… different inflammatory cells following focal cerebral I/R. We discuss how these cells contribute
to ischemic … questions about inflammatory cells in the pathophysiology of ischemic stroke. …

… stroke. We discuss the role of blood-borne and brain-resident inflammatory cells, pro-
and anti-inflammatory mediators, and related pathways in ischemic brain injury. …

… , released by inflammatory cells, threaten tissue viability in the vicinity of the ischemic core. …
of oxidative stress and inflammation in ischemic stroke and potential therapeutic strategies …

… characterize of glial cells and leukocytes under inflammation after ischemic stroke. … the role
of glia and leukocytes in ischemic stroke, exploring how these two sets of immune cells work …

… Hemorrhage leads to a more robust inflammatory response than pure ischemic stroke.
Different types of ischemic stroke also have distinct inflammatory features. Ischemia due to global …

… After ischemia onset, inflammatory cells such as blood-… inflammatory injury. Increasing
evidence shows that astrocytes may also act as inflammatory cells responding to ischemic stroke. …

… both detrimental and beneficial functions. Thus, this … role played by each component of the
inflammatory/immune response in relation to the spatio-temporal evolution of ischemic stroke …

… stroke and, through an analysis of previous studies of our group, we will evaluate the role of
inflammatory cytokines in acute ischemic stroke … diagnostic and predictive role in this setting. …

… for cellular inflammatory responses in stroke. … Inflammatory cells such as neutrophils and
macrophages infiltrate into the ischemic brain in various animal models of ischemic stroke …

… and the interaction between glial cells and neurons. In addition, we describe the potential
roles of various glial cells at different stages of ischemic stroke and discuss future intervention …