Influenza A virus is a pathogen that is feared for its capacity to cause pandemics. In this review, we illustrate the clinical evidence which support the theory that bacterial co-infection is a considerable risk factor for exacerbated disease during pandemic and seasonal influenza, including infection with influenza B viruses. We provide an overview of the multiple and diverse mechanisms that help explain how influenza creates an opportunity for replication of secondary bacterial infections. Influenza vaccines and pneumococcal vaccines are widely used and often in overlapping target groups. We summarize the evidence for a protective effect of influenza immunization against bacterial infections, and vice versa of pneumococcal vaccines agains...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Secondary bacterial infections due to Streptococcus pneumo-niae and Staphylococcus aureus, responsib...
Influenza A virus is a pathogen that is feared for its capacity to cause pandemics. In this review, ...
Background. Secondary bacterial infections following influenza represent a major cause of mortality ...
The pathogenesis and impact of coinfection, in particular bacterial coinfection, in influenza are in...
Seasonal and pandemic influenza are frequently complicated by bacterial infections, causing addition...
The vaccination against pneumococcal infection during the preparation for a probable flu pandemic ha...
Influenza is a common respiratory pathogen causing both seasonal and pandemic disease. Influenza inf...
Lower and upper respiratory infections are the fourth highest cause of global mortality (Lozano et a...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Secondary bacterial infections due to Streptococcus pneumo-niae and Staphylococcus aureus, responsib...
Influenza A virus is a pathogen that is feared for its capacity to cause pandemics. In this review, ...
Background. Secondary bacterial infections following influenza represent a major cause of mortality ...
The pathogenesis and impact of coinfection, in particular bacterial coinfection, in influenza are in...
Seasonal and pandemic influenza are frequently complicated by bacterial infections, causing addition...
The vaccination against pneumococcal infection during the preparation for a probable flu pandemic ha...
Influenza is a common respiratory pathogen causing both seasonal and pandemic disease. Influenza inf...
Lower and upper respiratory infections are the fourth highest cause of global mortality (Lozano et a...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Influenza viruses are genetically labile pathogens which avoid immune detection by constantly changi...
Secondary bacterial infections due to Streptococcus pneumo-niae and Staphylococcus aureus, responsib...