Membrane homeostasis is a defining feature of all cells, and biological membranes are primarily composed of phospholipids. The properties of phospholipid bilayer are greatly influenced by the proportion of two fatty acid species (saturated fatty acid and unsaturated fatty acid). A high unsaturated fatty acid content promotes membrane fluidity, while a high saturated fatty acid content increases membrane rigidity. C. elegans Membrane https://www.elegansmodel.com/c-elegans-membrane-fluidity-assessment-service.html
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C. elegans Membrane

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Membrane homeostasis is a defining feature of all cells, and biological membranes are primarily composed of phospholipids. The properties of phospholipid bilayer are greatly influenced by the proportion of two fatty acid species (saturated fatty acid and unsaturated fatty acid). A high unsaturated fatty acid content promotes membrane fluidity, while a high saturated fatty acid content increases membrane rigidity. C. elegans Membrane https://www.elegansmodel.com/c-elegans-membrane-fluidity-assessment-service.html