Apoptosis and caspases regulate death and inflammation in sepsis

RS Hotchkiss, DW Nicholson - Nature Reviews Immunology, 2006 - nature.com
RS Hotchkiss, DW Nicholson
Nature Reviews Immunology, 2006nature.com
Although the prevailing concept has been that mortality in sepsis results from an unbridled
hyper-inflammatory cytokine-mediated response, the failure of more than 30 clinical trials to
treat sepsis by controlling this cytokine response requires a'rethink'of the molecular
mechanism underpinning the development of sepsis. As we discuss here, remarkable new
studies indicate that most deaths from sepsis are actually the result of a substantially
impaired immune response that is due to extensive death of immune effector cells …
Abstract
Although the prevailing concept has been that mortality in sepsis results from an unbridled hyper-inflammatory cytokine-mediated response, the failure of more than 30 clinical trials to treat sepsis by controlling this cytokine response requires a 'rethink' of the molecular mechanism underpinning the development of sepsis. As we discuss here, remarkable new studies indicate that most deaths from sepsis are actually the result of a substantially impaired immune response that is due to extensive death of immune effector cells. Rectification of this apoptotic–inflammatory imbalance using modulators of caspases and other components of the cell-death pathway have shown striking efficacy in stringent animal models of sepsis, indicating an entirely novel path forward for the clinical treatment of human sepsis.
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