Frequently Asked Questions

Neural Stem Cells, the stem cells of the nervous system, are the building blocks,
and nutrient supplies of the nervous system from the spine to the brain. They are
the very foundations of all the brain cells.

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UCT-MSC’s are pure Umbilical Cord Tissue derived Mesenchymal Stem Cells. They
have strong anti-inflammatory properties and are multipotent. UCT-MSC’s are capable
of differentiating into heart muscle cells, bone cells, cartilage cells, skeleta; muscle
cells, liver cells and more.

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NSC’s 

We are the only place in the world where NSC’s treatments are commercially available for humans. They are scientifically proven to have successfully differentiated into neurons, confirming their differentiation capability and efficacy.

UCT-MSC’s

First, we ethically source our UCT-MSC’s from carefully selected donors of umbilical cord tissues who go through a rigorous screening process. Second, our proprietary techniques for expanding cells have the highest cell count, viability and efficacy of any other source. Once thawed, their viability is an average of 98%, which well surpass the gold standard in the industry, 85%.

Cardiac Cells

We are the only place in the world where cardiac progenitor cells and cardiomyocyte treatment is commercially available for humans. Cardiac Cells contain 95% of cardiac progenitor cells(cardiac stem cells), and 5% of Cardiomyocytes (heart muscle cells). 

This cutting edge formula optimizes therapeutic outcome by boosting the cardiac system with its own stem cells (cardiac progenitor cells) and heart muscle cells(cardiomyocytes). Cardiac stem cells can differentiate into any kind of cells that the heart needs, while cardiomyocytes enhance the cellular regeneration process, contributing to a more efficacious outcome.

No. 

NSC’s are the stem cells of the nervous system, the very foundation of all neurons and brain cells; MSCs are multipotent stem cells that can differentiate into a variety of cell types, including cardiomyocytes, bone cells, cartilage cells , skeletal muscle cells, liver cells and more.  

Boosting the body with brand new NSC’s will activate regeneration and repair the central and peripheral nervous system, while replenishing MSC’s can be beneficial for inflammatory conditions, autoimmune diseases, chronic pain, systemic cellular regeneration, and more.

In conclusion, NSC’s and MSC’s serve different purposes for different conditions, and the combined use of both could enhance treatment outcome depending on the circumstances. Both of them are suitable for systemic anti-aging and preventative care.

The culturing process of 2D and 3D cells determines the differences between their characteristics. 

For example, when 2D cells are administered intravenously, as they go through the blood flow throughout the body, they are able to immediately adhere onto surfaces more easily along the way. And they travel slower due to their sizes. 

3D cells, on the other hand,  travel at a faster rate in general due to their initial non-adherent nature. However, 24-48 hours after they enter the body, their adherent capability arises. Also, because 3D cells are smaller, they are also able to travel to more places that 2D cells won’t be able to reach.

No. 

2D and 3D cells both have unique characteristics and strengths that present different healing capabilities. When both cells first enter the body, their travel speed is almost similar despite the difference in sizes. As they travel throughout different parts of the body, of which have different sizes of veins, 3D cells travel faster and adhere less than that of the 2D cells. 

When it comes to combating any diseases related to lung, pancreatic, liver and muscle, 2D cells are ideal as once they adhere to the problematic/injured/damaged areas, cell communication and cell signaling are drastically enhanced. 2D cells can go through the blood vessels, and migrate between tissues in the body, thereby directly resetting inflammatory diseases in the immune system. Additionally, they are aware of directions , which allows them to travel and arrive at targeted areas more efficiently.  

For 3D cells, because their adherence on surfaces is limited to none within the first 24-48 hours, it gives them the opportunity to travel systematically on a more comprehensive and thorough level, hence why they are able to ‘cover more ground’.  When the time comes, they are more spread out inside the body to perform cellular regeneration and other healing functionalities. For intramuscular and intranasal administration, 3D cells are a more ideal option. 

Furthermore, when both cells enter the body as the strong and powerful ‘newbies’, as they travel through, they constantly communicate with cells that are pre-existed, and the latter would let the new cells know where in the body needs repair and their presence the most. They will then travel to and focus on those areas as they are programmed to heal.