I-E-T-T-E


### FUNCTION Dephosphorylates the 5' and 2'-phosphates of deoxyribonucleotides ### SEQUENCE -M-T-R-Q-R-I-A-I-D-M-D-E-V-L-A-D-T-L-G-A-V-V-K-A-V-N-E-R-A-D-L-N-I-K-M-E-S-L-N-G-K-K-L-K-H-M-I-P-E-H-E-G-L-V-M-D-I-L-K-E-P-G-F-F-R-N-L-D-V-M-P-H-A-Q-E-V-V-K-Q-L-N-E-H-Y-D-I-Y-I-A-T-A-A-M-D-V-P-T-S-F-H-D-K-Y-E-W-L-L-E-Y-F-P-F-L-D-P-Q-H-F-V-F-C-G-R-K-N-I-I-L-A-D-Y-L-I-D-D-N-P-K-Q-L-E-I-F-E-G-K-S-I-M-F-T-A-S-H-N-V-Y-E-H-R-F-E-R-V-S-G-W-R-D-V-K-N-Y-F-N-S-I-E-K


### FUNCTION Catalyzes the reductive cleavage of azo bond in aromatic azo compounds to the corresponding amines Requires NADPH, but not NADH, as an electron donor for its activity ### SEQUENCE -M-K-G-L-I-I-I-G-S-A-Q-V-G-S-H-T-N-A-L-S-K-Y-L-K-G-Q-L-G-E-H-D-V-E-V-E-I-F-D-L-A-E-K-P-I-H-Q-L-D-F-A-G-T-T-Q-A-V-D-E-I-K-N-N-V-K-S-L-Q-N-K-A-M-E-A-D-F-L-I-L-G-T-P-N-Y-H-G-S-F-S-G-I-L-K-N-A-L-D-H-L-N-M-D-H-F-K-M-K-P-V-G-L-I-C-N-S-G-G-I-V-S-S-E-P-L-S-H-L-R-V-I-V-R-S-L-L-G-I-A-V-P-T-Q-I-A-T-H-D-S-D-Y-A-K-L-E-D-G-T-L-Y-L-E-D-N-E-F-Q-L-R-S-K-L-F-V-D-Q-I-V-S-F-V-T-N-S-P-Y-E-H-L-K


### FUNCTION Forms part of the ribosomal stalk which helps the ribosome interact with GTP-bound translation factors Is thus essential for accurate translation ### SEQUENCE -M-A-N-Q-E-Q-I-I-E-A-I-K-E-M-S-V-L-E-L-N-D-L-V-K-A-I-E-E-E-F-G-V-T-A-A-A-P-V-A-A-A-G-A-A-G-G-G-D-A-A-A-E-K-T-E-F-D-V-E-L-T-S-A-G-S-S-K-I-K-V-V-K-A-V-K-E-A-T-G-L-G-L-K-D-A-K-E-L-V-D-G-A-P-K-V-I-K-E-A-M-P-K-E-D-A-E-K-L-K-E-Q-L-E-E-V-G-A-S-V-E-L-K


### FUNCTION Forms part of the ribosomal stalk, playing a central role in the interaction of the ribosome with GTP-bound translation factors ### SEQUENCE -M-S-A-I-I-E-A-K-K-Q-Q-V-D-T-I-A-E-Q-L-K-N-S-V-S-T-V-I-V-D-Y-R-G-L-T-V-A-E-V-T-E-L-R-S-Q-L-R-E-A-G-V-E-Y-K-V-Y-K-N-T-M-V-R-R-A-A-E-Q-A-G-I-E-G-L-D-E-F-L-T-G-P-T-A-I-A-T-S-T-E-D-V-V-A-P-A-K-V-I-A-G-F-A-K-E-H-E-A-L-E-V-K-T-G-V-M-E-G-N-V-I-S-A-E-E-V-K-T-V-G-S-L-P-S-H-D-G-L-V-S-M-L-L-S-V-L-Q-A-P-V-R-N-F-A-Y-A-V-K-A-V-G-E-Q-K-E-E-S-A-E


### FUNCTION Forms part of the ribosomal stalk which helps the ribosome interact with GTP-bound translation factors ### SEQUENCE -M-A-K-K-V-E-K-V-V-K-L-Q-I-P-A-G-K-A-N-P-A-P-P-V-G-P-A-L-G-Q-A-G-V-N-I-M-G-F-C-K-E-F-N-A-R-T-Q-E-Q-A-G-L-I-I-P-V-E-I-S-V-Y-E-D-R-S-F-T-F-I-T-K-T-P-P-A-P-V-L-L-K-K-A-A-G-V-E-K-G-S-G-E-P-N-K-T-K-V-A-T-V-T-K-D-Q-V-R-E-I-A-Q-T-K-M-Q-D-L-N-A-A-D-E-E-A-A-M-R-I-I-E-G-T-A-R-S-M-G-I-T-V-Q


### FUNCTION Specifically methylates the pseudouridine at position 1915  in 23S rRNA ### SEQUENCE -M-K-I-T-I-L-S-V-G-K-L-K-E-K-Y-W-K-Q-A-I-A-E-Y-E-K-R-L-G-P-Y-T-K-I-E-L-I-E-V-P-D-E-K-A-P-E-N-M-S-D-K-E-I-E-Q-V-K-E-K-E-G-Q-R-L-L-N-K-I-K-P-Q-S-T-V-I-T-L-E-I-K-G-K-M-L-S-S-E-G-L-A-K-E-L-Q-T-R-M-T-Q-G-Q-S-D-F-T-F-V-I-G-G-S-N-G-L-H-Q-D-V-L-Q-R-S-N-Y-A-L-S-F-S-N-M-T-F-P-H-Q-M-M-R-V-I-L-I-E-Q-I-Y-R-A-F-K-I-M-R-G-E-A-Y-H-K


### FUNCTION Binds to the 23S rRNA ### SEQUENCE -M-K-V-I-F-T-Q-D-V-K-G-K-G-K-K-G-E-V-K-D-V-P-V-G-Y-A-N-N-F-L-L-K-N-K-Y-A-V-E-A-T-P-G-N-L-K-Q-L-E-Q-Q-N-K-R-A-E-A-D-R-Q-Q-E-I-D-D-A-K-A-L-K-E-Q-L-K-D-I-E-V-E-V-S-A-K-T-G-E-G-G-K-L-F-G-S-I-S-T-K-Q-I-A-E-A-L-K-K-Q-H-D-I-K-I-D-K-R-K-M-D-L-P-H-G-I-H-A-L-G-Y-T-N-V-P-V-K-L-D-K-E-V-E-G-T-I-R-V-H-T-V-E-Q


### FUNCTION Involved in the synthesis of autoinducer 2 ### SEQUENCE -M-T-K-K-M-N-V-E-S-F-N-L-D-H-T-K-V-K-A-P-Y-V-R-L-V-G-V-T-E-G-A-N-G-D-K-V-H-K-Y-D-I-R-I-K-Q-P-N-K-A-H-M-E-M-P-G-L-H-S-L-E-H-L-M-A-E-N-I-R-N-H-S-D-A-V-L-D-I-G-P-M-G-C-Q-T-G-F-Y-L-S-L-I-N-H-D-D-Y-D-D-V-L-T-M-I-E-K-T-L-E-D-V-L-Q-A-T-E-V-P-A-C-N-E-V-Q-C-G-W-A-A-N-H-S-L-L-G-A-Q-E-I-A-K-E-M-L-N-E-K-A-S-W-S-E-V-F


### FUNCTION Channel that opens in response to stretch forces in the membrane lipid bilayer May participate in the regulation of osmotic pressure changes within the cell ### SEQUENCE -M-W-K-E-F-K-E-F-A-F-K-G-N-I-I-D-L-A-V-A-V-V-I-G-G-A-F-G-A-I-V-T-S-F-V-E-N-I-I-T-P-L-M-G-V-I-V-G-G-V-D-F-T-T-L-K-V-T-V-G-E-A-E-I-L-Y-G-N-F-I-Q-S-F-V-D-F-I-I-I-A-F-S-I-F-L-A-I-K-F-L-V-K-F-K-R-Q-K-E-E-E-E-V-E-A-V-V-E-E-L-S-K-Q-E-E-L-L-T-E-I-R-D-L-L-K-E-Q-S-N-K-N


### FUNCTION Electron-transport protein of unknown function ### SEQUENCE -M-R-K-S-L-L-A-I-L-A-V-S-S-L-V-F-S-S-A-S-F-A-A-D-L-E-D-N-M-E-T-L-N-D-N-L-K-V-V-E-K-A-D-N-A-V-Q-V-K-D-A-L-T-K-M-R-A-A-A-L-D-A-Q-K-A-T-P-P-K-L-E-G-K-S-P-D-S-P-E-M-K-D-F-R-H-G-F-D-I-L-V-G-Q-I-D-D-A-L-K-L-A-N-E-G-K-V-K-E-A-Q-A-A-A-E-Q-L-K-T-T-R-N-A-Y-H-Q-K-Y-R


### FUNCTION Binds zinc Could be an important component of the zinc-balancing mechanism ### SEQUENCE -M-K-R-N-T-K-I-A-L-V-M-M-A-L-S-A-M-A-M-G-S-T-S-A-F-A-H-G-G-H-G-M-W-Q-Q-N-A-A-P-L-T-S-E-Q-Q-T-A-W-Q-K-I-H-N-D-F-Y-A-Q-S-S-A-L-Q-Q-Q-L-V-T-K-R-Y-E-Y-N-A-L-L-A-A-N-P-P-D-S-S-K-I-N-A-V-A-K-E-M-E-N-L-R-Q-S-L-D-E-L-R-V-K-R-D-I-A-M-A-E-A-G-I-P-R-G-T-G-M-G-Y-G-G-C-G-G-G-G-H-M-G-M-G-H-W


### FUNCTION General inhibitor of pancreatic serine proteases inhibits chymotrypsin, trypsin, elastases, factor X, kallikrein as well as a variety of other proteases ### SEQUENCE -M-K-T-I-L-P-A-V-L-F-A-A-F-A-T-T-S-A-W-A-A-E-S-V-Q-P-L-E-K-I-A-P-Y-P-Q-A-E-K-G-M-K-R-Q-V-I-Q-L-T-P-Q-E-D-E-S-T-L-K-V-E-L-L-I-G-Q-T-L-E-V-D-C-N-L-H-R-L-G-G-K-L-E-S-K-T-L-E-G-W-G-Y-D-Y-Y-V-F-D-K-V-S-S-P-V-S-T-M-M-A-C-P-D-G-K-K-E-K-K-F-V-T-A-Y-L-G-D-A-G-M-L-R-Y-N-S-K-L-P-I-V-V-Y-T-P-D-N-V-D-V-K-Y-R-V-W-K-A-E-E-K-I-D-N-A-V-V-R


### FUNCTION Required for growth and/or survival at acidic conditions ### SEQUENCE -M-K-K-V-L-A-L-V-V-A-A-A-M-G-L-S-S-A-A-F-A-A-E-T-A-T-T-P-A-P-T-A-T-T-T-K-A-A-P-A-K-T-T-H-H-K-K-Q-H-K-A-A-P-A-Q-K-A-Q-A-A-K-K-H-H-K-N-A-K-A-E-Q-K-A-P-E-Q-K-A-Q-A-A-K-K-H-A-K-K-H-S-H-Q-Q-P-A-K-P-A-A-Q-P-A-A


### FUNCTION Part of a cation efflux system that mediates resistance to copper and silver Binds one copper per polypeptide ### SEQUENCE -M-K-K-A-L-Q-V-A-M-F-S-L-F-T-V-I-G-F-N-A-Q-A-N-E-H-H-H-E-T-M-S-E-A-Q-P-Q-V-I-S-A-T-G-V-V-K-G-V-D-L-E-S-K-K-I-T-I-H-H-D-P-I-A-A-V-N-W-P-E-M-T-M-R-F-T-I-T-P-Q-T-K-M-S-E-I-K-T-G-D-K-V-A-F-N-F-V-Q-Q-G-N-L-S-L-L-Q-D-I-K-V-S-Q


### FUNCTION Together with the chaperonin GroEL, plays an essential role in assisting protein folding The GroEL-GroES system forms a nano-cage that allows encapsulation of the non-native substrate proteins and provides a physical environment optimized to promote and accelerate protein folding GroES binds to the apical surface of the GroEL ring, thereby capping the opening of the GroEL channel ### SEQUENCE -M-N-I-R-P-L-N-D-K-L-I-V-E-R-Q-E-V-E-N-K-S-E-G-G-I-V-L-T-S-Q-S-V-K-K-S-N-R-G-K-V-I-A-A-G-L-G-K-R-L-E-N-G-E-R-A-S-M-E-V-K-V-G-D-V-V-I-F-N-D-G-Y-G-V-K-T-E-K-M-D-G-K-E-Y-L-I-L-S-E-S-D-V-L-A-I-V-E


