2004Journal of BacteriologyOpen access

Reciprocal Regulation of Bioluminescence and Type III Protein Secretion inVibrio harveyiandVibrio parahaemolyticusin Response to Diffusible Chemical Signals

Stephen C. Winans

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Abstract

It has long been known that some groups of bacteria exhibit complex patterns of coordinated behavior and that in several cases, the behaviors of these populations of cells are regulated by diffusible chemical signals. These behaviors include bioluminescence, the horizontal transfer of DNA, the

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It has long been known that some groups of bacteria exhibit complex patterns of coordinated behavior and that in several cases, the behaviors of these populations of cells are regulated by diffusible chemical signals. These behaviors include bioluminescence, the horizontal transfer of DNA, the

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Available abstract

It has long been known that some groups of bacteria exhibit complex patterns of coordinated behavior and that in several cases, the behaviors of these populations of cells are regulated by diffusible chemical signals. These behaviors include bioluminescence, the horizontal transfer of DNA, the

Key concepts: Vibrio harveyi, Bioluminescence, Biology, Vibrio parahaemolyticus, Vibrio, Microbiology, Vibrionaceae, Bacteria

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