- Joined
- Aug 24, 2017
- Messages
- 5,856
Exercise training enhances in vivo clearance of endotoxin and attenuates inflammatory responses by potentiating Kupffer cell phagocytosis
"In our model, endotoxaemia and the activated KC (kupffer cells) inflammatory response, both associated with the KCs dysfunction, led to chronic inflammation in the liver."
"Exercise training caused an increase in foreign-body phagocytic capacity of KCs (Fig. 2b). Endotoxin levels in portal vein blood did not change following 3-month exercise training"
"exercise training triggered an attenuation in endotoxin-induced inflammatory responses and thereby in inflammatory cytokine levels."
"Exercise training increased expression of these surface molecules on KCs, resulting in an increase in KC phagocytic capacity. We suggest that this may cause lower peak endotoxin levels in peripheral blood following endotoxin administration. One study reports that acute exercise greater than 30 min contributes to an increase in carbon clearance"
"The addition of DHEA to RAW264.7 cells, at a concentration close to the peripheral blood levels after 3-month exercise training (Fig. 4d), caused a dose-dependent increase in latex bead phagocytic capacity (Fig. 5a), and inhibition of endotoxin-induced phosphorylation of NFκB-p65"
"In our model, endotoxaemia and the activated KC (kupffer cells) inflammatory response, both associated with the KCs dysfunction, led to chronic inflammation in the liver."
"Exercise training caused an increase in foreign-body phagocytic capacity of KCs (Fig. 2b). Endotoxin levels in portal vein blood did not change following 3-month exercise training"
"exercise training triggered an attenuation in endotoxin-induced inflammatory responses and thereby in inflammatory cytokine levels."
"Exercise training increased expression of these surface molecules on KCs, resulting in an increase in KC phagocytic capacity. We suggest that this may cause lower peak endotoxin levels in peripheral blood following endotoxin administration. One study reports that acute exercise greater than 30 min contributes to an increase in carbon clearance"
"The addition of DHEA to RAW264.7 cells, at a concentration close to the peripheral blood levels after 3-month exercise training (Fig. 4d), caused a dose-dependent increase in latex bead phagocytic capacity (Fig. 5a), and inhibition of endotoxin-induced phosphorylation of NFκB-p65"