### FUNCTION Together with the chaperonin GroEL, plays an essential role in assisting protein folding The GroEL-GroES system forms a nano-cage that allows encapsulation of the non-native substrate proteins and provides a physical environment optimized to promote and accelerate protein folding GroES binds to the apical surface of the GroEL ring, thereby capping the opening of the GroEL channel ### SEQUENCE -M-N-I-R-P-L-H-D-R-V-I-V-E-R-Q-E-V-E-S-K-S-A-G-G-I-V-L-T-G-S-A-A-E-K-S-T-R-G-V-V-L-A-V-G-K-G-R-I-L-E-N-G-T-V-Q-P-L-D-V-K-V-G-D-T-V-I-F-A-E-S-Y-G-T-K-T-E-K-I-D-G-K-E-V-L-I-M-S-E-N-D-I-M-A-I-V-D


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it helps nucleate assembly of the platform of the 30S subunit by binding and bridging several RNA helices of the 16S rRNA ### SEQUENCE -M-A-I-S-K-E-K-K-N-E-I-I-A-Q-Y-A-R-H-E-G-D-T-G-S-V-E-V-Q-V-A-V-L-T-W-E-I-N-H-L-N-E-H-I-K-Q-H-K-K-D-H-A-T-Y-R-G-L-M-K-K-I-G-R-R-R-N-L-L-A-Y-L-R-K-N-D-V-N-R-Y-R-E-L-I-N-S-L-G-L-R-R


### FUNCTION This protein is located at the 30S-50S ribosomal subunit interface and may play a role in the structure and function of the aminoacyl-tRNA binding site ### SEQUENCE -M-N-P-L-I-Q-S-L-T-E-G-Q-L-R-T-D-I-P-S-F-R-P-G-D-T-V-R-V-H-A-K-V-V-E-G-N-R-E-R-I-Q-I-F-E-G-V-V-I-A-R-K-G-A-G-I-S-E-N-Y-T-V-R-K-I-S-N-G-I-G-V-E-R-I-F-P-I-H-T-P-R-V-E-K-I-E-V-V-R-Y-G-K-V-R-R-A-K-L-Y-Y-L-R-A-L-Q-G-K-A-A-R-I-K-E-I-R-R


### FUNCTION This protein binds to 23S rRNA in the presence of protein L20 ### SEQUENCE -M-S-T-Y-A-I-I-K-T-G-G-K-Q-V-K-V-E-V-G-Q-A-V-Y-V-E-K-L-N-V-E-A-G-Q-E-V-T-F-N-E-V-V-L-V-G-G-E-N-T-V-V-G-T-P-L-V-A-G-A-T-V-V-G-T-V-E-K-Q-G-K-Q-K-K-V-V-T-Y-K-Y-K-P-K-K-G-S-H-R-K-Q-G-H-R-Q-P-Y-T-K-V-V-I-N-A-I-N-A


### FUNCTION Binds directly to 16S ribosomal RNA ### SEQUENCE -M-A-N-I-K-S-A-I-K-R-A-E-L-N-V-K-Q-N-E-K-N-S-A-Q-K-S-A-M-R-T-A-I-K-A-F-E-A-N-P-S-E-E-L-F-R-A-A-S-S-A-I-D-K-A-E-T-K-G-L-I-H-K-N-K-A-S-R-D-K-A-R-L-S-A-K-L-A-K


### FUNCTION Forms part of the ribosomal stalk which helps the ribosome interact with GTP-bound translation factors ### SEQUENCE -M-A-K-K-V-E-K-L-V-K-L-Q-I-P-A-G-K-A-T-P-A-P-P-V-G-P-A-L-G-Q-A-G-I-N-I-M-G-F-T-K-E-F-N-A-R-T-A-D-Q-A-G-M-I-I-P-V-V-I-S-V-Y-E-D-K-S-F-T-F-V-T-K-T-P-P-A-A-V-L-L-K-K-A-A-G-V-E-K-G-S-G-T-P-N-K-T-K-V-A-T-V-T-R-A-Q-V-Q-E-I-A-E-T-K-M-P-D-L-N-A-A-N-V-E-S-A-M-R-M-I-E-G-T-A-R-S-M-G-F-T-V-V-D


### FUNCTION Participates actively in the response to hyperosmotic and heat shock by preventing the aggregation of stress-denatured proteins, in association with DnaK and GrpE It is the nucleotide exchange factor for DnaK and may function as a thermosensor Unfolded proteins bind initially to DnaJ ### SEQUENCE -M-A-Q-D-I-K-N-E-E-V-E-E-V-Q-E-E-E-V-V-E-T-A-E-E-T-T-P-E-K-S-E-L-D-L-A-N-E-R-A-D-E-F-E-N-K-Y-L-R-A-H-A-E-M-Q-N-I-Q-R-R-A-N-E-E-R-Q-N-L-Q-R-Y-R-S-Q-D-L-A-K-A-I-L-P-S-L-D-N-L-E-R-A-L-A-V-E-G-L-T-D-D-V-K-K-G-L-A-M-V-Q-E-S-L-I-H-A-L-K-E-E-G-I-E-E-I-A-A-D-G-E-F-D-H-N-Y-H-M-A-I-Q-T-L-P-G-D-D-E-H-P-V-D-T-I-A-Q-V-F-Q-K-G-Y-K-L-H-D-R-I-L-R-P-A-M-V-V-V-Y-N


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it nucleates assembly of the head domain of the 30S subunit Is located at the subunit interface close to the decoding center, probably blocks exit of the E-site tRNA ### SEQUENCE -M-S-R-K-N-R-A-P-K-R-D-V-L-P-D-P-L-Y-N-S-Q-L-V-T-R-L-I-N-R-V-M-L-D-G-K-R-G-T-A-A-S-I-V-Y-G-A-F-E-Q-I-K-E-A-T-G-N-D-A-L-E-V-F-E-T-A-M-E-N-I-M-P-V-L-E-V-R-A-R-R-V-G-G-S-N-Y-Q-V-P-V-E-V-R-P-E-R-R-T-T-L-G-L-R-W-L-V-T-I-A-R-L-R-G-E-H-T-M-Q-D-R-L-A-K-E-I-L-D-A-A-N-N-T-G-A-A-V-K-K-R-E-D-T-H-R-M-A-E-A-N-R-A-F-A-H-F-R-W


### FUNCTION Binds to the 23S rRNA ### SEQUENCE -M-K-L-H-E-L-K-P-A-E-G-S-R-K-V-R-N-R-V-G-R-G-T-S-S-G-N-G-K-T-S-G-R-G-Q-K-G-Q-K-A-R-S-G-G-G-V-R-L-G-F-E-G-G-Q-T-P-L-F-R-R-L-P-K-R-G-F-T-N-I-N-A-K-E-Y-A-I-V-N-L-D-Q-L-N-V-F-E-D-G-A-E-V-T-P-V-V-L-I-E-A-G-I-V-K-A-E-K-S-G-I-K-I-L-G-N-G-E-L-T-K-K-L-T-V-K-A-A-K-F-S-K-S-A-E-E-A-I-T-A-K-G-G-S-V-E-V-I


### FUNCTION This is one of the proteins that binds and probably mediates the attachment of the 5S RNA into the large ribosomal subunit, where it forms part of the central protuberance ### SEQUENCE -M-I-S-K-P-D-K-N-K-L-R-Q-K-R-H-R-R-V-R-G-K-L-S-G-T-A-D-R-P-R-L-N-V-F-R-S-N-T-G-I-Y-A-Q-V-I-D-D-V-A-G-V-T-L-A-S-A-S-T-L-D-K-E-V-S-K-G-T-K-T-E-Q-A-V-A-V-G-K-L-V-A-E-R-A-N-A-K-G-I-S-E-V-V-F-D-R-G-G-Y-L-Y-H-G-R-V-K-A-L-A-D-A-A-R-E-N-G-L-K-F


### FUNCTION This protein binds to the 23S rRNA, and is important in its secondary structure It is located near the subunit interface in the base of the L7/L12 stalk, and near the tRNA binding site of the peptidyltransferase center ### SEQUENCE -M-S-R-I-G-N-K-V-I-V-L-P-A-G-V-E-L-A-N-N-D-N-V-V-T-V-K-G-P-K-G-E-L-T-R-E-F-S-K-D-I-E-I-R-V-E-G-T-E-V-T-L-H-R-P-N-D-S-K-E-M-K-T-I-H-G-T-T-R-A-L-L-N-N-M-V-V-G-V-S-E-G-F-K-K-E-L-E-M-R-G-V-G-Y-R-A-Q-L-Q-G-S-K-L-V-L-A-V-G-K-S-H-P-D-E-V-E-A-P-E-G-I-T-F-E-L-P-N-P-T-T-I-V-V-S-G-I-S-K-E-V-V-G-Q-T-A-A-Y-V-R-S-L-R-S-P-E-P-Y-K-G-K-G-I-R-Y-V-G-E-F-V-R-R-K-E-G-K-T-G-K


### FUNCTION This is 1 of the proteins that binds and probably mediates the attachment of the 5S RNA into the large ribosomal subunit, where it forms part of the central protuberance In the 70S ribosome it contacts protein S13 of the 30S subunit , connecting the 2 subunits ### SEQUENCE -M-A-N-R-L-K-E-K-Y-L-N-E-V-V-P-A-L-T-E-Q-F-N-Y-S-S-V-M-A-V-P-K-V-D-K-I-V-L-N-M-G-V-G-E-A-V-S-N-A-K-S-L-E-K-A-A-E-E-L-A-L-I-S-G-Q-K-P-L-I-T-K-A-K-K-S-I-A-G-F-R-L-R-E-G-V-A-I-G-A-K-V-T-L-R-G-E-R-M-Y-E-F-L-D-K-L-V-S-V-S-L-P-R-V-R-D-F-H-G-V-P-T-K-S-F-D-G-R-G-N-Y-T-L-G-V-K-E-Q-L-I-F-P-E-I-N-F-D-D-V-D-K-T-R-G-L-D-I-V-I-V-T-T-A-N-T-D-E-E-S-R-A-L-L-T-G-L-G-M-P-F-A-K


### FUNCTION One of the early assembly proteins it binds 23S rRNA One of the proteins that surrounds the polypeptide exit tunnel on the outside of the ribosome Forms the main docking site for trigger factor binding to the ribosome ### SEQUENCE -M-N-L-Y-D-V-I-K-K-P-V-I-T-E-S-S-M-A-Q-L-E-A-G-K-Y-V-F-E-V-D-T-R-A-H-K-L-L-I-K-Q-A-V-E-A-A-F-E-G-V-K-V-A-N-V-N-T-I-N-V-K-P-K-A-K-R-V-G-R-Y-T-G-F-T-N-K-T-K-K-A-I-I-T-L-T-A-D-S-K-A-I-E-L-F-A-A-E-A-E


### FUNCTION The RuvA-RuvB-RuvC complex processes Holliday junction  RuvA specifically binds to HJ cruciform DNA, conferring on it an open structure The RuvB hexamer acts as an ATP-dependent pump, pulling dsDNA into and through the RuvAB complex HJ branch migration allows RuvC to scan DNA until it finds its consensus sequence, where it cleaves and resolves the cruciform DNA ### SEQUENCE -M-Y-D-Y-I-K-G-N-L-T-K-I-T-A-K-Y-I-V-L-E-T-G-G-L-G-Y-V-I-N-V-A-N-P-Y-S-F-S-N-Q-I-N-Q-A-I-Q-I-Y-I-H-H-V-V-R-E-D-A-H-L-L-Y-G-F-H-T-E-D-E-K-A-V-F-L-N-L-I-S-V-S-G-I-G-P-T-S-A-L-A-I-I-A-A-D-D-N-E-G-L-V-K-A-I-D-H-S-D-V-N-Y-L-M-K-F-P-K-I-G-K-K-T-A-Q-Q-M-V-L-D-L-A-G-K-F-V-D-I-N-E-V-S-T-D-K-S-K-V-S-T-I-N-N-N-Q-E-L-E-E-A-V-E-A-L-L-A-L-G-Y-K-T-N-E-L-K-K-I-E-K-F-F-E-G-T-T-D-T-A-E-N-Y-I-K-S-A-L-K-M-L-M-K


