Whether the Liposomal Vitamin C hoax is real or not? It is a typical question, and everyone desperately needs an answer. Liposomal vitamin C is a form of the vitamin that will fulfill your vitamin C requirements. Aside from it, other liposomal vitamins are also available in the market.

Are Liposomal Vitamins Better than Regular Vitamins?

Yes, it is a scientifically proven fact that liposomal vitamins are more beneficial than a regular vitamin. They don’t utilize capsules or tablets or powders to deliver nutrients. They are composed of the same material that cell membranes are composed of, so liposomal vitamins are absorbed well. They attach to these membranes first and help the delivery of nutrients.

Moreover, with liposomal technology, the phospholipids can produce liposomes in the stomach. The movement of water is enough to make some liposomes. Stress is high in the stomach, with stomach fluids in near-constant motion that may form an even higher amount of liposomes.

Liposomes help the nutrient get entry across the gut membrane to its target tissues and cells; more nutrients may lead to an enhanced absorption rate. So, that is why liposomal vitamins are more significant and beneficial.

Why Take Vitamins At All

Only a few people eat a balanced diet, so they don’t need supplements to maintain their metabolisms. But most of the people need to take vitamin supplements to meet their vitamin requirements.

For example, females of childbearing age must consume a folic acid pill per day (in the range of 0.3 to 0.5 micrograms). Folic acid dietary pills offer protection from babies being born with neural tube problems.

Individuals at higher risk of osteoporosis, like older adults, may benefit from a daily Liposomal vitamin D3 supplement. According to doctors or medical health care officials, a dose of 1,000 international units (IU) per day is usually sufficient and safe.

In the developing world, vitamin A supplement decreases death rates in kids. So, they should consume vitamin A supplements.

Why is Liposomal Vitamin C Better than Regular Vitamins?

Liposomal vitamins like Liposomal vitamin B12 are better than regular vitamins due to many reasons. Liposome technology prevents the vitamins from degradation, for example, as they pass through the stomach acids’ unfavorable environment.

Once they move from the intestines into your blood, the nutrients are delivered to the cells as the cell membrane is the same in chemical structure to the liposomes permitting nutrients to enter the cells and recharge your body with nutrients.

The exact mechanism is not entirely explained; however, scientists think that as the cell membrane and the liposome resemble closely, the cell membrane cannibalizes the liposome to repair itself. It secretes the vitamins.

This dual function of Liposomal encapsulated vitamins enables the vitamins more available to your body than traditional techniques of capsules, tablets, or sprays.

What is Liposomes Made of?

A liposome is a spherical shaped vesicle with a membrane of phospholipid bilayer utilized to deliver drugs or genetic substance into a cell. It is composed of natural phospholipids that are biologically inert and feebly immunogenic, and they involve low inherent toxicity.

Moreover, drugs with a variety of lipophilicities are encapsulated into liposomes. For example, due to its drug delivery system, it is encapsulated with curcumin and transformed into Liposomal vitamin curcumin.

What Do Liposomes Do?

Working on Liposomes depends on their delivery system. There are mainly four types of a liposomal delivery system;

  1. Conventional liposome

Liposome comprises a lipid bilayer that can be made of cationic, anionic, or neutral (phospho) lipids and cholesterol that enclose an aqueous core. Both the aqueous space and lipid bilayer involve hydrophobic or hydrophilic compounds, respectively.

  1. PEGylated liposome

Liposome properties and behavior in vivo can be changed or developed by adding a hydrophilic polymer coating, polyethylene glycol (PEG), to the liposome surface to confer steric stabilization.

  1. Ligand-targeted liposome

Liposomes may be utilized for particular targeting by attaching ligands (for example, antibodies, and carbohydrates) to its surface or the terminal end of the attached PEG chains.

  1. Theranostic liposome

A single system contains nanoparticles, an imaging component, a targeting element, and a therapeutic portion.