and spatial heterogeneity affect cholera transmission dynamics. This model revealed that human behavior could lower infection levels and delay disease peaks, while the loss of bacteria in water ...

In pathology, TIBSB researchers are investigating how cholera bacteria evolved to cause diseases ... The NG80-2 work provides a model for the transformation of microbiological research to useful ...

Biofilms are complex, three-dimensional structures of living bacteria embedded in a slimy matrix. "In Vibrio cholerae, the cholera-causing pathogen, even a brief exposure to cell wall fragments ...

At the time there was no understanding of bacteria and infection. It was initially assumed that cholera was called by foul smells and bad air. After cholera’s first appearance in Britain ...