### FUNCTION Together with the chaperonin GroEL, plays an essential role in assisting protein folding The GroEL-GroES system forms a nano-cage that allows encapsulation of the non-native substrate proteins and provides a physical environment optimized to promote and accelerate protein folding GroES binds to the apical surface of the GroEL ring, thereby capping the opening of the GroEL channel ### SEQUENCE -M-L-K-P-L-G-D-R-V-V-V-Q-L-K-E-E-K-E-Q-T-V-G-G-F-V-L-A-G-A-S-Q-E-K-T-K-K-A-Q-V-V-A-V-G-E-G-V-R-T-L-T-G-E-L-V-A-S-S-L-V-Q-G-D-T-I-L-I-E-N-H-V-G-T-P-V-K-D-D-G-K-D-C-L-I-I-R-E-A-D-V-L-A-V-V-N-D


### FUNCTION Plays an important role in DNA replication, recombination and repair Binds to ssDNA and to an array of partner proteins to recruit them to their sites of action during DNA metabolism ### SEQUENCE -M-L-N-R-V-V-L-V-G-R-L-T-R-D-P-D-L-R-Y-T-P-N-G-V-A-V-A-N-F-N-I-A-V-N-R-P-F-S-N-Q-Q-G-N-R-E-A-D-F-I-N-C-V-I-W-R-R-P-A-E-N-L-A-N-Y-M-K-K-G-S-M-V-G-V-D-G-R-I-Q-T-R-N-F-E-G-Q-D-G-K-T-V-Y-V-T-E-V-V-A-D-S-V-Q-F-L-E-T-K-G-S-Q-G-G-Q-D-S-S-G-G-Y-Q-Q-N-R-N-Q-N-Q-Y-Q-N-Q-N-Q-Y-A-S-N-Q-N-Q-D-Q-E-D-P-F-K-N-N-G-E-P-I-D-I-S-D-D-D-L-P-F


### FUNCTION Participates actively in the response to hyperosmotic and heat shock by preventing the aggregation of stress-denatured proteins, in association with DnaK and GrpE It is the nucleotide exchange factor for DnaK and may function as a thermosensor Unfolded proteins bind initially to DnaJ ### SEQUENCE -M-N-E-K-D-N-Q-T-T-S-E-P-E-N-E-Q-E-I-I-D-V-N-D-S-G-E-Q-P-E-E-N-E-T-E-Q-P-Q-E-E-A-V-E-N-D-E-I-A-K-L-Q-Q-E-K-D-E-T-Y-N-R-L-V-R-L-Q-A-E-F-D-N-Y-K-R-R-T-L-K-E-R-E-A-D-R-K-Y-K-S-Q-D-L-I-T-E-L-L-P-A-I-D-N-F-E-R-A-L-Q-V-E-V-T-E-E-N-K-S-I-I-D-G-I-M-M-V-Y-R-Q-L-Q-E-A-L-T-S-Q-G-V-E-P-I-K-T-E-G-E-V-F-D-P-N-L-H-H-A-V-M-Q-I-E-D-E-N-M-D-S-N-T-V-V-E-E-L-Q-K-G-Y-Q-L-K-D-R-V-I-R-P-A-M-V-K-V-N-K


### FUNCTION Regulates arginine biosynthesis genes ### SEQUENCE -M-S-K-L-Q-R-H-I-K-I-R-E-L-I-T-E-N-I-I-E-T-Q-D-E-L-V-D-S-L-K-A-L-D-F-N-V-T-Q-A-T-V-S-R-D-I-K-E-L-Q-L-V-K-V-P-T-T-T-G-Q-Y-K-Y-S-L-P-A-D-Q-R-F-N-P-L-Q-K-L-K-R-L-I-V-D-T-F-V-K-I-E-H-A-S-H-F-I-I-L-H-T-L-P-G-N-A-H-A-V-G-V-L-I-D-N-L-D-W-E-E-I-M-G-T-I-C-G-D-D-T-C-L-I-I-C-R-T-P-E-Q-A-E-M-I-K-N-R-F-I-E-M-L


### FUNCTION Thiol-disulfide oxidoreductase which is required in disulfide reduction during c-type cytochrome synthesis May accept reducing equivalents from CcdA, leading to breakage of disulfide bonds in apocytochrome c ### SEQUENCE -M-D-I-Q-Q-N-K-T-N-K-Q-K-K-K-R-N-R-F-I-F-R-S-S-I-L-L-I-L-V-A-A-V-V-F-A-I-V-S-N-M-K-D-D-N-K-I-Y-R-V-G-D-A-A-P-D-F-Q-L-K-Q-I-S-E-E-V-D-Q-S-T-V-Q-L-S-D-L-E-G-K-G-V-M-L-N-F-W-A-T-W-C-D-P-C-K-A-E-M-P-Y-M-Q-D-L-Y-A-E-Y-K-E-K-G-V-E-I-V-A-V-S-L-D-G-T-E-L-V-V-D-Q-F-I-D-E-Y-D-L-T-F-P-V-P-H-D-K-N-G-E-V-K-D-L-Y-K-I-G-P-M-P-T-T-Y-F-I-K-P-N-G-E-I-E-E-I-V-Q-G-A-L-T-L-D-R-L-E-G-Y-L-N-D-I-A-P-Q-Q-N


### FUNCTION Regulates transcriptional attenuation of the pyrimidine nucleotide  operon by binding in a uridine-dependent manner to specific sites on pyr mRNA This disrupts an antiterminator hairpin in the RNA and favors formation of a downstream transcription terminator, leading to a reduced expression of downstream genes ### SEQUENCE -M-K-K-K-T-E-I-L-D-A-A-S-I-Q-R-A-L-T-R-M-S-H-E-I-L-E-K-N-K-G-G-E-N-L-V-L-I-G-I-K-T-R-G-V-P-L-A-K-R-I-Q-Q-K-I-K-Q-I-E-S-I-E-V-P-L-G-E-L-D-I-T-M-Y-R-D-D-L-D-K-V-S-E-Q-E-D-P-K-I-N-S-V-S-I-G-M-D-I-T-D-K-H-V-I-L-I-D-D-V-L-F-T-G-R-T-V-R-A-A-M-D-A-V-M-D-V-G-R-P-S-T-I-Q-L-G-S-L-V-D-R-G-H-R-E-L-P-I-R-A-D-Y-V-G-K-N-I-P-T-S-D-R-E-I-V-V-V-Q-L-S-E-Q-D-Q-E-D-R-V-S-L-Y-E-K


### FUNCTION Together with the chaperonin GroEL, plays an essential role in assisting protein folding The GroEL-GroES system forms a nano-cage that allows encapsulation of the non-native substrate proteins and provides a physical environment optimized to promote and accelerate protein folding GroES binds to the apical surface of the GroEL ring, thereby capping the opening of the GroEL channel ### SEQUENCE -M-I-K-P-L-G-D-R-V-V-I-E-L-V-E-Q-E-E-T-T-A-S-G-I-V-L-P-D-S-A-K-E-K-P-Q-E-G-K-V-V-A-V-G-S-G-R-V-E-N-G-E-K-I-A-L-E-V-S-E-G-D-R-I-I-F-S-K-F-A-G-T-E-V-K-Y-E-G-T-E-Y-L-I-L-R-E-N-D-I-L-A-I-I-G


### FUNCTION Negative regulator of sigma-B activity Phosphorylates and inactivates its specific antagonist protein, RsbV Upon phosphorylation of RsbV, RsbW is released and binds to sigma-B, thereby blocking its ability to form an RNA polymerase holoenzyme ### SEQUENCE -M-S-N-Y-D-Y-I-E-M-K-V-P-A-K-P-E-Y-V-G-V-A-R-L-T-L-S-G-V-A-N-R-M-G-F-S-Y-E-S-I-E-D-L-K-V-A-V-S-E-A-I-T-N-A-V-N-H-A-Y-N-D-N-E-S-G-E-I-N-I-G-F-G-I-Y-E-D-H-I-E-I-M-I-A-D-R-G-E-S-F-D-L-E-K-I-K-Q-E-T-G-P-Y-H-P-E-E-P-V-E-K-L-R-E-G-G-F-G-L-F-L-I-E-A-L-M-D-D-V-K-I-N-N-Q-Y-G-V-M-I-M-M-S-K-Y-I-A-E-E-E-V-D-M-D-D-D-Q-I-S-T-T-Q


### FUNCTION The natural substrate for this enzyme may be peptidyl-tRNAs which drop off the ribosome during protein synthesis ### SEQUENCE -M-K-L-I-V-G-L-G-N-P-G-R-K-F-K-K-T-R-H-N-I-G-F-F-V-I-D-E-L-L-Q-R-H-K-W-K-L-N-N-S-K-F-E-G-D-Y-S-I-E-H-F-D-G-E-K-V-I-L-L-Q-P-Q-T-Y-M-N-L-S-G-K-S-I-S-P-L-M-D-Y-F-D-I-D-V-D-D-V-I-V-V-Y-D-D-L-D-L-P-T-G-K-I-R-L-R-Q-K-G-G-H-G-G-H-N-G-V-R-S-T-I-D-H-L-G-T-K-D-F-K-R-V-R-L-G-I-G-R-P-T-N-A-T-P-V-I-D-Y-V-L-G-K-F-P-K-Q-E-T-T-A-V-T-D-S-V-E-K-A-A-D-A-I-E-A-W-I-K-G-K-P-F-L-E-V-M-N-D-F-N-Q


### FUNCTION Required for rescue of stalled ribosomes mediated by trans-translation Binds to transfer-messenger RNA , required for stable association of tmRNA with ribosomes tmRNA and SmpB together mimic tRNA shape, replacing the anticodon stem-loop with SmpB tmRNA is encoded by the ssrA gene ### SEQUENCE -M-V-K-K-K-E-E-S-G-H-S-P-L-V-N-K-K-A-K-F-N-F-E-L-I-S-F-I-E-A-G-I-V-L-S-G-S-E-V-K-S-L-R-D-K-K-G-N-L-T-D-A-F-A-K-I-K-N-G-E-V-F-L-E-N-F-S-I-A-P-Y-K-N-G-G-Y-A-N-H-P-E-I-R-P-R-K-L-L-L-H-K-K-E-I-E-K-L-E-R-Q-V-K-E-K-G-L-V-L-V-A-T-K-V-Y-F-K-N-N-L-R-V-K-V-E-I-A-V-G-K-P-K-K-L-H-D-K-R-D-D-L-Q-K-K-D-A-Q-Q-E-I-A-R-A-L-K-S-S-N-R-Y-Q


### FUNCTION Together with the chaperonin GroEL, plays an essential role in assisting protein folding The GroEL-GroES system forms a nano-cage that allows encapsulation of the non-native substrate proteins and provides a physical environment optimized to promote and accelerate protein folding GroES binds to the apical surface of the GroEL ring, thereby capping the opening of the GroEL channel ### SEQUENCE -M-A-N-V-N-I-K-P-L-E-D-K-I-L-V-Q-I-N-E-A-E-T-T-T-A-S-G-L-V-I-P-D-S-A-K-E-K-P-Q-E-A-T-V-I-A-V-G-P-G-R-F-D-E-K-G-E-R-I-P-L-D-I-K-E-D-D-V-V-I-F-S-R-Y-G-G-T-E-I-K-F-D-G-V-E-Y-L-L-L-S-A-R-D-I-L-A-I-V-E-K


### FUNCTION Catalyzes the reversible adenylation of nicotinate mononucleotide ### SEQUENCE -M-T-V-G-L-F-G-G-S-F-N-P-P-H-G-G-H-A-L-V-A-E-I-A-I-R-R-L-K-L-D-Q-L-W-W-M-V-T-P-G-N-P-L-K-D-S-R-E-L-A-S-L-S-E-R-L-R-L-S-E-E-V-A-E-D-P-R-I-K-V-T-A-L-E-A-A-F-H-V-R-Y-T-A-D-T-L-A-L-I-R-N-A-N-P-D-V-Y-F-V-W-V-M-G-A-D-N-L-A-S-F-H-R-W-Q-R-W-R-E-I-A-Q-N-F-P-I-A-I-I-D-R-P-G-S-T-L-S-Y-L-S-S-R-M-A-Q-T-F-S-D-S-R-L-D-E-R-Y-A-P-V-L-A-R-R-M-P-P-A-W-T-F-I-H-G-P-R-S-S-L-S-S-T-A-L-R-K-V-Q-L-K-K-A-P-S-K-K


### FUNCTION Together with the chaperonin GroEL, plays an essential role in assisting protein folding The GroEL-GroES system forms a nano-cage that allows encapsulation of the non-native substrate proteins and provides a physical environment optimized to promote and accelerate protein folding GroES binds to the apical surface of the GroEL ring, thereby capping the opening of the GroEL channel ### SEQUENCE -M-S-I-K-L-T-P-L-E-D-K-I-I-V-K-Q-A-E-A-Q-T-Q-T-A-S-G-L-Y-I-P-D-N-A-K-E-K-P-Q-Q-G-E-V-L-A-V-G-P-G-R-R-D-D-K-G-E-R-I-P-M-D-V-K-V-G-D-K-V-L-Y-S-K-Y-G-G-T-E-V-H-Y-E-G-E-D-Y-L-I-V-G-A-R-D-I-L-A-I-L-G


