Angiogenesis modulation is the precise physiological or pharmacological control exerted over the formation of new blood vessels from pre-existing vascular structures. This delicate, highly regulated process is fundamentally essential for effective tissue repair, robust wound healing, and efficient systemic hormone delivery. However, its dysregulation can contribute significantly to pathological states, ranging from tumor growth to insufficient tissue perfusion.
Origin
The term is a compound derived from Greek roots: “angio,” meaning vessel, and “genesis,” meaning creation or origin, thus describing the birth of new vessels. “Modulation” refers to the act of influencing, adjusting, or regulating a system, indicating a therapeutic or physiological control over this critical biological process. This concept is vital in cardiovascular and oncology research.
Mechanism
The mechanism is tightly controlled by maintaining a precise balance between pro-angiogenic factors, such as Vascular Endothelial Growth Factor (VEGF), and anti-angiogenic factors, including angiostatin and endostatin. Various hormones, including estrogens and anrdogens, can significantly influence this crucial balance by altering the gene expression of these growth factors within endothelial cells. Precise modulation is clinically critical for ensuring adequate blood supply to metabolically active tissues and endocrine glands.
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