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SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains <t>ATCC</t> <t>27562</t> wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).
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SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains <t>ATCC</t> <t>27562</t> wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).
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SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains <t>ATCC</t> <t>27562</t> wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).
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v vulnificus atcc 27562 strain  (ATCC)
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ATCC v vulnificus atcc 27562 strain
SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains <t>ATCC</t> <t>27562</t> wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).
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v vulnificus atcc 27562 strain - by Bioz Stars, 2026-09
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SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains <t>ATCC</t> <t>27562</t> wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).
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v vulnificus strains atcc 27562 wild type wt  (ATCC)
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ATCC v vulnificus strains atcc 27562 wild type wt
SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains <t>ATCC</t> <t>27562</t> wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).
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SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains ATCC 27562 wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).

Journal: mBio

Article Title: Ligand binding drives proteolysis of the SmcR master transcription factor and controls quorum sensing-state transitions in Vibrio species

doi: 10.1128/mbio.03445-25

Figure Lengend Snippet: SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains ATCC 27562 wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).

Article Snippet: Isogenic strains containing mutations in smcR were generated by mutating wild-type V. vulnificus strain ATCC 27562.

Techniques: Solvent

SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains ATCC 27562 wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).

Journal: mBio

Article Title: Ligand binding drives proteolysis of the SmcR master transcription factor and controls quorum sensing-state transitions in Vibrio species

doi: 10.1128/mbio.03445-25

Figure Lengend Snippet: SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains ATCC 27562 wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).

Article Snippet: First, we verified that the observations we had made in the V. vulnificus ATCC 27562 strain were consistent in the MO6-24/0 strain; we observed SmcR was also degraded in the presence of PTSP ( ; ).

Techniques: Solvent

SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains ATCC 27562 wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).

Journal: mBio

Article Title: Ligand binding drives proteolysis of the SmcR master transcription factor and controls quorum sensing-state transitions in Vibrio species

doi: 10.1128/mbio.03445-25

Figure Lengend Snippet: SmcR degradation controls the HCD to LCD transition. ( A–B ) Bioluminescence assays are plotted (Lux/OD 600 ) for V. vulnificus strains ATCC 27562 wild-type (WT) and isogenic mutants. Strains were treated with 25 µM PTSP (+) or an equivalent volume of DMSO solvent (−). Figures are representative of triplicate biological assays (shown in ).

Article Snippet: Bioluminescence assays were performed in V. vulnificus ATCC 27562 strains containing IPTG-inducible pCS38 luxCDABE reporter plasmid ( ).

Techniques: Solvent