Abstract
Neuroinflammation
is one of the key components contributing to the devastating outcome of
ischemic stroke. Starting with stroke onset, inflammatory processes
contribute both to cell damage and tissue remodeling. The early release
of alarmins triggers the upregulation of multiple proinflammatory
cytokines, resulting in the compromised integrity of the blood–brain
barrier. From this moment on, the infiltration of peripheral immune
cells, reactive gliosis and extracellular matrix (ECM) alterations
become intricately intertwined and act as one unit during the tissue
remodeling. While the mechanisms of leukocyte and glia activation are
amply reviewed, the field of ECM modification remains as yet under
explored. In this review, we focus on the interplay between
neuroinflammatory cascades and ECM in the ischemic brain. By summarizing
the currently available evidence obtained by in vitro research,
animal experimentation and human studies, we aim to propose a new
direction for the future investigation of stroke recovery.
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