### FUNCTION Interacts with the SecY protein in vivo May bind preferentially to an uncomplexed state of SecY, thus functioning either as a chelating agent for excess SecY in the cell or as a regulatory factor that negatively controls the translocase function ### SEQUENCE -M-D-L-N-I-S-T-A-L-R-S-F-T-Q-R-Y-I-D-L-W-Q-Q-Q-T-G-H-L-P-A-S-K-E-L-Y-G-V-P-S-P-C-I-V-E-T-G-E-D-Q-V-F-W-Q-P-Q-A-F-L-P-E-A-T-L-T-N-I-E-R-A-L-E-I-Q-L-H-P-D-I-H-D-F-Y-T-Q-Q-Y-A-G-D-M-M-A-D-L-G-N-H-R-F-T-L-L-Q-V-W-S-E-D-D-F-I-R-L-Q-E-N-L-I-G-H-L-V-T-Q-K-R-L-K-L-S-P-T-L-F-L-A-T-T-S-S-E-M-T-M-A-S-L-C-N-V-S-G-N-V-V-L-E-Q-F-G-S-D-K-R-T-L-L-A-S-T-L-S-H-F-L-D-A-L-R-P-V-L-P-E


### FUNCTION Dual-function protein that regulates the transcription of class 2 flagellar operons and that also acts as an export chaperone for the filament-capping protein FliD As a transcriptional regulator, acts as an anti-FlhDC factor ### SEQUENCE -M-E-R-H-Q-H-L-L-S-E-Y-Q-Q-I-L-T-L-S-E-Q-M-L-M-L-A-T-V-E-N-W-N-A-L-V-D-L-E-M-T-Y-L-K-A-V-E-N-T-A-N-I-T-I-S-S-C-T-S-P-V-L-Q-E-L-L-R-Q-K-L-R-S-I-L-E-N-E-I-E-I-K-R-L-L-Q-R-R-L-D-K-L-S-E-L-V-G-Q-S-T-R-Q-Q-A-V-N-R-T-Y-G-Q-F-P-D-Q-A-L-L-L-G-E-T-Q


### FUNCTION Guanidinium ion exporter Couples guanidinium export to the proton motive force, exchanging one guanidinium ion for two protons ### SEQUENCE -M-A-W-I-I-L-V-I-A-G-L-L-E-V-I-W-A-I-G-L-K-Y-S-H-G-F-S-R-L-T-P-S-I-I-T-L-V-A-M-A-A-S-V-F-L-L-A-Y-A-M-K-S-L-P-A-G-T-A-Y-A-V-W-T-G-I-G-A-V-G-T-A-I-L-G-I-V-L-L-G-E-S-A-S-L-A-R-I-L-S-L-G-L-I-L-A-G-I-I-G-L-K-L-A-S


### FUNCTION Involved in allosteric regulation of aspartate carbamoyltransferase ### SEQUENCE -M-P-Q-Y-N-K-L-Q-V-E-A-I-F-G-G-T-V-I-D-H-I-P-A-Q-V-G-L-K-L-L-S-L-F-K-W-L-H-T-K-E-R-I-T-M-G-L-N-L-P-S-N-Q-Q-K-K-K-D-L-I-K-L-E-N-V-L-L-N-E-D-Q-A-N-Q-L-S-I-Y-A-P-L-A-T-V-N-Q-I-K-N-Y-I-V-I-K-K-Q-K-L-K-L-P-K-I-I-N-G-I-L-S-C-P-N-E-N-C-I-S-K-V-E-L-K-A-A-D-F-I-V-K-I-K-L-N-K-I-Y-L-K-C-K-Y-C-E-R-D-F-D-H-K-I-V-T-K-I


### FUNCTION Located at the top of the head of the 30S subunit, it contacts several helices of the 16S rRNA In the 70S ribosome it contacts the 23S rRNA , connecting the 2 subunits ### SEQUENCE -M-T-R-I-A-G-V-N-I-P-E-K-K-H-I-V-I-A-L-K-K-I-Y-G-I-G-N-V-L-A-R-K-I-C-K-K-T-G-I-N-F-S-K-K-V-N-S-L-D-S-S-E-I-E-L-I-R-N-E-V-L-K-L-K-I-E-G-D-L-R-R-E-M-T-L-N-I-K-R-L-I-D-L-G-T-Y-R-G-L-R-H-K-K-H-L-P-V-R-G-Q-R-T-K-T-N-A-R-T-R-K-G-P-R-K-P-I-K-K


### FUNCTION Binds to the 23S rRNA ### SEQUENCE -M-Y-L-N-T-I-S-P-M-K-K-S-N-H-S-S-K-R-K-G-R-G-I-G-S-G-K-G-K-T-S-G-R-G-H-K-G-Q-R-S-R-S-G-G-K-V-R-R-G-F-E-G-G-Q-M-P-L-Y-R-R-L-P-K-F-G-H-N-K-S-K-K-S-F-F-K-K-E-I-K-L-S-E-F-M-K-I-K-D-S-F-I-D-L-I-V-L-K-K-N-K-I-I-N-S-K-I-K-I-V-K-I-I-F-S-K-N-F-N-K-K-I-N-I-K-N-L-K-V-S-K-N-A-K-K-E-I-E-F-F-G-G-T-I-N


### FUNCTION With S4 and S12 plays an important role in translational accuracy ### SEQUENCE -M-V-N-F-E-K-N-I-N-E-L-Q-E-K-L-I-S-V-N-R-V-S-K-T-V-K-G-G-R-I-F-S-F-T-A-L-T-V-V-G-D-C-Q-G-K-I-G-F-G-Y-G-K-S-K-E-V-P-L-A-I-Q-K-A-M-D-K-A-R-K-N-M-I-I-I-P-I-V-C-K-T-L-Q-H-E-I-N-G-Y-H-T-G-S-R-V-F-M-K-P-A-S-E-G-T-G-I-I-A-G-G-A-M-R-A-V-L-E-V-A-G-V-H-N-V-L-A-K-V-Y-G-S-T-N-P-I-N-V-V-R-A-T-V-N-A-L-K-K-M-R-F-P-M-H-I-A-E-K-R-G-K-S-I-D-D-I-L-G


### FUNCTION This is one of the proteins that binds and probably mediates the attachment of the 5S RNA into the large ribosomal subunit, where it forms part of the central protuberance ### SEQUENCE -M-K-K-K-L-S-R-I-I-R-A-T-R-T-R-K-R-I-R-S-L-E-I-E-R-L-V-V-Y-R-T-S-K-H-V-Y-A-Q-I-I-S-S-D-C-S-N-V-L-A-S-A-S-T-L-E-K-K-I-S-N-K-V-N-F-T-G-N-K-K-A-A-L-L-V-G-K-K-I-A-E-R-A-L-K-K-N-I-K-K-I-A-F-D-R-S-G-F-K-Y-H-G-R-I-K-E-L-A-E-S-A-R-K-F-G-L-N-F


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA central domain where it helps coordinate assembly of the platform of the 30S subunit ### SEQUENCE -M-S-M-Q-D-P-I-S-D-M-I-T-R-I-R-N-G-Q-S-A-K-K-E-L-I-S-M-P-Y-S-N-L-K-K-S-I-A-N-L-L-K-E-E-G-F-I-L-D-Y-K-V-E-D-N-K-K-P-T-L-K-L-N-L-K-Y-F-K-N-N-P-V-I-E-K-I-K-R-I-S-R-P-G-L-R-I-Y-K-K-R-K-H-L-P-N-V-M-S-G-M-G-I-A-I-V-S-T-S-R-G-I-M-T-D-K-L-A-R-T-Y-N-L-G-G-E-I-I-C-Y-V-E


### FUNCTION Binds 16S rRNA, required for the assembly of 30S particles and may also be responsible for determining the conformation of the 16S rRNA at the A site ### SEQUENCE -M-T-R-K-S-I-Q-E-R-E-K-K-R-I-K-L-A-K-T-F-L-K-K-R-K-E-L-K-K-I-I-S-D-P-N-I-G-N-D-I-R-W-N-A-V-L-K-L-Q-S-L-P-R-D-S-S-L-S-R-Q-R-N-R-C-S-Q-T-S-R-P-H-A-F-L-R-K-F-G-L-S-R-I-K-L-R-E-A-A-M-R-G-E-I-P-G-L-R-K-S-S-W


### FUNCTION This is 1 of the proteins that binds and probably mediates the attachment of the 5S RNA into the large ribosomal subunit, where it forms part of the central protuberance In the 70S ribosome it contacts protein S13 of the 30S subunit , connecting the 2 subunits ### SEQUENCE -M-Q-L-Y-D-F-Y-K-K-N-V-L-I-K-L-K-N-K-F-N-Y-K-S-I-M-Q-V-P-K-I-E-K-I-T-L-N-M-G-V-G-K-A-S-F-D-K-K-L-L-E-H-A-V-N-D-L-T-L-I-S-G-Q-K-P-Y-I-T-K-A-K-K-S-I-A-N-F-K-I-R-Q-G-H-P-I-G-C-K-V-T-L-R-G-K-L-M-W-F-F-F-Q-K-L-I-C-I-A-I-P-R-I-R-D-F-R-G-L-P-V-K-S-F-D-G-F-G-N-Y-S-L-G-I-K-E-Q-I-I-F-P-E-I-D-Y-D-K-I-D-K-I-R-G-L-D-I-T-I-T-T-N-A-K-S-D-K-E-G-L-A-L-L-S-A-F-N-F-P-F-R-K


### FUNCTION One of two assembly initiator proteins, it binds directly to the 5'-end of the 23S rRNA, where it nucleates assembly of the 50S subunit ### SEQUENCE -M-S-K-K-I-K-L-N-D-E-I-I-V-R-V-G-K-Y-K-G-K-T-G-K-I-K-K-I-F-S-D-G-K-A-I-I-E-G-I-N-I-S-K-K-H-K-K-P-T-P-N-E-K-Q-S-G-G-I-F-E-K-E-Q-P-I-S-L-S-N-V-A-I-F-N-I-D-T-N-K-P-D-K-V-K-F-K-I-E-K-G-K-K-Y-R-I-F-K-S-N-G-K-K-I-K


### FUNCTION Binds to 23S rRNA Forms part of two intersubunit bridges in the 70S ribosome ### SEQUENCE -M-I-Q-V-Q-T-I-L-S-V-A-D-N-S-G-A-R-L-V-M-C-I-K-V-L-G-G-S-R-R-R-Y-A-K-I-S-D-I-I-K-I-A-V-K-E-A-I-P-R-A-K-V-K-K-G-E-V-L-K-A-V-I-V-R-T-K-K-N-L-H-R-S-D-G-S-V-L-R-F-D-K-N-A-C-V-L-L-N-D-S-T-E-Q-P-I-G-T-R-I-F-G-P-V-T-R-E-L-R-T-E-K-F-M-K-I-I-S-L-A-P-E-V-L


### FUNCTION One of the primary rRNA binding proteins, it binds specifically to the 5'-end of 16S ribosomal RNA ### SEQUENCE -M-K-K-K-K-V-E-I-I-M-G-K-K-K-L-Q-I-L-K-G-S-V-I-K-N-K-M-Q-K-S-I-V-V-S-V-E-R-F-V-K-H-P-I-Y-K-K-F-M-K-K-T-T-K-L-H-V-H-D-E-N-N-S-S-K-V-G-D-V-V-E-I-Q-E-C-R-P-I-S-K-T-K-S-W-K-L-I-N-I-K-K-N-N


### FUNCTION Binds 23S rRNA and is also seen to make contacts with the A and possibly P site tRNAs ### SEQUENCE -M-L-Q-P-K-R-T-K-F-R-K-M-Q-K-G-R-N-R-G-L-S-V-N-S-E-I-N-F-G-K-F-G-L-K-A-I-Q-R-G-R-L-T-S-R-Q-I-E-S-A-R-R-A-M-S-R-S-I-K-R-Q-G-K-I-W-I-R-V-F-P-D-K-P-I-T-K-K-P-L-E-V-R-M-G-K-G-K-G-N-V-E-Y-W-V-A-L-I-Q-P-G-K-I-L-Y-E-I-D-E-V-S-E-T-I-A-R-Y-A-F-K-L-A-T-A-K-L-P-I-T-T-T-F-V-N-K-M-V-M


