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This document discusses several functions of lipids: 1. Lipids can be stored as an energy source, providing more potential for oxidation than glucose. 2. Lipids provide thermal insulation and mechanical protection for cells and tissues. 3. Lipids act as precursors for important signaling molecules like eicosanoids and platelet-activating factor (PAF) that regulate biological processes.
Presented by Hina Amir.
Introduction to the key functions of lipids in biological systems.
Lipids serve as an essential source for energy storage.
Comparison of energy potential between lipids and glucose based on molecular structure.
Lipids play a critical role in providing thermal insulation for organisms.
Mechanical protection is another important function of lipids in biological systems.
PAF is a significant mediator involved in cellular functions, found in low concentrations.
Certain lipids have roles in inducing sleep.
Discusses the structure and importance of isoprene units in lipids.
Arachidonic acid regulates various biological processes.
Exploration of biological processes regulated by eicosanoids derived from lipids.
Lipid rafts are crucial for neuronal functions and synaptic transmission.
Lipids provide structural support in biological membranes.
Lipids can function as antibacterial agents in various biological contexts.
Lipids act as precursors for the synthesis of other vital biomolecules.
Natural plant oils are sources of stearic acid, used in products like soaps and lotions.
Plant lipids are key in biodiesel production and industrial lubricants.






















