International audienceOne of the main factor involved neuromyopathy acquired in intensive care unit (ICU) appears to be sepsis. It induces the release of many pro- and anti-inflammatory factors which can directly modulate the muscle excitability. We have studied the effects of one of them: the ciliary nervous trophic factor (CNTF) which is a cytokine released in the early phase of sepsis. CNTF induces a decrease in the sodium current and an increase in resting potential as in sodium inversion potential. These effects could participate to the hypo-excitability observed during sepsis and could be involved in the ICU acquired neuromyopathy. As for TNF?, this early effect is mainly mediated by protein kinase C (PKC) activation and appears to be...
The well-established trophic role of CNTF upon neurons led to performing clinical trials in patients...
Neuropathy and myopathy can cause weakness during critical illness. To determine whether reduced exc...
Sepsis, a progressive immunological, metabolic and cardiovascular disorder, is a major cause of morb...
International audienceOne of the main factor involved neuromyopathy acquired in intensive care unit ...
International audienceSepsis is involved in the decrease of membrane excitability of skeletal muscle...
Critical illness polyneuropathies (CIP) and myopathies (CIM) are common complications of critical il...
International audienceOur aim was to investigate the effect of TNF? on muscle resting potential (RP)...
Critical illness polyneuropathy (CIP) and myopathy (CIM) are complications of critical illness that ...
Sepsis and SIRS (systemic inflammatory response syndrome) have become two expensive and complicated ...
Critical illness polyneuropathy (CIP) and myopathy (CIM) are complications of critical illness that ...
Critical illness myopathy (CIM) is the most common caused of acquired weakness in critically ill pat...
Introduction: Multisystem organ failure remains a poorly understood complication of sepsis. During s...
Neuromuscular weakness commonly develops in the setting of critical illness. This weakness delays re...
Skeletal muscles (similar to 50% of the body weight) are affected during acute and late sepsis and r...
The well-established trophic role of CNTF upon neurons led to performing clinical trials in patients...
Neuropathy and myopathy can cause weakness during critical illness. To determine whether reduced exc...
Sepsis, a progressive immunological, metabolic and cardiovascular disorder, is a major cause of morb...
International audienceOne of the main factor involved neuromyopathy acquired in intensive care unit ...
International audienceSepsis is involved in the decrease of membrane excitability of skeletal muscle...
Critical illness polyneuropathies (CIP) and myopathies (CIM) are common complications of critical il...
International audienceOur aim was to investigate the effect of TNF? on muscle resting potential (RP)...
Critical illness polyneuropathy (CIP) and myopathy (CIM) are complications of critical illness that ...
Sepsis and SIRS (systemic inflammatory response syndrome) have become two expensive and complicated ...
Critical illness polyneuropathy (CIP) and myopathy (CIM) are complications of critical illness that ...
Critical illness myopathy (CIM) is the most common caused of acquired weakness in critically ill pat...
Introduction: Multisystem organ failure remains a poorly understood complication of sepsis. During s...
Neuromuscular weakness commonly develops in the setting of critical illness. This weakness delays re...
Skeletal muscles (similar to 50% of the body weight) are affected during acute and late sepsis and r...
The well-established trophic role of CNTF upon neurons led to performing clinical trials in patients...
Neuropathy and myopathy can cause weakness during critical illness. To determine whether reduced exc...
Sepsis, a progressive immunological, metabolic and cardiovascular disorder, is a major cause of morb...