### FUNCTION This protein binds specifically to 23S rRNA ### SEQUENCE -M-E-T-V-A-H-H-R-Y-A-K-S-S-S-Q-K-V-R-L-V-A-D-L-I-R-G-C-D-A-S-R-A-M-E-I-L-N-F-S-N-K-K-A-A-R-L-I-K-K-I-L-K-S-A-I-S-N-A-E-H-N-E-G-E-N-I-E-N-L-K-I-K-T-I-Y-V-N-P-G-P-S-I-K-R-I-M-P-R-A-K-G-R-S-D-R-I-L-K-R-T-S-H-I-T-I-V-L-S-G-K-K


### FUNCTION Protein S19 forms a complex with S13 that binds strongly to the 16S ribosomal RNA ### SEQUENCE -M-P-R-S-L-K-K-G-P-F-I-D-F-H-L-L-K-K-I-E-E-I-K-Q-T-G-K-K-K-L-I-R-T-W-S-R-R-S-T-I-F-P-D-M-I-G-M-T-I-S-V-H-N-G-K-Q-H-I-P-I-F-I-G-D-E-M-V-G-H-K-L-G-E-F-V-P-T-R-T-Y-R-G-H-S-A-D-K-K-I-K-K-R


### FUNCTION One of the early assembly proteins it binds 23S rRNA One of the proteins that surrounds the polypeptide exit tunnel on the outside of the ribosome Forms the main docking site for trigger factor binding to the ribosome ### SEQUENCE -M-I-N-K-K-E-N-I-F-K-I-L-T-S-S-Y-S-S-E-K-S-S-I-L-S-E-K-N-N-T-F-T-F-K-V-L-K-N-S-K-K-S-E-I-K-S-S-I-E-K-F-F-N-V-K-V-K-K-V-R-T-V-M-L-K-G-K-S-K-K-H-K-N-I-I-G-K-R-K-N-W-K-K-A-Y-V-V-L-K-K-N-Q-K-I-N-L-I-K-N-I-E


### FUNCTION Involved in the binding of tRNA to the ribosomes ### SEQUENCE -M-Q-N-Q-R-I-R-I-R-L-K-A-F-D-H-R-L-I-D-Q-S-T-S-E-I-V-E-T-A-K-R-T-G-A-Q-V-R-G-P-I-P-L-P-T-R-K-E-K-F-T-I-L-V-S-P-H-V-D-K-D-A-R-D-Q-Y-E-I-R-T-H-K-R-L-V-D-I-V-K-P-T-E-K-T-V-D-A-L-M-R-L-D-L-A-S-G-V-D-V-Q-I-S-L-G


### FUNCTION Binds to DNA and alters its conformation May be involved in regulation of gene expression, nucleoid organization and DNA protection ### SEQUENCE -M-N-K-L-M-K-Q-A-Q-K-I-Q-E-K-M-K-L-I-Q-E-E-I-S-K-L-E-A-I-G-E-S-G-A-G-L-V-K-I-K-L-N-G-S-R-Y-C-N-Y-V-K-I-D-N-S-L-L-K-D-K-E-M-L-E-D-L-I-V-A-A-F-N-D-A-I-R-R-I-S-E-I-Q-Q-E-K-I-A-S-V-S-S-S-I-Q-I-P-E-G-F-K-M-P-F


### FUNCTION Forms part of the ribosomal stalk which helps the ribosome interact with GTP-bound translation factors Is thus essential for accurate translation ### SEQUENCE -M-S-I-N-K-Q-Q-I-L-D-A-V-S-E-M-S-V-L-E-I-S-E-L-V-S-M-M-E-K-K-F-G-V-S-S-I-N-N-N-N-I-N-V-N-K-V-D-E-S-V-E-E-K-S-E-F-D-V-L-L-L-E-I-G-K-N-K-I-S-V-I-K-S-V-R-S-A-L-S-L-G-L-K-E-S-K-D-L-I-E-S-E-L-P-I-T-L-K-T-G-L-N-K-K-D-A-E-S-L-K-K-E-I-E-T-S-G-A-R-I-E-L-K


### FUNCTION Forms part of the ribosomal stalk, playing a central role in the interaction of the ribosome with GTP-bound translation factors ### SEQUENCE -M-L-N-R-K-N-K-E-N-I-I-S-K-I-N-K-I-T-K-S-S-L-S-I-L-I-V-D-P-T-G-I-T-S-N-Q-M-N-N-L-R-K-S-S-R-K-L-N-V-N-I-K-Q-V-R-N-T-L-M-R-F-A-I-V-D-T-E-F-D-C-L-E-K-Y-I-K-G-S-N-L-I-A-F-S-H-S-H-P-G-S-A-A-R-I-F-K-N-F-T-K-E-N-N-K-I-K-I-K-L-A-V-F-E-R-K-I-I-T-D-S-N-I-D-Y-L-A-N-L-P-T-H-E-E-S-V-I-N-F-I-N-I-I-Q-E-A-S-I-K-K-L-I-R-I-L-I-L-I-N-N-N-K


### FUNCTION Forms part of the ribosomal stalk which helps the ribosome interact with GTP-bound translation factors ### SEQUENCE -M-T-K-K-I-K-A-Y-V-K-L-Q-I-K-A-G-S-A-N-P-S-P-P-I-G-P-A-L-G-Q-Q-G-V-N-I-I-E-F-C-K-S-F-N-A-K-T-N-K-I-D-K-D-T-P-I-P-V-I-I-S-V-Y-N-D-R-T-F-S-F-I-T-K-T-P-P-T-A-F-F-L-K-Q-A-A-N-I-K-S-G-S-D-N-P-K-N-K-K-I-G-K-I-S-I-F-K-I-N-E-I-A-K-K-K-S-P-D-M-T-G-S-T-L-N-S-I-S-K-S-I-I-G-T-A-K-S-M-G-L-S-I-E-D


### FUNCTION Involved in the degradation of certain denaturated proteins, including DnaA, during heat shock stress ### SEQUENCE -M-I-S-S-K-F-G-I-G-Q-Q-V-R-H-K-L-L-G-Y-L-G-V-I-I-D-V-D-P-E-Y-S-L-E-K-P-S-L-E-E-I-S-A-D-D-S-L-R-R-S-P-W-Y-Y-V-V-M-E-D-E-D-G-K-P-V-H-T-Y-L-A-E-A-Q-L-G-Y-E-I-S-P-V-H-P-E-Q-P-K-L-D-E-L-S-A-S-I-K-K-Q-L-K-T-P-R-L-R-N


### FUNCTION Plays an important role in DNA replication, recombination and repair Binds to ssDNA and to an array of partner proteins to recruit them to their sites of action during DNA metabolism ### SEQUENCE -M-T-S-R-G-I-N-K-V-I-L-I-G-N-L-G-Q-D-P-E-V-R-Y-I-P-N-G-N-A-I-T-N-L-S-L-A-T-S-E-N-W-R-D-K-N-T-G-E-S-K-E-K-T-E-W-H-R-V-I-L-F-G-K-L-A-E-V-A-G-E-Y-L-K-K-G-S-Q-V-Y-I-E-G-N-L-Q-T-R-K-W-Q-D-Q-N-G-Q-D-R-Y-I-T-E-I-V-V-G-I-N-G-C-M-Q-M-L-G-N-R-A-S-Y-D-Y-T-K-P-E-A-K-E-W-N-K-K-N-K-N-I-I-N-E-K-Q-D-I-K-E-S-K-K-N-K-I-E-E-E-I-N-F-D-D-D-I-P-F


### FUNCTION Removes the formyl group from the N-terminal Met of newly synthesized proteins Requires at least a dipeptide for an efficient rate of reaction N-terminal L-methionine is a prerequisite for activity but the enzyme has broad specificity at other positions ### SEQUENCE -M-S-V-L-S-I-L-N-Y-P-N-K-K-L-R-K-I-A-S-N-I-S-L-I-D-S-E-I-K-S-L-I-K-N-M-L-E-T-M-Y-F-N-E-G-I-G-L-A-A-T-Q-V-D-V-H-K-R-I-I-V-I-D-I-S-K-N-K-N-K-P-L-I-L-I-N-P-V-F-I-N-K-C-G-A-Q-T-F-E-E-G-C-L-S-I-P-K-K-T-A-F-V-N-R-S-K-K-V-K-I-K-A-I-N-C-L-G-E-E-F-L-L-K-S-K-G-L-L-A-T-C-I-Q-H-E-M-D-H-L-I-G-K-L-F-I-D-Y-I-K-P-L-K-N


### FUNCTION Catalyzes the hydrolysis of inorganic pyrophosphate  forming two phosphate ions ### SEQUENCE -M-N-L-N-S-V-P-A-G-E-K-L-P-N-D-I-Y-A-I-I-E-I-P-T-N-S-N-P-I-K-Y-E-V-D-K-K-T-G-I-L-F-V-N-R-F-I-P-T-S-M-F-Y-P-C-N-Y-G-Y-I-N-H-T-I-S-L-D-G-D-P-L-D-I-L-V-P-T-P-Y-P-V-L-H-G-S-V-I-R-C-N-P-I-G-V-L-K-M-I-D-E-S-G-E-D-A-K-I-I-A-M-P-H-Q-K-L-L-A-G-Y-N-N-N-I-K-N-I-D-D-I-S-N-L-M-K-S-Q-I-S-H-F-F-E-H-Y-K-D-L-E-K-K-K-W-T-K-V-I-S-W-E-D-V-K-S-A-E-K-E-I-L-S-S-F-N-R-K-K-T-L-N-I


### FUNCTION This protein binds to 23S rRNA in the presence of protein L20 ### SEQUENCE -M-Y-A-I-F-K-I-N-G-V-Q-Y-K-A-K-S-G-S-V-V-C-L-N-K-I-S-G-D-I-G-S-T-I-E-I-K-K-I-M-A-L-F-N-D-E-K-I-I-F-G-Q-P-F-I-K-N-S-R-I-I-A-T-I-K-K-H-I-N-G-K-K-I-S-I-V-K-F-S-R-R-K-H-F-K-K-I-T-G-Y-R-Q-K-L-T-N-I-K-I-I-D-I-C-C


### FUNCTION Single strand-specific metallo-endoribonuclease involved in late-stage 70S ribosome quality control and in maturation of the 3' terminus of the 16S rRNA ### SEQUENCE -M-N-D-N-F-L-N-I-Q-I-E-C-C-L-Y-K-Q-T-P-S-I-D-K-F-K-F-W-I-K-S-I-F-L-H-F-K-K-V-S-E-I-N-L-R-L-V-E-K-K-E-I-K-N-L-N-K-K-F-L-K-K-N-Y-P-T-N-I-L-A-F-P-C-I-M-P-N-N-D-Q-I-S-F-L-G-D-L-V-V-C-S-E-I-V-E-K-E-A-K-N-Q-N-K-S-V-E-S-H-W-A-H-I-I-I-H-G-T-L-H-L-L-G-Y-D-H-S-N-N-S-N-K-I-E-E-M-E-I-L-E-I-K-F-L-N-L-F-G-Y-H-N-P-Y-F


### FUNCTION 3'-to-5' exoribonuclease specific for small oligoribonucleotides ### SEQUENCE -M-N-H-T-P-I-L-N-K-K-N-L-I-W-I-D-L-E-M-T-G-L-N-L-E-N-D-R-I-I-E-I-A-T-V-I-T-D-K-Y-V-K-I-L-A-E-G-P-S-I-A-I-F-Q-S-E-E-Q-L-K-K-M-N-S-W-N-I-F-T-H-T-K-N-G-L-I-D-R-V-R-K-S-K-Y-N-E-K-N-A-M-I-D-T-L-K-F-I-S-S-W-V-P-F-G-K-S-P-I-C-G-S-S-I-N-H-D-R-L-F-L-S-K-Y-M-P-D-L-E-K-Y-F-H-Y-R-C-L-D-V-S-V-I-K-E-L-A-R-R-W-K-P-K-I-L-S-K-L-K-K-K-H-T-H-K-A-L-D-D-I-K-D-S-I-K-E-L-L-F-Y-K-D-T-F-I-K-L-N


### FUNCTION Promotes RNA polymerase assembly Latches the N- and C-terminal regions of the beta' subunit thereby facilitating its interaction with the beta and alpha subunits ### SEQUENCE -M-A-R-I-T-V-Q-D-A-V-E-K-I-G-N-R-F-D-L-V-L-V-A-S-Q-R-A-R-E-M-Q-I-F-G-K-S-P-M-V-D-K-E-N-D-K-Y-T-V-I-A-L-R-E-I-E-Q-G-L-I-E-K-Q


