Wharton's Jelly Stem Cell Therapy
The moment when the first stem cell was discovered may have changed the medicine forever, especially in terms of treatment of numerous and complicated conditions. Patients who may have been struggling with joint pain and patients with cancers too would finally have therapies that gave better results.
When we talk about regenerative medicine, we also need to talk about the stem cell in the human umbilical cord blood. To many professionals, Wharton’s Jelly stem cell therapy gives the most impressive outcomes for many health conditions, so keep reading for the details.
Why is Wharton’s Jelly stem cell therapy more efficient than others?
More than 5 million births in the EU and 131million worldwide give professionals the possibility to gather the lifesaving stem cells (WJ-MSC).
More and more studies revealed that these elements might present amazing therapeutic abilities. They may be collected at birth and don’t pose the same risks as the collection of adult elements from the adipose tissue or the bone marrow. The rate of expansion, the absence of ethical issues, immune-privileged characteristics, and the non-tumorigenic abilities make the WJ-MSCs the best choice for allogeneic (from a donor) autologous (from the patient) therapies of regenerative medicine.
They are fantastic for their properties, but they may be exposed to aging and environmental factors throughout life. With WJ-MSCs being collected at birth, it’s obvious why their potency may be more effective than adult mesenchymal stem cells obtained from fat tissue or the spinal cord.
What do WJ-MSC do?
WJ-MSCs are unique and different from mesenchymal stem cells from the spinal cord due to their primitive traits. It’s known that these elements present various characteristics of embryonic elements.
Less expression of pluripotency could explain why these elements aren’t tumorigenic (they don’t generate teratomas). On the other hand, impressive amounts of cytokines and growth factors are produced by the WJ-MSCs, which lead to growth inhibition of tumors both in vitro and in vivo. It has also been revealed that WJ-MSCs may stop osteosarcoma growth, ovarian carcinoma, adenocarcinoma, bladder tumors, benign neoplastic keloid, or lymphoma cells when in vitro. Several mechanisms explain the anti-tumor effects of WJ-MSCs. Scientists are currently working on the best ways to use the umbilical WJ-MSC in anti-cancer therapy.
WJ-MSCs also can control the immunological answers, which makes them an excellent option for the allogeneic applications.
Patients with type 1 and type 2 diabetes, systemic lupus erythematosus, and late-onset hemorrhagic cystitis have shown amazing results with the WJ-MSCs.
It’s also important to highlight that several aspects will affect the efficiency of WJ-MSC treatment. The elements from the human umbilical cord tissue are better received if the body goes through detox, eliminating all chemical, toxic substances, and medications from the body. Regenerative medicine with mesenchymal stem cells have been successfully used at reputed clinics until now, and the body is prepared before receiving the treatment.
At Holistic Sanctuary, for instance, the body goes throughout natural detox, whereas the dieting for patients is exclusively plant-based, organic, raw, and non-GMO. Ozone treatment, HBOT, coffee enemas, nAD IV vitamin drips, Mitochondria repair protocol, Myers cocktail, or Gaba repair are some of the many therapies for boosting the mesenchymal stem cells activity. The additional treatments will push cells stem to heal the affected tissue faster, for better results.
Is it made of stem cells?
WJ-MSCs mesenchymal stem cells are a particular category of stem cells with a high possibility for differentiation, and immuno-privileged status. They’re easy to collect and present no ethical or legal problems.
These elements have numerous features of the embryonic cell, both in genetic and phenotypic levels. They also have a shorter doubling time, but a more considerable ex vivo expansion ability.
Thanks to their immunomodulatory abilities, WJ-MSCs have both adaptive and innate answers. They play an essential role in the control of graft-versus-host disease, present in allogeneic transplantation of hematopoietic stem cells.
What is it made of?
Wharton jelly is made from extra-embryonic mesoderm, and a big part of it is made of mucopolysaccharides (chondroitin sulfate and hyaluronic acid). It also consists of small amounts of macrophages and fibroblasts. It works as a support structure, protecting the vessels of the umbilical cord against constriction and compression.
What do patients need to do?
At some centers like Holistic Sanctuary, stem cell therapy has been part of treatment for some time now. The patients benefit from customized treatment and have access to effective medicines, amenities, and accommodation. Give us a call to see how you may begin your journey for complete recovery.