Why are cord blood stem cells valuable?
A major problem in medicine is that people are genetically different and diseases like COVID 19 mutate so fast that a vaccine is outdate when the first clinical trails have been started.
That is way we believe that the next great advance in medicine will not be a pill but will be stem cells.
In addition to that just recently Four COVID-19 patients who received stem cell treatment while in a serious condition have been discharged from hospital after recovery. Which enforces our endeavour to preserve cord blood stem cells in case patients might need them.
Potential use of Cordblood stem cells
Stem cells therapy
On the long run some scientist believe that in the near future stem cells will be used to replace a patient’s damaged blood, immune system, restore damaged tissue, attack cancer cells or treat diseases like COVID-19.
A lot of research is done on the regenerative capabilities of Stem cells from umbilical cord. At the moment regenerative medicine applications in clinical studies seem promising. Therefore many resources are invested in clinical trials seeking to advance treatment options using cord blood stem cells.
Stem cells from cord blood are regenerative and have the properties as shown in laboratories to regenerate body parts.
If stored properly, newborn stem cells can stay a life forever. Which means that stem cells benefits can last a lifetime.
How stem cell banking after liposuction works
The signed documents are checked by our doctor.
We then send the Collection Kit to your home and no deposit is required.
Take the collection kit with you and give it to the midwife during delivery.
In our laboratory we immediately count and control the quality of the stem cells. We also test the blood sample for diseases, and email you for an update about the quality.
You will then receive an invoice to pay for the storage costs.
For more information get the free brochure, what every parent needs to know about banking umbilical stem cells!
For more info about pricing please, CONTACT US!!
Min K et al. Stem Cells 2013; 31(3):581-591 doi: 10.1002/stem.1304 Cotten M. et al. 2013; Pediatrics 164(5):973–979 doi:10.1016/j.jpeds.2013.11.036 Liao Y et al. 2013; Bone Marrow Transplantation 48:890-900 doi:10.1038/bmt.2012.169 Sun JM et al. 2015; Pediatric Research 2015; 78:712–716 doi:10.1038/pr.2015.161