… Biological aging is characterized by a chronic low-grade inflammation level. This … Environment
can also have a role in biological aging by disrupting the homeostatic balance. Indeed, …

… IC from a chronic inflammation perspective, we reviewed the role of chronic inflammation
in IC, the intersection between IC and chronic inflammation, and the inflammatory markers for …

… , which results in chronic low-level, systemic inflammation, termed “… of variation driven by the
biological clock. In this review, we … inflammation in relation to the functioning of the biological …

… of aging, a potential strategy to tackle pathological aging could be to intervene the
inflammatory state of aging. Reducing chronic inflammation could prevent pathological aging …

… In this narrative review, we aimed to review the sources of chronic inflammation during
aging (Figure 1). The cellular pathways/processes that are known to regulate the DNA damage …

… , DNA methylation patterns were only recently used to construct an epigenetic clock predictor
for biological age, which is a measure of how well your body functions compared to your …

… Furthermore, low-grade chronic inflammation characteristic of inflammaging is the result of
complex immune system interactions, including cascades and feedback loops [28]. To date, …

… important drivers of biological aging. However, … inflammatory state, suggesting that the
pro-inflammatory state observed in many older persons may reflect the burden of biological aging …

… chronic inflammation … age-related pathologies (albeit in an accelerated aging mouse) (13).
Additionally, as the signaling and transcriptional pathways that drive chronic inflammation are …

… The well-known biological activities of macrophages include M1/M2 polarization,
phagocytic activity, Toll-like receptor (TLR) signaling, and wound repair [26]. A decline in the …