… the clear evidence showing that ultrafine particulate matter triggers inflammatory mechanisms
that may play a role in chronic pulmonary inflammation. Particle surface area and the …

… dioxides, nitrogen oxides) or particulate (eg, PM). A main theme of this review is to provide
the basic feature of AM immune responses to primary outdoor particulates, and thus, it is …

… In the present review, we provide evidence for the systemic inflammatory response induced
by exposure to atmospheric particles and cigarette smoke with particular reference to its …

… to ambient air particulate matter has been suggested to be a key factor in the pathogenesis
of inflammatory … However, receptors and mechanisms underlying these responses have not …

… , eventually producing inflammation-induced injury. Our results indicate ambient PM may
also suppress oxidative and inflammatory responses in healthy AM when PM exposure …

… In summary, our results show that AM that phagocytoses ambient particulate matter result in
a dose-dependent increase in TNF-α production and that particles with different composition …

… A lot of studies have shown that PM2.5 exposure promotes inflammation in the lung which
is associated with a systemic inflammatory response. Oxidative stress and inflammation have …

… to ambient particulate matter air pollution induces a systemic inflammatory response that …
In this review we provide evidence for the systemic inflammatory response induced by …

… in this paper, linking the health effects of ambient, combustion-related PM pollution with
oxidative biology and immune responses, are revealing the underlying biological mechanisms …

… ., 1998), and these responses can be inhibited with the antioxidant N-acetylcysteine, suggesting
that the actual signaling of the inflammatory response is dependent on oxidative stress. …