Triglycerides - too high, too low, the norm... How to decrease triglyceride levels?
Katarzyna Mazur
2026-03-25
6 min. read
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Metabolic syndrome refers to a complex set of factors that increase the likelihood of atherosclerosis, type 2 diabetes, and a multitude of other health complications, directly impacting the quality and length of life. One of the significant criteria for evaluating this metabolic syndrome is an elevated triglyceride level in the blood. This means that this parameter is of paramount importance in determining a person's health status.
Triglycerides: Biochemical structure, metabolic functions, and implications of elevated levels
Triglycerides constitute a class of simple lipids that are ingested by the human body through the consumption of fat-containing foods during the digestive process. Each triglyceride molecule comprises a single glycerol backbone esterified to three fatty acid chains, rendering them a fundamental energy substrate essential for sustaining metabolic equilibrium. Beyond their role as an immediate energy source, the human body possesses the capacity to store excess triglycerides as adipose tissue reserves, primarily located in subcutaneous and visceral depots. While these compounds perform indispensable physiological functions—serving as a cellular fuel source, facilitating thermal insulation of internal organs, and supporting membrane integrity—their chronically elevated circulating levels are strongly associated with an increased susceptibility to atherosclerosis, coronary artery disease, and cerebrovascular accidents. It is also noteworthy that triglycerides undergo endogenous biosynthesis within hepatocytes, where surplus dietary carbohydrates as well as free fatty acids liberated from adipose tissue during catabolic states may serve as precursor substrates for their synthesis.
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