plnR protein (Lactobacillus plantarum) - STRING interaction network

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plnR

Plantaricin biosynthesis protein PlnR. (50 aa)

Predicted Functional Partners:

plnL

0.968

plnJ

0.938

plnK

0.877

plnM

0.680

plnC

0.667

plnN

0.644

plnD

0.632

plnT

0.632

plnS

0.624

plnA

0.605

Your Current Organism:

Lactobacillus plantarum

NCBI taxonomy Id: 220668
Other names: L. plantarum WCFS1, Lactobacillus plantarum WCFS1, Lactobacillus plantarum str. WCFS1, Lactobacillus plantarum strain WCFS1

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Browse interactions in tabular form:

node1	node2	node1 accession	node2 accession	node1 annotation	node2 annotation	score
plnA	plnC	lp_0415	lp_0417	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	Two-component response regulator PlnC,activator.	0.919
plnA	plnD	lp_0415	lp_0418	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	Two-component response regulator PlnD,repressor.	0.899
plnA	plnJ	lp_0415	lp_0406	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	Bacteriocin precursor peptide PlnJ.	0.870
plnA	plnK	lp_0415	lp_0405	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	Bacteriocin precursor peptide PlnK.	0.829
plnA	plnL	lp_0415	lp_0404	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	Bacteriocin immunity protein PlnL.	0.701
plnA	plnM	lp_0415	lp_0409	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	Bacteriocin immunity protein PlnM.	0.732
plnA	plnN	lp_0415	lp_0410	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	Bacteriocin precursor peptide PlnN.	0.872
plnA	plnR	lp_0415	lp_0403	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	Plantaricin biosynthesis protein PlnR.	0.605
plnA	plnS	lp_0415	lp_0424a	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	Plantaricin biosynthesis protein PlnS.	0.787
plnA	plnT	lp_0415	lp_0425	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	Hypothetical membrane protein PlnT,membrane-bound protease CAAX family.	0.685
plnC	plnA	lp_0417	lp_0415	Two-component response regulator PlnC,activator.	Plantaricin A precursor peptide, induction factor; This heat stable bacteriocin inhibits the growth of closely related Lactobacillus species. It may act as a pore-forming protein, creating a channel in the cell membrane through a 'barrel stave' mechanism.	0.919
plnC	plnD	lp_0417	lp_0418	Two-component response regulator PlnC,activator.	Two-component response regulator PlnD,repressor.	0.943
plnC	plnJ	lp_0417	lp_0406	Two-component response regulator PlnC,activator.	Bacteriocin precursor peptide PlnJ.	0.802
plnC	plnK	lp_0417	lp_0405	Two-component response regulator PlnC,activator.	Bacteriocin precursor peptide PlnK.	0.807
plnC	plnL	lp_0417	lp_0404	Two-component response regulator PlnC,activator.	Bacteriocin immunity protein PlnL.	0.683
plnC	plnM	lp_0417	lp_0409	Two-component response regulator PlnC,activator.	Bacteriocin immunity protein PlnM.	0.742
plnC	plnN	lp_0417	lp_0410	Two-component response regulator PlnC,activator.	Bacteriocin precursor peptide PlnN.	0.869
plnC	plnR	lp_0417	lp_0403	Two-component response regulator PlnC,activator.	Plantaricin biosynthesis protein PlnR.	0.667
plnC	plnS	lp_0417	lp_0424a	Two-component response regulator PlnC,activator.	Plantaricin biosynthesis protein PlnS.	0.667
plnC	plnT	lp_0417	lp_0425	Two-component response regulator PlnC,activator.	Hypothetical membrane protein PlnT,membrane-bound protease CAAX family.	0.450

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