Liposomes deliver nutrients directly into cells. Vitamins and minerals are condensed inside tiny lipid bubbles, called liposomes. Liposomes are double/double-layered bubbles filled with liquid and made using phospholipids. Over fifty years ago, researchers first learned that these bubbles could be filled with nutrients and more effectively protect and transmit nutrients into the bloodstream, then into specific cells. The bilayer composition of liposomes is nearly indistinguishable from the cell membranes that enclose all human cells. This can be attributed to the distinctive configuration of phospholipids. The phosphate head of phospholipids is hydrophilic (having a strong affinity for water), while the tails of fatty acids are hydrophobic (having a strong fear and/or hatred of water). Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essayWhen phospholipids are introduced into a water-based solution, hydrophobic tails of fatty acids move rapidly to break free from the liquid, in the same way that oil separates from vinegar. All the hydrophobic fatty acid tails face inward and all the hydrophilic phosphate heads face the liquid, resulting in the formation of a bilayer membrane. The encapsulation process helps overcome absorption barriers and cellular uptake restrictions, as there is a lack of reliance on the presence of particular protein carriers. The tiny size and unique composition of liposomes allows for rapid and safe absorption with minimal risk of degeneration. As a result, this improves the bioavailability of nutrients, meaning there will be more nutrients for the cells to use. Additionally, liposomes provide phosphatidylcholine to the body. Phosphatidylcholine is a vital phospholipid required for many vital functions in the body. Nanoparticles or liposomes typically smaller than 100 nanometers in diameter may be able to cross the blood-brain barrier and cause harm if the nanoparticles are made of potentially toxic substances, or if the liposomes contain toxic substances. It is critical to find products with liposomes at least 200 nanometers in diameter, which are small enough to pass quickly into the bloodstream and cells. More importantly, you should look for liposomal products made up of phospholipids, as they are nearly indistinguishable from those that make up every cell in the human body and are not toxic in nature. Because they are completely non-toxic, there would be no risk of harm to the body if a liposome crossed the blood-brain barrier. Please note: this is just a sample. Get a custom paper from our expert writers now. Get Custom EssayIn fact, the possibility of this event occurring can be advantageous, because the essential fatty acids that make up phospholipids and vitamins can provide essential nutrition to the brain. It is not yet known how the nutrients are released. One theory assumes that the liver processes phospholipids as if they were fat, resulting in the release of the nutrients they contain. Another theory theorizes that the body's cells, which are starved for phospholipids to help repair cellular structures, "steal" them from liposomes, resulting in their contents leaking out. There is a high probability that both processes will occur. Regardless, the numerous benefits of liposomal delivery have been methodically proven countless times. Currently, liposomes have the largest.