Exoceuticals® offers the best value in the market.

The team behind Exoceuticals has been investigating the molecular mechanisms behind stem cells for over 30 years. This experienced team of scientists, physicians and advisors has brought forward the eXo³ Exosomes technology platform through decades of numerous scientific evaluations and clinical studies. The research and development commitment and manufacturing expertise necessary to ensure the highest quality consistently is an expensive undertaking.

We produce our eXo³ Exosomes in one of the top facilities in America, manufactured in small batches using a patented process that generates billions of bio-available exosomes, growth factors, proteins, and peptides. All materials that go into the making of this product are screened and tested to make sure they are pathogen-free. This process validation and quality control ensures that an Exoceuticals® product purchased today remain guarantees lot-to-lot consistency. Manufacturing expertise of exosomes is important: quality over quantity. There is no way to mass-produce optimized exosomes of this type, quality and bioactivity without severely altering or degrading the formula's effectiveness.

To ensure the high quality, potency and reproducibility of our formulation, our bioactive exosome ingredient is produced in small batches. Quality and consistency matters.

Other brands charge a fortune and only offer a small number of isolated synthetic ingredients or “bioactives” from less-than-optimal
sources. Exoceuticals® provides highly efficient and effective skin friendly products that are derived from a cell source that is part of the skin ecosystem.

Not all exosomes are the same. Some brands use human platelet extract while the eXo³ Exosomes are from human adipose-derived stromal stem cells, derived from the “lower layer” of our skin: also known as fat. Human adipose stromal/stem cells are mesenchymal stem cells (MSCs). 

These mesenchymal stem cells are true progenitor cells known for their regenerative capabilities across organ systems. This is where our exosomes come from. Platelets do not come from stem cells. They are cells taken from the blood that go to the area of injury to stop bleeding by clotting the blood. They also are pro-inflammatory as they sequester immune cells to the area of injury. Platelet derivatives can stimulate a reparative and regenerative environment causing topical wound closure.

Adipose Stromal Cells are actual stem cells that are multipotent unspecialized cells that can replace a variety of different specialized cells in your body, where necessary. eXo³ exosomes from these Adipose Stromal Cells are tuned to target and impact skin cells as they are derived from skin itself (subcutaneous fat). Fat is a layer of the skin. These exosomes are the best choice for the skin as they come from skin, they know skin, they speak the language of skin- they can impact skin cells directly. 

Although we don’t promote our products an acne product, some users have reported that their acne has responded well to ourproducts. The main bioactive ingredient in Exoceuticals® products is eXo³ Exosomes and studies have shown that exosomes have immunomodulatory potential as well as anti-bacterial and anti-microbial properties. eXo³ Exosomes are cellular signaling molecules that modulate inflammatory responses in the skin to optimize the body’s innate response to bacterial and viral pathogens. 

Exosomes are nanosized vesicles secreted by cells that contain various biomolecules, such as proteins, lipids, and nucleic acids. When applied topically, exosomes can be absorbed into the skin through several mechanisms:

Endocytosis: Exosomes can be engulfed by skin cells through endocytosis, a cellular process where the cell membrane surrounds the exosome and internalizes it into a vesicle.

1. Fusion with cell membrane: Exosomes may fuse with the outer membrane of skin cells, releasing their contents directly into the cytoplasm of the cell.
2. Transcytosis: Exosomes can move across the layers of the skin by passing through multiple skin cell layers via a process called transcytosis. This mechanism involves exosomes being taken up by one cell on the outer layer of the skin and then transported through the cell and released on the other side.
3. Extracellular vesicle pathways: The skin contains various extracellular vesicle pathways, such as tight junctions between cells, which can allow exosomes to move between skin cells and into deeper layers of the skin.
4. Dermal penetration: Some studies suggest that exosomes can penetrate through the skin's barrier and reach the deeper layers of the skin, where they can exert their effects.