Similarities in innate immune signaling exist between mammals and the nematode Caenorhabditis elegans. Now, Ziegler et al. (2009) and Ren et al. (2009) demonstrate that a protein kinase C δ homolog in C. elegans is involved in innate immunity, providing evidence that the conservation of immune signaling networks extends further than previously thought
International audienceBoth animals and plants respond rapidly to pathogens by inducing the expressio...
Intestinal epithelial cells function, in part, to detect infection with pathogenic organisms and are...
International audienceThe nematode worm C. elegans lends itself naturally to investigation of innate...
AbstractInnate immunity is an evolutionarily ancient defense system that enables animals and plants ...
SummaryMicrobes represent both an essential source of nutrition and a potential source of lethal inf...
SummaryLike other multicellular organisms, the model nematode C. elegans responds to infection by in...
Intestinal epithelial cells provide an essential line of defense for Caernohabditis elegans against ...
International audienceLike other multicellular organisms, the model nematode C. elegans responds to ...
SummaryBackgroundIn many animals, the epidermis is in permanent contact with the environment and rep...
AbstractCompared to mammals, insects, and plants, relatively little is known about innate immune res...
AbstractBackground: Both animals and plants respond rapidly to pathogens by inducing the expression ...
International audienceMany pathogens that can infect C. elegans have been described, including some ...
Microbes represent both an essential source of nutrition and a potential source of lethal infection ...
C. elegans is developing in importance as a model for innate immunity. Several signaling pathways ar...
Following pathogen infection the hosts' nervous and immune systems react with coordinated responses ...
International audienceBoth animals and plants respond rapidly to pathogens by inducing the expressio...
Intestinal epithelial cells function, in part, to detect infection with pathogenic organisms and are...
International audienceThe nematode worm C. elegans lends itself naturally to investigation of innate...
AbstractInnate immunity is an evolutionarily ancient defense system that enables animals and plants ...
SummaryMicrobes represent both an essential source of nutrition and a potential source of lethal inf...
SummaryLike other multicellular organisms, the model nematode C. elegans responds to infection by in...
Intestinal epithelial cells provide an essential line of defense for Caernohabditis elegans against ...
International audienceLike other multicellular organisms, the model nematode C. elegans responds to ...
SummaryBackgroundIn many animals, the epidermis is in permanent contact with the environment and rep...
AbstractCompared to mammals, insects, and plants, relatively little is known about innate immune res...
AbstractBackground: Both animals and plants respond rapidly to pathogens by inducing the expression ...
International audienceMany pathogens that can infect C. elegans have been described, including some ...
Microbes represent both an essential source of nutrition and a potential source of lethal infection ...
C. elegans is developing in importance as a model for innate immunity. Several signaling pathways ar...
Following pathogen infection the hosts' nervous and immune systems react with coordinated responses ...
International audienceBoth animals and plants respond rapidly to pathogens by inducing the expressio...
Intestinal epithelial cells function, in part, to detect infection with pathogenic organisms and are...
International audienceThe nematode worm C. elegans lends itself naturally to investigation of innate...