炎症
疤痕
渗透(HVAC)
纤维化
神经科学
病理
多发性硬化
医学
外围设备
生物
免疫学
热力学
物理
内科学
标识
DOI:10.1038/s41593-020-00777-2
摘要
Fibrotic scarring after inflammation is well-characterized in peripheral tissues, but its role in the CNS is less clear. A new study shows that local proliferation of CNS fibroblasts drives fibrotic scar formation in response to circulating inflammatory cell infiltration in a model of multiple sclerosis, which may limit repair.
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