### FUNCTION This enzyme is involved in nucleotide metabolism it produces dUMP, the immediate precursor of thymidine nucleotides and it decreases the intracellular concentration of dUTP so that uracil cannot be incorporated into DNA ### SEQUENCE -M-K-K-K-V-N-I-R-I-L-D-K-R-F-G-K-E-F-F-L-P-K-Y-F-T-D-G-S-S-G-M-D-L-R-A-C-I-D-K-E-I-N-L-N-P-N-E-T-V-L-I-S-T-G-V-S-I-D-I-S-D-Q-K-I-S-G-L-I-L-P-R-S-G-L-S-H-K-Y-G-I-I-L-S-N-T-I-G-L-I-D-S-D-Y-Q-G-P-I-M-I-S-M-L-N-R-S-N-K-N-F-L-I-S-I-G-D-R-I-A-Q-I-I-F-V-P-L-I-Q-I-E-W-N-I-V-N-K-F-V-K-I-T-N-R-K-D-M-G-F-G-H-S-G-K-N


### FUNCTION Responsible for the release of ribosomes from messenger RNA at the termination of protein biosynthesis May increase the efficiency of translation by recycling ribosomes from one round of translation to another ### SEQUENCE -M-I-N-E-I-Y-E-N-S-N-S-R-M-K-K-S-I-D-F-F-K-K-N-I-S-K-I-R-T-N-R-V-S-P-S-L-I-E-N-I-Y-I-N-C-Y-G-T-S-V-P-L-S-K-L-S-N-I-L-S-E-K-S-N-I-L-K-I-N-V-F-D-N-N-I-I-K-K-I-E-Q-A-I-L-S-S-D-L-G-V-N-P-Q-I-Q-E-N-Y-I-R-I-E-F-P-K-L-T-E-A-R-R-F-E-L-I-K-L-I-N-K-E-A-E-Q-N-I-I-S-I-R-N-I-R-R-D-A-N-E-K-I-K-K-L-I-K-A-K-T-I-G-K-D-E-D-K-K-F-Q-E-V-I-Q-N-L-T-N-S-R-I-E-D-T-K-K-I-L-K-L-K-E-K-E-I-K-K-I


### FUNCTION Prevents the cell division inhibition by proteins MinC and MinD at internal division sites while permitting inhibition at polar sites This ensures cell division at the proper site by restricting the formation of a division septum at the midpoint of the long axis of the cell ### SEQUENCE -M-A-L-L-K-F-F-I-S-K-K-E-I-T-S-D-I-A-K-E-R-L-Q-I-I-V-S-E-Q-R-K-N-S-K-E-P-N-Y-L-P-M-L-K-K-D-L-I-K-V-I-K-K-Y-I-N-L-N-S-E-T-L-C-V-K-L-D-H-K-N-K-K-N-I-K-I-F-E-L-N-I-V-F-P-E-K-N-F-L-N-K-K


### FUNCTION Participates in cysteine desulfuration mediated by SufS Cysteine desulfuration mobilizes sulfur from L-cysteine to yield L-alanine and constitutes an essential step in sulfur metabolism for biosynthesis of a variety of sulfur-containing biomolecules Functions as a sulfur acceptor for SufS, by mediating the direct transfer of the sulfur atom from the S-sulfanylcysteine of SufS, an intermediate product of cysteine desulfuration process ### SEQUENCE -M-N-K-F-I-K-K-I-N-F-I-K-N-F-S-S-C-E-N-W-E-E-K-Y-L-Y-I-I-E-L-G-N-K-L-S-P-F-P-E-K-F-R-K-N-S-N-L-I-P-G-C-Q-N-D-S-W-I-Y-L-I-Y-E-N-T-K-K-I-K-F-Y-G-D-S-N-S-L-I-V-K-G-L-I-A-I-I-F-I-L-H-E-D-L-K-L-S-E-I-L-T-F-D-V-K-P-Y-F-N-K-L-S-L-T-N-Y-L-T-P-S-R-V-Q-G-L-S-S-I-S-K-F-I-K-K-S-A-R-C-L-L-I-K-E-K-I-L


### FUNCTION The natural substrate for this enzyme may be peptidyl-tRNAs which drop off the ribosome during protein synthesis ### SEQUENCE -M-K-L-K-L-I-V-G-L-S-N-P-I-N-L-Y-Y-N-T-R-H-N-I-G-S-W-Y-I-K-F-L-A-K-K-Y-K-K-N-L-I-K-N-K-K-Y-C-F-Y-Y-I-D-V-K-I-G-D-Y-Y-S-K-L-V-I-P-D-T-Y-M-N-V-N-G-T-I-I-Y-N-I-T-N-F-Y-K-I-Y-S-N-E-M-L-I-V-H-D-D-L-D-L-D-T-G-I-A-R-F-K-F-N-H-K-N-S-T-H-N-G-I-K-S-I-Y-K-S-F-G-A-K-C-I-F-N-T-L-R-I-G-I-G-R-P-K-L-N-K-N-I-N-S-Y-L-L-N-N-P-S-P-K-E-E-I-L-I-K-K-T-I-T-K-C-I-K-C-T-D-V-L-I-K-K-N-K-D-H-A-M-N-I-L-H-K-K


### FUNCTION Transcription regulator that can specifically activate or repress expression of target genes ### SEQUENCE -M-E-S-P-L-G-S-D-L-S-R-L-V-R-I-W-R-A-L-I-D-H-R-L-K-P-L-E-L-T-Q-T-H-W-I-T-L-H-N-I-C-Q-L-P-P-E-Q-S-Q-I-Q-L-A-K-A-I-G-I-E-Q-P-S-L-V-R-T-L-D-Q-L-E-E-K-G-L-I-T-R-H-T-C-S-N-D-R-R-A-K-R-I-K-L-T-K-S-A-E-P-I-I-Q-K-V-N-N-V-I-H-T-T-R-E-E-I-L-N-G-I-N-Q-E-E-I-Q-W-L-S-Q-M-I-S-K-L-E-K-N-I-L-E-L-Y-N-K-S


### FUNCTION Involved in iron-sulfur cluster biogenesis Binds a 4Fe-4S cluster, can transfer this cluster to apoproteins, and thereby intervenes in the maturation of Fe/S proteins Could also act as a scaffold/chaperone for damaged Fe/S proteins ### SEQUENCE -M-I-I-I-S-K-S-A-K-H-Y-L-S-K-L-L-S-K-K-K-K-G-T-N-I-K-L-S-I-E-N-K-D-K-E-N-L-T-C-Q-I-K-Y-F-D-K-K-E-E-N-F-N-Y-T-K-F-N-F-I-D-F-K-V-Y-V-K-K-N-I-F-I-Y-I-K-K-I-K-I-D-I-E-S-K-S-L-K-D-E-I-I-I-K-I-F-K-K-R-E-N-L-K-N-R-I-S-N-F-I-K-Y-K-I-N-S-K-L-E-Y-H-G-G-F-V-E-L-I-D-I-K-E-N-M-F-V-I-L-K-F-F-G-G-C-N-G-C-S-M-A-K-V-T-L-K-E-G-I-E-K-E-I-K-K-N-F-P-N-I-K-G-V-I-D-I-T-D-H-I-H-S-E-S-S-F-Y


### FUNCTION Binds directly to 16S ribosomal RNA ### SEQUENCE -M-A-N-I-K-S-S-K-K-R-S-I-Q-S-E-K-K-R-K-Y-N-S-S-K-K-S-M-I-R-S-F-I-K-K-V-K-N-S-I-L-K-K-E-K-D-T-I-N-N-S-F-I-E-M-Q-S-I-L-D-R-Y-A-K-K-N-L-I-H-K-N-K-A-S-R-L-K-S-R-L-S-K-K-I-K-F-I-F-K


### FUNCTION Involved in peptide bond synthesis Alleviates ribosome stalling that occurs when 3 or more consecutive Pro residues or the sequence PPG is present in a protein, possibly by augmenting the peptidyl transferase activity of the ribosome Modification of Lys-35 is required for alleviation ### SEQUENCE -M-I-I-Y-Y-S-A-N-Q-S-K-S-G-L-K-I-L-L-K-N-E-P-C-L-I-L-E-N-Q-F-V-K-P-G-K-G-Q-P-F-N-R-I-K-I-K-K-L-I-S-G-K-I-F-T-K-I-F-K-S-N-E-K-L-I-Y-A-D-V-L-D-V-K-V-K-S-L-Y-K-D-K-K-Y-W-N-F-I-K-K-E-N-F-E-Q-F-K-I-S-K-K-N-L-G-E-K-Y-K-W-I-I-E-Q-L-E-C-I-V-T-F-W-D-E-N-P-I-N-I-T-L-P-R-F-V-D-I-K-V-C-N-A-N-F-D-I-K-G-D-T-I-K-S-G-N-K-Y-I-I-L-T-T-G-A-I-I-K-A-P-I-F-I-R-S-E-E-I-V-R-V-D-T-N-L-G-E-Y-V-S-R-I-K


### FUNCTION Binds the 23S rRNA ### SEQUENCE -M-K-K-K-I-H-P-M-S-L-D-I-L-A-T-C-S-C-G-N-S-L-K-I-K-S-T-I-K-K-D-I-L-L-D-V-C-N-K-C-H-P-F-Y-T-G-T-Q-K-K-L-N-I-G-G-R-V-S-K-F-K-K-R-F-D-N-I-V-Y-K-K


### FUNCTION Binds together with bS18 to 16S ribosomal RNA ### SEQUENCE -M-R-H-Y-E-I-V-L-M-I-H-T-D-Q-S-D-Q-I-S-N-I-I-E-H-Y-T-K-M-I-K-I-N-K-G-S-I-H-R-L-E-D-W-G-R-R-Q-L-A-Y-P-I-K-K-L-N-K-A-H-Y-I-L-M-N-I-E-T-S-T-K-V-L-N-N-I-I-Q-D-L-N-L-N-N-F-I-I-R-N-M-I-M-R-V-K-N-A-I-N-E-P-S-P-M-K-K-T-K-E-N-K-E-L-N-N


### FUNCTION Binds as a heterodimer with protein bS6 to the central domain of the 16S rRNA, where it helps stabilize the platform of the 30S subunit ### SEQUENCE -M-I-R-N-F-R-R-R-K-F-C-R-F-T-L-E-K-I-N-N-I-D-Y-K-D-I-I-L-L-K-N-Y-I-T-E-N-G-K-I-V-P-S-R-I-T-G-T-R-A-R-Y-Q-R-Q-L-S-R-A-V-K-R-A-R-Y-L-S-L-L-P-Y-T-D-H-H-R


### FUNCTION Binds to the 23S rRNA ### SEQUENCE -M-Q-I-I-L-L-K-K-I-I-N-K-G-N-I-G-D-K-I-K-V-K-A-G-Y-A-R-N-F-L-F-P-K-K-I-A-I-I-A-S-E-K-N-L-K-F-F-E-K-K-R-K-I-L-E-E-Q-S-K-Y-E-N-F-K-L-K-E-R-F-R-N-I-K-S-L-K-E-I-E-I-Y-C-K-A-G-S-K-G-K-L-F-G-S-I-G-A-N-H-I-I-E-K-I-K-E-R-G-I-R-I-M-K-N-E-I-K-L-T-N-G-P-L-K-T-I-G-K-H-N-I-K-I-K-V-K-S-N-M-C-T-E-I-C-V-I-L-K-N-N-I


### FUNCTION This protein is located at the 30S-50S ribosomal subunit interface and may play a role in the structure and function of the aminoacyl-tRNA binding site ### SEQUENCE -M-N-L-I-N-I-I-E-N-S-Q-K-K-S-N-I-T-K-L-F-S-G-D-I-V-K-I-N-I-W-V-L-E-G-N-K-K-R-I-Q-I-F-E-G-I-I-I-A-I-K-N-K-G-I-S-S-S-I-T-V-R-K-I-S-N-G-E-G-V-E-R-M-F-P-L-H-S-P-I-I-E-S-I-I-V-N-R-H-S-L-V-R-K-S-K-L-Y-Y-L-R-N-K-K-G-R-S-S-R-I-K-Q-R-L-K-K


### FUNCTION One of the essential components for the initiation of protein synthesis Stabilizes the binding of IF-2 and IF-3 on the 30S subunit to which N-formylmethionyl-tRNA Upon addition of the 50S ribosomal subunit IF-1, IF-2 and IF-3 are released leaving the mature 70S translation initiation complex ### SEQUENCE -M-T-K-E-E-N-I-E-M-Q-G-I-V-L-D-T-L-P-N-T-M-F-K-V-E-L-E-N-K-H-V-V-L-A-H-I-S-G-K-M-R-K-N-Y-I-R-I-L-T-G-D-K-V-T-V-E-L-T-P-Y-D-L-S-K-G-R-I-I-F-R-S-R


