Interest in biofilms has increased dramatically in recent years. New microscopic and molecular techniques have revolutionized our understanding of biofilm structure, composition, organization, and activities. This book brings advances in the prevention and treatment of biofilm-related diseases to the attention of clinicians and medical researchers. Human tissues often support complex microbial communities growing as biofilms that can cause infections. As microbes in biofilms exhibit increased tolerance toward anti-microbial agents and decreased susceptibility to host defense systems, biofilm-associated diseases have become increasingly difficult to treat. (Cambridge University Press
Biofilms are a unit referred to as assemblage of microbial cells growing as surface-attached microbi...
Biofilms are described as colonies of microorganisms that are attached to each other and to a surfac...
Our path seems clear. We have come to understand many things about the unique biology of bacterial b...
Although biofilms have been observed early in the history of microbial research, their impact has on...
Most pathogenic bacteria species form biofilm as their protective mode of growth, which helps them s...
Microscopic entities, microorganisms that drastically affect human health need to be thoroughly inve...
International audienceSurface-associated microbial communities, called biofilms, are present in all ...
Bacteria are able to grow adhered to almost every surface, forming architecturally complex communiti...
Microbial biofilm created huge burden in treatment of both community and hospital infections. A biof...
In nature, about 80% of bacteria exist as biofilm communities, and according to the Centers for Dise...
Biofilms are responsible for chronic persistent infections and are a major problem in implant surger...
In reality, most microorganisms are not free floating. They exist in biofilms, a community of many o...
Biofilm production by bacteria is presumed to be a survival strategy in natural environments. The pr...
It is possible for a variety of bacteria, including pathogens, to form biofilms, which serve as a me...
Bacteria can form, on virtually any surface, single- and multispecies biofilms intrinsically resista...
Biofilms are a unit referred to as assemblage of microbial cells growing as surface-attached microbi...
Biofilms are described as colonies of microorganisms that are attached to each other and to a surfac...
Our path seems clear. We have come to understand many things about the unique biology of bacterial b...
Although biofilms have been observed early in the history of microbial research, their impact has on...
Most pathogenic bacteria species form biofilm as their protective mode of growth, which helps them s...
Microscopic entities, microorganisms that drastically affect human health need to be thoroughly inve...
International audienceSurface-associated microbial communities, called biofilms, are present in all ...
Bacteria are able to grow adhered to almost every surface, forming architecturally complex communiti...
Microbial biofilm created huge burden in treatment of both community and hospital infections. A biof...
In nature, about 80% of bacteria exist as biofilm communities, and according to the Centers for Dise...
Biofilms are responsible for chronic persistent infections and are a major problem in implant surger...
In reality, most microorganisms are not free floating. They exist in biofilms, a community of many o...
Biofilm production by bacteria is presumed to be a survival strategy in natural environments. The pr...
It is possible for a variety of bacteria, including pathogens, to form biofilms, which serve as a me...
Bacteria can form, on virtually any surface, single- and multispecies biofilms intrinsically resista...
Biofilms are a unit referred to as assemblage of microbial cells growing as surface-attached microbi...
Biofilms are described as colonies of microorganisms that are attached to each other and to a surfac...
Our path seems clear. We have come to understand many things about the unique biology of bacterial b...