Umbilical Cord Derived Stem Cells
The youngest and highest potential adult stem cells
Youngest adult stem cells
What is an umbilical cord?
It is an organ that supplies all the cells and nutrients the fetus needs for growth from the mother. Here, you can obtain ‘Hematopoietic stem cells’ that produce blood and the immune system, and ‘Mesenchymal stem cells’ that can multi-differentiate into human organs.
Of these two types of stem cells, we select mesenchymal stem cells for regeneration. Umbilical cord-derived mesenchymal stem cells are abbreviated as UC-MSC.
The umbilical cord normally contains two umbilical arteries, a single umbilical vein, an obliterated allantois duct, all surrounded by Wharton’s jelly and contained within an outer layer of amnion.
Why umbilical cord stem cells are excellent
The youngest stem cells, UCMSCs
The number of tissue stem cells in bone marrow in their 80s is reduced to 1/200 compared to newborns.*
The changes in cells with age are as follows.:
- Stem cells aging
- Decrease in cell count
- Reduced regenerative ability
- Decreased differentiation ability
- DNA damage
- Mutation occurs
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Special Stem Cell, UC-MSC
The characteristics of umbilical cord stem cells?
UC-MSCs is the youngest and the greatest potential cell that can be obtained from humans. Because these are undifferentiated cells.
High proliferation capacity
Proliferation ability and speed 4 times faster than adult cells.*
Excellent differentiation power
Aging stem cells have a short differentiation function, but undifferentiated umbilical cord stem cells are capable of continuous differentiation.
Low immunogenicity
There is No immune rejection reaction or side effects, because it is a undifferentiated allogeneic cell.
Commonly Treated Conditions
Area of Application
Many researchs indicates that Umbilical cord tissue derived stem cells have the potential to cure and treat various chronic medical illness and disorders, muscle, nerve cells and tissue. Another analysis shows that these stem cells have the unique power to rapidly differentiate and regenerate themselves. This capability have very special priceless ability for aged tissue treatments.
These powerful and safe umbilical cord-derived mesenchymal stem cells can be applied to a variety of diseases. Many patients have already gained hope and a healthy future with this treatment. Generally applicable diseases are as follows:
Treatable diseases
Rejuvenation (Anti-ageing)
Youthful appearance, increased energy and libido, improved mental performance, and physical performance, reduced aches and pains, and improved immune system. Explore More
Arthritis
Reduces inflammation, re-grows cartilage, reduces joint pain, improves mobility, joint stability and reduces medication requirements. Explore More
Diabetes
Reduced glycated hemoglobin (HbA1c), reduced fasting blood sugar, reduced inflammatory markers, reduced enuresis, and increased energy. Explore More
Neurological diseases
MCI*, Dementia, Parkinson’s:
Reduces progression, improves cognitive function, and improves language skills.Explore More
Multiple sclerosis
Reduces lesions, improves mobility, reduces pain, improves fatigue, and improves cognitive function. Explore More
ADHD
Positive changes such as improved attention, reduced hyperactivity, and decreased impulsivity. Explore More
Autism
Improved eye contact, communication and understanding, and reduced behavioral disorders and repetitive behaviors.
Immune disorders
Modulates immunity, reduces inflammation, reduces fatigue, reduces and improves pain, reduces skin rashes.
Cerebral palsy
Reduces spasticity, improves spasticity, improves balance and coordination, reduces seizures, and improves learning and language skills.
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※ References
- Blood cells refer to ‘hematopoietic stem cells’, and regenerative cells refer to ‘mesenchymal cells’.
- Side effects immediately after cell treatment include dizziness, headache, and pain at the needle site, but all improve within 1 day.
- Safety and effectiveness of umbilical cord mesenchymal stem cells: Curr Neurovasc Res. 2013. (These are the results of clinical trials with umbilical cord mesenchymal cells in medical and research facilities that have secured safety and toxicity tests.)