### FUNCTION Necessary for efficient RNA polymerase transcription elongation past template-encoded arresting sites The arresting sites in DNA have the property of trapping a certain fraction of elongating RNA polymerases that pass through, resulting in locked ternary complexes Cleavage of the nascent transcript by cleavage factors such as GreA or GreB allows the resumption of elongation from the new 3'terminus GreA releases sequences of 2 to 3 nucleotides ### SEQUENCE -M-N-Y-I-P-M-T-L-K-G-A-E-K-L-R-E-E-L-K-Y-L-K-Q-T-K-R-S-E-I-I-K-S-I-S-E-A-R-Q-Y-G-D-L-K-E-N-A-E-Y-Q-A-A-K-E-Q-Q-Y-F-C-E-S-R-I-K-E-I-E-S-K-L-M-H-S-K-I-I-D-I-K-K-I-P-F-R-D-R-V-V-F-G-S-T-I-T-I-K-N-L-K-T-L-E-E-K-T-Y-K-I-V-G-D-D-E-A-N-F-K-N-N-L-I-S-I-S-S-P-L-S-R-G-L-I-G-K-K-T-L-E-I-V-N-I-N-T-P-S-G-I-I-K-Y-K-I-L-K-I-N-Y-L


### FUNCTION One of several proteins that assist in the late maturation steps of the functional core of the 30S ribosomal subunit Associates with free 30S ribosomal subunits  Required for efficient processing of 16S rRNA May interact with the 5'-terminal helix region of 16S rRNA ### SEQUENCE -M-H-S-R-E-N-N-R-K-F-K-I-S-K-E-I-Q-R-K-I-A-L-I-L-Q-Q-K-I-N-D-P-R-I-G-I-S-T-V-S-G-V-D-L-S-S-D-F-S-H-A-K-I-F-V-T-F-L-N-K-N-T-K-Q-Q-I-K-S-G-L-F-I-L-N-K-A-S-F-F-I-R-K-I-L-N-K-T-M-R-L-R-I-I-P-K-L-T-F-I-Y-D-Y-S-L-I-K-G-R-N-I-D-D-L-F-N-N-N-I-V-K-I-S-K-K-S-I


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it helps nucleate assembly of the platform of the 30S subunit by binding and bridging several RNA helices of the 16S rRNA ### SEQUENCE -M-S-Q-N-L-K-K-K-N-K-S-Y-K-E-T-L-H-T-L-N-I-K-E-D-S-E-K-Q-I-T-L-L-T-E-K-I-K-S-L-Q-K-H-F-L-E-N-K-N-D-L-H-S-R-R-G-L-L-K-K-V-S-R-R-R-K-I-L-N-Y-L-K-R-K-N-K-M-R-Y-F-D-L-I-K-K-L-N-L-R-N


### FUNCTION Transfers the 4'-phosphopantetheine moiety from coenzyme A to a Ser of acyl-carrier-protein ### SEQUENCE -M-A-I-I-G-I-G-I-D-I-V-N-L-E-R-I-N-K-I-I-L-C-Y-G-N-K-F-V-K-K-I-L-S-F-N-E-K-K-K-Y-Y-E-L-K-N-K-K-K-N-I-S-V-N-F-L-A-K-R-L-A-A-K-E-A-A-S-K-A-F-G-L-G-M-K-K-G-L-Y-F-S-Q-F-E-V-L-N-N-N-L-G-K-P-Y-F-K-F-N-N-T-A-K-N-L-I-K-A-L-N-I-T-N-I-H-L-S-L-T-D-E-R-K-Y-A-C-A-T-V-I-F-E-D-N-R-T-N-I-I-L-S


### FUNCTION Inhibits all the catalytic activities of DNA gyrase by preventing its interaction with DNA Acts by binding directly to the C-terminal domain of GyrB, which probably disrupts DNA binding by the gyrase ### SEQUENCE -M-N-F-G-N-K-I-K-C-S-I-C-K-K-K-I-F-L-R-E-K-N-L-F-F-P-F-C-S-K-K-C-K-I-I-D-L-Y-Q-W-I-S-G-K-Y-K-L-F


### FUNCTION RNA chaperone that binds small regulatory RNA  and mRNAs to facilitate mRNA translational regulation in response to envelope stress, environmental stress and changes in metabolite concentrations Also binds with high specificity to tRNAs ### SEQUENCE -M-A-K-G-Q-S-L-Q-D-P-F-L-N-T-L-R-R-E-R-I-P-V-S-I-Y-L-V-N-G-I-K-L-Q-G-Y-I-E-S-F-D-Q-F-V-I-L-L-K-N-S-I-S-Q-M-I-Y-K-H-A-I-S-T-V-V-P-N-H-T-N-N-Q-E-H-N-Q-S-Q-Y-N-N-N-N-A-C-I-S-K-P


### FUNCTION Could be a nuclease involved in processing of the 5'-end of pre-16S rRNA ### SEQUENCE -M-M-Y-R-N-N-L-L-I-S-F-D-F-G-T-K-N-I-G-V-A-I-G-Q-M-K-T-N-T-S-K-P-L-E-S-V-S-Y-V-K-G-V-P-N-W-G-K-I-N-N-I-I-L-L-W-E-P-K-Y-I-I-V-G-L-P-L-N-M-D-G-S-Y-Q-T-S-T-I-K-A-K-K-F-A-K-Q-L-R-N-K-F-F-M-P-V-M-M-H-D-E-R-L-T-T-I-E-A-K-S-V-L-F-K-K-Y-G-Y-K-G-L-K-K-K-L-I-D-S-E-S-A-V-I-I-L-D-S-W-M-N-S-I-Y-F-K-K


### FUNCTION Cleaves peptides in various proteins in a process that requires ATP hydrolysis Has a chymotrypsin-like activity Plays a major role in the degradation of misfolded proteins ### SEQUENCE -M-N-L-I-P-T-V-V-E-K-N-A-R-G-E-R-S-Y-D-I-F-S-R-L-L-K-E-R-I-I-F-V-T-G-K-I-E-D-Y-M-A-N-L-I-I-A-Q-M-I-F-L-E-S-E-D-P-E-K-D-I-F-L-Y-I-N-S-P-G-G-V-V-T-S-G-M-S-I-Y-D-T-M-Q-F-I-K-C-E-V-S-T-L-C-I-G-Q-S-S-S-M-A-A-L-I-L-A-S-G-E-K-G-K-R-F-S-L-P-N-A-R-I-M-I-H-Q-P-L-G-G-S-Q-G-Q-A-T-D-I-A-I-H-T-T-E-I-L-K-I-K-K-C-M-I-E-L-L-S-K-H-T-G-Q-S-A-E-I-I-S-K-D-T-E-R-D-R-F-F-S-G-S-E-A-V-I-Y-G-L-I-D-K-V-I-T-C-R-K


### FUNCTION This protein is one of the early assembly proteins of the 50S ribosomal subunit, although it is not seen to bind rRNA by itself It is important during the early stages of 50S assembly ### SEQUENCE -M-K-T-F-M-L-K-K-N-I-A-R-Q-N-W-H-I-F-D-A-K-N-K-I-L-G-R-F-S-T-K-L-A-S-I-L-K-G-K-N-D-I-T-Y-T-P-H-V-D-S-G-N-Y-V-I-V-I-N-S-K-K-I-K-I-T-G-K-K-L-K-N-K-F-Y-Y-H-H-T-G-Y-S-G-G-I-K-K-I-S-L-E-N-M-I-K-N-N-S-E-L-V-I-Y-K-S-V-K-G-M-L-P-K-G-S-L-G-R-V-M-I-K-K-L-K-I-F-S-G-E-S-H-N-H-E-A-Q-K-P-K-K-L-L-T


### FUNCTION Carrier of the growing fatty acid chain in fatty acid biosynthesis ### SEQUENCE -M-S-T-I-E-E-S-V-K-S-I-I-A-E-Q-L-G-V-K-K-E-E-V-T-N-N-A-S-F-V-D-D-L-G-A-D-S-L-D-T-V-E-L-V-M-A-L-E-E-E-F-D-T-E-I-P-D-E-E-A-E-K-I-T-T-V-Q-A-A-I-D-F-I-K-E-S-K-K


### FUNCTION Binds directly to 23S ribosomal RNA and is necessary for the in vitro assembly process of the 50S ribosomal subunit It is not involved in the protein synthesizing functions of that subunit ### SEQUENCE -M-T-R-I-K-R-G-V-S-S-K-F-R-H-K-K-I-L-K-K-T-K-G-Y-Y-G-A-R-S-R-S-Y-R-I-A-F-Q-A-F-I-K-A-G-Q-Y-A-Y-R-D-R-K-N-K-K-R-T-F-R-K-I-W-I-C-R-I-N-S-A-V-R-K-H-G-L-S-Y-S-C-F-M-Y-K-I-K-K-L-S-I-F-I-D-R-K-I-L-S-D-L-A-V-L-N-K-E-A-F-S-E-L-I-K-K-V-K-S-I-S


### FUNCTION IF-3 binds to the 30S ribosomal subunit and shifts the equilibrum between 70S ribosomes and their 50S and 30S subunits in favor of the free subunits, thus enhancing the availability of 30S subunits on which protein synthesis initiation begins ### SEQUENCE -M-L-Y-T-K-K-L-N-K-K-K-L-N-T-K-E-I-N-I-K-T-G-K-K-F-Y-S-I-R-L-H-K-I-N-E-E-I-K-A-K-T-V-R-L-T-G-I-N-G-V-Q-L-G-I-V-P-I-K-E-A-I-F-K-S-L-E-L-E-M-D-L-V-E-I-S-P-N-S-N-P-P-V-C-K-I-M-N-Y-G-K-F-L-Y-E-K-N-K-S-N-K-E-Q-K-R-K-Q-K-I-I-N-T-K-E-I-K-F-R-P-N-T-D-T-G-D-Y-K-V-K-L-R-N-L-T-R-F-L-E-N-G-K-K-V-K-I-S-L-R-F-R-G-R-E-M-V-H-K-K-I-G-I-N-M-L-N-R-I-C-S-D-L-K-E-I-S-S-I-E-S-F-P-N-K-I-E-G-R-Q-M-T-L-I-L-V-P-K-K


### FUNCTION Required for insertion of 4Fe-4S clusters for at least IspG ### SEQUENCE -M-E-N-N-K-L-F-N-L-K-L-T-D-L-A-K-N-K-I-K-N-L-L-K-E-E-K-N-K-N-K-K-F-R-I-Y-I-S-G-G-G-C-N-G-F-Q-Y-N-F-I-L-D-E-K-I-N-K-E-D-H-L-I-L-F-L-D-V-E-I-V-I-D-S-I-S-L-Q-Y-L-I-G-G-V-V-D-Y-K-E-E-L-L-E-S-C-F-F-V-I-N-P-N-A-K-T-T-C-S-C-G-T-S-F-S-I


### FUNCTION Functions in complex with FlhC as a master transcriptional regulator that regulates transcription of several flagellar and non-flagellar operons by binding to their promoter region Activates expression of class 2 flagellar genes, including fliA, which is a flagellum-specific sigma factor that turns on the class 3 genes Also regulates genes whose products function in a variety of physiological pathways ### SEQUENCE -M-S-N-D-N-I-L-K-N-I-H-E-I-N-L-S-Y-L-L-L-A-Q-E-L-I-K-Q-D-K-K-V-A-S-F-R-L-G-V-C-E-D-T-L-N-K-I-S-K-L-S-L-S-E-L-I-K-L-G-A-I-N-Q-L-I-C-L-L-R-L-D-D-E-K-V-I-N-C-L-T-R-E-S-R-V-D-E-L-Q-Q-V-H-T-G-I-M-L-S-T-Q-L-L-R-S-H-K-S-N-S-N-H-A-L-K-E


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it nucleates assembly of the head domain of the 30S subunit Is located at the subunit interface close to the decoding center, probably blocks exit of the E-site tRNA ### SEQUENCE -M-P-R-R-K-M-V-N-Q-R-A-I-L-P-D-P-K-W-N-S-E-I-L-S-K-F-I-N-I-L-M-V-N-G-K-K-S-I-S-E-K-I-I-Y-T-A-L-N-N-L-K-K-K-L-N-K-D-H-L-T-I-F-D-L-A-L-E-K-V-R-P-I-V-E-V-K-S-R-R-V-G-G-S-T-Y-Q-V-P-I-E-V-R-S-S-R-R-N-A-L-A-M-R-W-I-I-E-A-A-R-K-R-K-D-K-S-M-S-L-R-L-A-K-E-I-E-D-A-L-E-N-K-G-T-A-V-K-K-R-E-E-V-H-R-M-A-E-A-N-K-A-F-A-H-Y-R-W


