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It’s a once-in-a-lifetime chance to collect a priceless resource that might one day be utilised to cure a major disease or illness by storing your baby’s stem cells at birth. Your baby’s stem cells may also match those of their siblings or parents and be used to treat them. These cells are effectively preserved at birth in their healthiest and most potent state.
In the past, bone marrow was the primary source of stem cells. But today, because to extensive research, we know that hematopoietic stem cells, among other very effective stem cells, are abundant in umbilical cord blood and tissue.
In 1988, the first stem cell transplant using stem cells from umbilical cord blood was successful. The cord blood was taken from the newborn sister of the patient, a boy with Fanconi’s anaemia, a dangerous blood condition. Since then, there have been many more successful transplants for a variety of various diseases.
It’s intriguing to think about how stem cells could be able to repair damaged tissue and cells. Stem cell transplants are regarded as a conventional form of treatment for more than 80 illnesses. Clinical trials are being conducted on numerous other viruses, including COVID-19. The utilisation of stem cells from umbilical cord tissue is a particularly interesting area of research.
An individual's blood and immune system can be rebuilt by a cord blood stem cell transplant by swapping out unhealthy old cells for new, healthy ones. More recently, it has been demonstrated that cord blood stem cells can develop into other tissues like bone and nerve cells.
The use of cord blood stem cells in regenerative medicine is highly promising. These cells can differentiate into a variety of cell types, including neuron, bone, skin, heart, and liver cells, according to research. It has also been demonstrated that they encourage the body's natural mending processes.
The early clinical therapy of ischemic heart disease and a few neurological diseases has already been made possible by these promising breakthroughs. Cord blood is anticipated to be a significant factor in the development of our capacity to treat human disease. The field of regenerative medicine has a bright future.
Order online or by calling 01895 424430.
In the UK, the collection will be carried out by a certified and trained phlebotomist from a specialised service. To guarantee they are present at the hospital for the delivery, communicate with them or your doctor if you are outside of the UK.
Once your baby’s sample has been collected, call Ulviyya-Cells. They will send a courier to collect and transport the sample to the laboratory near Heathrow Airport.
Your baby’s sample is tested, processed, and cryogenically frozen at the laboratory.
In order to verify that the sample from your kid was successfully stored, Ulviyya-Cells will call you. This sample will be kept securely for 25 years and released for use in therapy if required.
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The company is actively seeking national and international collaborations to establish top-notch facilities in the stem cell industry. Ulviyya-Cell (International) is proud to be the first to adopt the “Closed bag” collection method for harvesting cord blood stem cells, significantly minimizing the risk of cord blood contamination. Our cutting-edge technology is accredited by AABB and other globally recognized certifications.