Key result
Inflammation can drive progressive injury and heart disease despite its critical role in tissue repair.
Why the study?
The inflammatory response plays a dual role in tissue repair and progressive injury in heart disease, necessitating targeted therapeutic strategies.
The article provides an overview of the inflammatory response and its dual role in tissue repair and progressive injury in heart disease.
Basic delineation of innate inflammatory signaling; leaves open targeted modulation in cardiovascular disease.
I nflammation is a coordinated cellular-humoral response to injury. A close interaction between resident cells (ie, endothelial cells, fibroblasts, and dendritic cells) and leukocytes regulates the initiation and resolution of the acute inflammatory response. Constitutive membrane and cytoplasmic receptors function as guardians that "signal the alarm" when activated by products of cell destruction or microbial invasion. This first-line innate immune response initiates a process of leukocyte mobilization from the bone marrow, recruitment to the "activated" endothelium, and migration to the site of tissue injury to prevent infection and to facilitate tissue repair. Although critical for many forms of repair, the inflammatory response may also become a mechanism for progressive injury, impaired healing, and disease.
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Tassell et al. (2013) conducted a review in Heart Disease. Targeting Interleukin-1 was evaluated. Although critical for tissue repair, the inflammatory response may also become a mechanism for progressive injury, impaired healing, and heart disease.
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