### FUNCTION With S4 and S5 plays an important role in translational accuracy ### SEQUENCE -M-V-T-I-N-Q-L-V-R-K-S-R-S-N-K-I-I-K-T-N-V-P-A-L-S-S-C-P-Q-K-R-G-V-C-I-R-V-Y-T-T-T-P-K-K-P-N-S-A-L-R-K-V-C-R-V-R-L-T-N-G-F-E-V-T-S-Y-I-G-G-E-G-H-N-L-Q-E-H-S-S-V-L-I-R-G-G-R-V-K-D-L-P-G-V-R-Y-H-I-V-R-G-A-L-D-C-A-G-V-K-N-R-K-K-A-R-S-K-Y-G-V-K-K-I-K-N-K


### FUNCTION Produces ATP from ADP in the presence of a proton gradient across the membrane ### SEQUENCE -M-N-N-K-F-Y-Q-L-T-V-I-S-A-E-N-F-I-F-S-N-L-V-K-K-S-N-I-T-G-S-E-G-N-L-G-I-L-P-G-H-A-P-L-I-T-K-I-K-P-G-L-I-H-I-I-S-S-K-N-I-E-E-Y-I-Y-L-S-G-G-I-L-E-I-N-S-N-V-V-T-V-L-A-D-T-A-I-R-G-K-E-I-D-E-K-K-A-I-E-S-K-K-N-A-E-E-L-I-L-K-S-K-E-R-H-E-Y-I-R-A-V-I-E-L-S-K-A-I-A-K-L-R-V-C-K-L-S-N-K


### FUNCTION F is coupled via a rotary mechanism of the central stalk subunits to proton translocation ### SEQUENCE -M-T-I-Y-E-I-K-S-Y-L-S-R-P-Y-A-E-A-A-F-K-F-A-N-E-N-N-I-V-D-D-W-I-Y-M-I-E-E-I-C-K-I-L-K-N-I-K-I-Y-S-L-S-S-F-I-L-K-K-N-K-N-F-L-F-E-S-I-K-N-N-F-D-V-Y-F-N-N-F-V-K-I-I-I-E-N-N-R-L-I-I-F-P-E-I-L-N-Q-F-I-N-L-K-N-D-Q-N-N-I-E-N-I-T-I-I-S-K-Y-K-L-D-K-K-I-L-N-K-I-E-K-K-I-K-S-L-I-F-K-E-I-K-I-N-I-K-I-D-K-S-I-I-G-G-Y-I-I-K-S-K-N-F-L-I-D-N-S-I-K-N-K-L-Y-R-F-S-E-Y-L


### FUNCTION F is coupled via a rotary mechanism of the central stalk subunits to proton translocation ### SEQUENCE -M-N-I-N-A-T-I-F-G-Q-T-I-A-F-F-L-F-V-F-F-C-M-K-Y-I-W-P-N-L-I-S-L-V-E-K-R-R-E-N-I-A-Q-A-L-N-E-A-K-Q-A-K-L-N-L-K-I-S-K-E-K-A-K-K-R-I-E-S-A-Q-I-K-C-K-N-I-I-N-E-A-N-E-T-K-K-L-L-I-E-E-A-K-K-E-A-I-K-I-K-E-H-I-I-S-Q-G-R-L-D-I-L-D-E-K-K-R-M-C-E-D-L-K-T-K-I-S-E-I-I-V-M-S-V-E-K-I-I-E-S-S-I-N-K-K-I-S-D-N-I-I-E-R-S-I-S-K-I-N-K-I-K-G


### FUNCTION Repressor involved in the biosynthesis of the osmoprotectant glycine betaine It represses transcription of the choline transporter BetT and the genes of BetAB involved in the synthesis of glycine betaine ### SEQUENCE -M-P-K-V-G-M-P-K-I-R-R-P-Q-L-V-S-A-T-M-T-V-I-D-R-V-G-L-H-G-A-S-V-S-L-I-S-Q-E-A-G-V-S-S-G-I-I-N-H-Y-F-G-G-K-H-G-L-L-E-E-T-M-R-D-I-L-R-Q-L-S-C-D-A-T-K-R-L-N-L-L-P-K-Q-A-H-M-Q-R-I-N-A-I-L-D-A-N-F-V-G-F-Q-S-E-S-K-V-I-K-T-W-L-A-F-W-S-Y-S-M-H-D-E-A-L-K-R-L-Q-R-V-N-E-K-R-L-L-S-H-L-K-R-E-L-K-A-L-M-S-K-E-Q-A-D-I-V-A-Q-G-I-A-A-L-I-D-G-I-W-L-R-G-A-L-N-P-E-G-I-N-A-N-K-A-R-I-I-I-N-D-Y-L-E-K-Q-L-T-F-Y-S-Q-Q


### FUNCTION Removes the formyl group from the N-terminal Met of newly synthesized proteins Requires at least a dipeptide for an efficient rate of reaction N-terminal L-methionine is a prerequisite for activity but the enzyme has broad specificity at other positions ### SEQUENCE -M-A-V-L-E-I-L-T-A-P-D-P-R-L-R-V-Q-S-K-E-V-T-D-V-A-A-V-Q-T-L-I-D-D-L-L-E-T-L-Y-E-T-D-N-G-V-G-L-A-A-P-Q-V-G-R-E-E-A-I-V-V-I-D-L-S-E-N-R-D-E-P-L-V-L-V-N-P-K-V-V-S-G-S-N-K-E-M-G-Q-E-G-C-L-S-V-P-D-Y-Y-A-D-V-E-R-Y-T-S-V-V-V-E-A-L-D-R-D-G-K-P-L-R-I-E-T-S-E-F-L-A-I-V-M-Q-H-E-I-D-H-L-S-G-N-L-F-I-D-Y-L-S-P-L-K-Q-Q-M-A-M-K-K-V-K-K-H-N-K-L-R-A-R


### FUNCTION The glycine cleavage system catalyzes the degradation of glycine The H protein shuttles the methylamine group of glycine from the P protein to the T protein ### SEQUENCE -M-D-K-T-L-K-F-T-E-S-H-E-W-V-R-D-N-G-D-G-T-V-T-I-G-I-S-E-H-A-Q-E-M-L-G-D-V-V-F-V-E-L-P-E-L-E-A-E-I-E-A-G-E-S-F-S-L-V-E-S-V-K-A-A-S-D-I-Y-A-P-V-T-G-E-V-V-E-V-N-E-E-L-S-D-S-P-E-L-I-N-E-E-P-Y-E-G-G-W-I-V-K-V-K-L-S-D-P-S-E-L-D-N-L-K-D-A-E-E-Y-L-N-S-I-E-E-D


### FUNCTION Catalyzes the formation of methylglyoxal from dihydroxyacetone phosphate ### SEQUENCE -M-Q-K-T-T-R-T-M-P-A-H-K-H-I-A-L-V-A-H-D-N-Y-K-P-E-L-L-R-W-V-K-E-N-K-E-K-L-Q-S-H-F-L-Y-A-T-G-T-T-G-H-M-L-S-R-E-T-G-L-A-I-K-S-M-I-S-G-P-M-G-G-D-Q-Q-L-G-A-L-I-S-E-G-K-I-D-M-L-I-F-F-W-D-P-L-N-A-V-P-H-D-P-D-V-K-A-L-L-R-I-A-S-V-W-N-I-P-V-A-T-N-R-A-T-A-K-F-L-F-E-S-P-L-L-N-E-E-V-D-V-E-I-P-D-Y-Q-A-Y-L-A-G-R-T


### FUNCTION Catalyzes the hydrolysis of N ### SEQUENCE -M-T-A-P-T-K-M-T-F-F-S-R-F-E-A-D-I-L-A-G-K-K-T-I-T-I-R-D-E-S-E-K-D-Y-Q-P-G-T-T-V-E-V-S-T-L-E-E-G-R-V-F-C-Q-L-K-I-L-S-V-E-P-I-A-F-S-A-L-N-E-F-H-A-E-Q-E-N-M-T-L-E-T-L-K-E-V-I-Q-E-I-Y-P-G-I-E-Q-L-Y-V-I-Q-Y-Q-R-V


### FUNCTION Part of a membrane-bound complex that couples electron transfer with translocation of ions across the membrane ### SEQUENCE -M-T-E-Y-I-L-L-L-I-G-T-V-L-V-N-N-F-V-L-V-K-F-L-G-L-C-P-F-M-G-V-S-K-K-L-E-T-A-I-G-M-G-L-A-T-T-F-V-L-T-M-A-S-V-C-A-Y-L-V-E-S-Y-I-L-E-P-L-H-I-E-Y-L-R-T-M-S-F-I-L-V-I-A-V-V-V-Q-F-T-E-M-V-V-H-K-T-S-P-T-L-Y-R-L-L-G-I-F-L-P-L-I-T-T-N-C-A-V-L-G-V-A-L-L-N-I-N-E-N-H-S-F-V-E-S-I-I-Y-G-F-G-A-A-V-G-F-S-L-V-L-I-L-F-A-S-M-R-E-R-I-S-A-A-D-V-P-A-P-F-K-G-A-S-I-A-M-I-T-A-G-L-M-S-L-A-F-M-G-F-T-G-L-V-K


### FUNCTION Phosphorelay protein which receives a sensory signal from a sensor kinase and transmit it to LuxO At low cell density, a phosphoryl group is transferred from the sensor kinase, probably on His-56 and this phosphoryl group is further transferred to LuxO ### SEQUENCE -M-E-L-L-N-Q-K-K-I-A-S-L-T-E-E-I-G-A-D-N-V-P-V-L-L-E-I-F-L-S-E-L-E-S-Y-L-K-V-L-C-D-A-T-Y-S-D-K-L-V-Y-L-K-D-I-S-H-A-L-K-S-S-A-A-S-F-G-A-D-A-L-C-H-F-A-V-E-I-D-T-R-A-K-E-G-D-A-L-D-E-T-Q-D-V-V-A-M-I-D-R-L-H-Q-T-Q-Q-A-Y-L-S-W-Q-A-N-G-F


### FUNCTION Catalyzes the conversion of ### SEQUENCE -M-S-Q-F-T-H-I-N-A-S-G-E-A-N-M-V-D-V-S-A-K-A-E-T-V-R-E-A-R-A-E-A-F-V-H-M-A-P-E-T-L-Q-L-I-V-S-G-Q-H-H-K-G-D-V-F-A-T-A-R-I-A-G-I-Q-A-A-K-K-T-W-D-L-I-P-L-C-H-P-L-L-L-S-K-V-E-V-Q-L-Q-A-I-E-A-E-N-K-V-R-I-E-S-V-C-K-L-A-G-K-T-G-V-E-M-E-A-L-T-A-A-S-V-A-A-L-T-I-Y-D-M-C-K-A-V-Q-K-D-M-V-I-G-P-V-R-L-L-E-K-T-G-G-K-S-G-H-F-K-V-E-A


### FUNCTION Nucleoside triphosphate pyrophosphatase that hydrolyzes 7-methyl-GTP  May have a dual role in cell division arrest and in preventing the incorporation of modified nucleotides into cellular nucleic acids ### SEQUENCE -M-E-N-Y-Q-L-V-L-A-S-T-S-P-F-R-Q-Q-L-L-E-K-L-A-I-P-F-S-T-L-S-P-N-C-D-E-T-P-L-E-G-E-S-P-Q-Q-L-V-L-R-L-A-E-S-K-A-Q-S-C-Q-I-N-Q-P-S-L-V-I-G-S-D-Q-V-C-V-I-N-G-N-I-V-G-K-P-H-N-R-Q-N-A-I-A-Q-L-T-A-Q-S-G-Q-S-I-V-F-Y-T-G-L-A-V-Y-N-S-E-T-G-E-T-R-S-C-I-D-E-F-K-V-H-F-R-P-L-T-Q-A-Q-I-V-R-Y-V-D-K-E-Q-P-F-Y-C-A-G-S-F-K-S-E-G-L-G-I-A-L-F-E-K-L-E-G-K-D-P-N-T-L-V-G-L-P-L-I-D-L-I-D-L-L-A-Q-Q-G-M-Q-V-L-G


### FUNCTION Carrier of the growing fatty acid chain in fatty acid biosynthesis ### SEQUENCE -M-S-N-L-E-E-R-V-K-K-I-I-V-E-Q-L-G-V-D-E-S-E-V-K-N-E-A-S-F-V-D-D-L-G-A-D-S-L-D-T-V-E-L-V-M-A-L-E-E-E-F-D-T-E-I-P-D-E-E-A-E-K-I-T-T-V-Q-A-A-I-D-Y-V-T-A-N-A-Q