The complex, intrinsic system of molecular checks, balances, and signaling networks that dictates a cell’s overall function, survival, proliferation, and programmed death (apoptosis). This internal regulatory architecture ensures tissue homeostasis and appropriate response to external stimuli, acting as the fundamental control mechanism for biological integrity. Impaired cellular governance is a hallmark of aging and chronic disease, highlighting its importance for longevity.
Origin
This term is a conceptual construct within molecular biology and longevity science, used to describe the collective regulatory mechanisms of a cell. It combines the biological unit “Cellular” with the organizational concept of “Governance,” emphasizing the structured, rule-based control over cellular destiny. The concept is central to understanding biological aging and senescence.
Mechanism
Key components of cellular governance include the activity of sirtuins, mTOR, and AMPK pathways, which sense nutrient and energy status to regulate gene expression and metabolism. Hormonal signals, such as insulin and growth factors, interact with cell surface receptors to transmit systemic instructions that influence this internal control. The nucleus, containing the genetic material, serves as the ultimate command center, directing all major cellular operations to maintain optimal function.
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