Multicellular organisms possess very sophisticated defense mechanisms that are designed to effectively counter the continual microbial insult of the environment within the vertebrate host. However, successful microbial pathogens have in turn evolved complex and efficient methods to overcome innate and adaptive immune mechanisms, which can result in disease or chronic infections. Although the various virulence strategies used by viral and bacterial pathogens are numerous, there are several general mechanisms that are used to subvert and exploit immune systems that are shared between these diverse microbial pathogens. The success of each pathogen is directly dependant on its ability to mount an effective anti-immune response within the infect...
Similar to other pathogens, bacteria have developed during their evolution a variety of mechanisms t...
AbstractMany viruses establish life-long infections in their natural host with few if any clinical m...
An innate immune response is essential for survival of the host upon infection, yet excessive inflam...
Multicellular organisms possess very sophisticated defense mechanisms that are designed to effective...
Beyond the innate response that is elicited when tissues are infected, bacterial pathogens have evol...
The human body frequently encounters harmful bacterial pathogens and employs immune defense mechanis...
Controlling and preventing infections require deep understanding of the complex interplay that occur...
Summary: Eukaryotic cells live in a relatively comfortable equilibrium with a wide variety of microb...
Abstract: Microorganisms interact with the immune system in multiple ways. In an interaction between...
Upon infecting a host, viruses are confronted by a coordinated and multi-faceted immune response. In...
The innate immune response is initiated by the interaction of stereotypical pathogen components with...
AbstractAll viruses can deal with the immune response to some extent, and herpesviruses are exceptio...
Human and animal pathogens are able to circumvent, at least temporarily, the sophisticated immune de...
Different types of infectious agents stimulate distinct patterns of immune responses and have evolve...
An effective host defense against pathogens requires appropriate recognition of the invading microo...
Similar to other pathogens, bacteria have developed during their evolution a variety of mechanisms t...
AbstractMany viruses establish life-long infections in their natural host with few if any clinical m...
An innate immune response is essential for survival of the host upon infection, yet excessive inflam...
Multicellular organisms possess very sophisticated defense mechanisms that are designed to effective...
Beyond the innate response that is elicited when tissues are infected, bacterial pathogens have evol...
The human body frequently encounters harmful bacterial pathogens and employs immune defense mechanis...
Controlling and preventing infections require deep understanding of the complex interplay that occur...
Summary: Eukaryotic cells live in a relatively comfortable equilibrium with a wide variety of microb...
Abstract: Microorganisms interact with the immune system in multiple ways. In an interaction between...
Upon infecting a host, viruses are confronted by a coordinated and multi-faceted immune response. In...
The innate immune response is initiated by the interaction of stereotypical pathogen components with...
AbstractAll viruses can deal with the immune response to some extent, and herpesviruses are exceptio...
Human and animal pathogens are able to circumvent, at least temporarily, the sophisticated immune de...
Different types of infectious agents stimulate distinct patterns of immune responses and have evolve...
An effective host defense against pathogens requires appropriate recognition of the invading microo...
Similar to other pathogens, bacteria have developed during their evolution a variety of mechanisms t...
AbstractMany viruses establish life-long infections in their natural host with few if any clinical m...
An innate immune response is essential for survival of the host upon infection, yet excessive inflam...