This laboratory has studied bioluminescent bacteria in the Boca Ciega Bay of Florida for many years. Most of these bacteria are in the genus Vibrio. However, most Vibrio species are not bioluminescent. We have recently started collecting total Vibrios (i.e., not just bioluminescent ones), with the intention of following seasonal changes in the microbial community. This project involves characterization of total cultured Vibrios, using gene sequences for identification. The surface water Vibrio community collected in December 2017/January 2018 is being compared to Vibrios collected in August 2017 from the surface water and sea grass. We have seen seasonal fluctuations in bioluminescent Vibrios, but this is the first comparison of the Vib...
A cellular approach combining Direct Viable Counting and Fluorescent In Situ Hybridization using a o...
Vibrio spp., natural inhabitants of aquatic environments, are one of the most common causes of bacte...
Seasonality in Vibrio Bacteria Population Structure- a Practical Application of the Lotka-Volterra C...
Vibrios are among the most abundant culturable bacteria in coastal waters. The genus Vibrio has a la...
Members of genus Vibrio are diverse and abundant members of bacterial assemblages in marine and estu...
Author Posting. © American Society for Microbiology, 2004. This article is posted here by permissio...
International audienceN-Acyl homoserine lactone (AHL)-mediated Quorum sensing (QS) is one of the mos...
The Vibrio genus is widespread in marine and brackish environments, and several species are human an...
Vibrio species are ubiquitously distributed in marine waters all over the world. High genome plastic...
International audienceVibriosis is a recurrent disease in marine aquaculture environments. Monitorin...
Vibrio is a cosmopolitan genus of marine bacteria, highly investigated in coastal and estuarine envi...
The Vibrionaceae (Vibrio) are a ubiquitous group of metabolically flexible marine bacteria that play...
Black Band Disease (BBD) is a well-described disease plaguing corals worldwide. It has been establis...
The Vibrionaceae (Vibrio) are a ubiquitous group of metabolically flexible marine bacteria that play...
Vibrios are Gram-negative bacilli that occur naturally in marine, estuarine, and freshwater systems....
A cellular approach combining Direct Viable Counting and Fluorescent In Situ Hybridization using a o...
Vibrio spp., natural inhabitants of aquatic environments, are one of the most common causes of bacte...
Seasonality in Vibrio Bacteria Population Structure- a Practical Application of the Lotka-Volterra C...
Vibrios are among the most abundant culturable bacteria in coastal waters. The genus Vibrio has a la...
Members of genus Vibrio are diverse and abundant members of bacterial assemblages in marine and estu...
Author Posting. © American Society for Microbiology, 2004. This article is posted here by permissio...
International audienceN-Acyl homoserine lactone (AHL)-mediated Quorum sensing (QS) is one of the mos...
The Vibrio genus is widespread in marine and brackish environments, and several species are human an...
Vibrio species are ubiquitously distributed in marine waters all over the world. High genome plastic...
International audienceVibriosis is a recurrent disease in marine aquaculture environments. Monitorin...
Vibrio is a cosmopolitan genus of marine bacteria, highly investigated in coastal and estuarine envi...
The Vibrionaceae (Vibrio) are a ubiquitous group of metabolically flexible marine bacteria that play...
Black Band Disease (BBD) is a well-described disease plaguing corals worldwide. It has been establis...
The Vibrionaceae (Vibrio) are a ubiquitous group of metabolically flexible marine bacteria that play...
Vibrios are Gram-negative bacilli that occur naturally in marine, estuarine, and freshwater systems....
A cellular approach combining Direct Viable Counting and Fluorescent In Situ Hybridization using a o...
Vibrio spp., natural inhabitants of aquatic environments, are one of the most common causes of bacte...
Seasonality in Vibrio Bacteria Population Structure- a Practical Application of the Lotka-Volterra C...