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Your Baby’s Umbilical Cord Could Change their Life

The umbilical cord is a truly remarkable organ. It is a conduit between the mother’s placenta and the foetus, providing the foetus with oxygenated, nutrient-rich blood and removing waste. Without a healthy umbilical cord, life would be impossible.

Traditionally, the umbilical cord would be discarded as medical waste after a baby is delivered. However, this has changed in recent years, as researchers have discovered that umbilical cord blood and tissue is a plentiful source of valuable stem cells.

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Umbilical Cord Blood: Current and Future Uses for Your Family

Since the discovery of cord blood stem cells in 1974, there have been more than 40,000 transplants worldwide. Many of these procedures have been life-saving, helping patients recover from deadly conditions like leukaemia and multiple myeloma.

But cord blood stem cells may have an even brighter future, with dozens of clinical trials underway that may lead to new treatments for heart disease, diabetes, Alzheimer’s disease and other conditions. Some researchers believe that the regenerative potential of stem cells is about to revolutionise the world of medicine.

In this article, we’ll share some of the current and future uses of cord blood stem cells. It will help you understand why cord blood stem cells are a precious medical asset which should be preserved for your family’s health.

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The World's First Umbilical Cord Blood Transplant Recipient

Although most people assume that cord blood stem cell therapy is a cutting-edge medical technology, it has a history that stretches back decades. In fact, the very first umbilical cord blood transplant occurred on the 6th of October 1988 over 30 years ago.

The recipient of the world’s first umbilical cord blood transplant was a young 5-year-old boy named Matthew Farrow. Matthew received the cord blood stem cell transplant to treat Fanconi Anaemia, a rare and life-threatening blood disorder.

This cord blood awareness month, we'd like to share with you Matthew's journey to becoming the world's first successful recipient of umbilical cord blood transplant.

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10 Awesome Facts You Should Know About Umbilical Cord Blood

The umbilical cord blood was once considered a waste product that was discarded after a baby was born. After many years of research and hundreds of successful transplants, the blood from umbilical cord is now seen as an important biological resource that could potentially save many lives and treat various life-threatening diseases.

A newborn baby's umbilical cord blood is considered highly valuable because of the stem cells it contains. They include haematopoietic stem cells (HSCs) which are capable of generating new blood cells, and mesenchymal stem cells (MSCs) which can turn into many types of cells including nerve cells, muscle cells, and bone cells. Learn more about the major types of stem cells within the cord blood »

To help you understand more about the useful benefits of a newborn baby's umbilical cord blood, here are 10 awesome facts about umbilical cord blood every expecting parent should know.  Let’s check them out.

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July is Cord Blood Awareness Month: Help Spread the Word!

July is Cord Blood Awareness Month, an annual event designed to raise awareness of umbilical cord blood and its many medical applications. The event aims to educate people about the regenerative capabilities of cord blood and the many benefits of storing your child’s umbilical cord blood for later use.

Cord blood stem cells are used to treat over 85 different medical conditions, including many forms of cancer, blood disorders, immune disorders, and metabolic disorders.

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The Remarkable Qualities of Umbilical Cord Blood Stem Cells

Umbilical cord blood is the blood found in a newborn baby’s umbilical cord. Expecting parents have the once-in-a-lifetime opportunity to collect and preserve the umbilical cord blood for many years. This collection and preservation practice is called cord blood banking. After the birth of the baby, once the umbilical cord is clamped and cut – the remaining cord blood is collected using a specialised collection kit and sent to a private cord blood bank laboratory for testing, processing and storage in liquid nitrogen tanks for years, until needed for transplant.

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Making Stem Cell Transplants Safer and More Effective

Hematopoietic stem cell transplants have been used to saved the lives of many thousands of cancer patients over the past few decades. They have been an absolute game changer in terms of survival rates.

However, before receiving a stem cell transfusion, cancer patients need to be treated with high dose of chemotherapy and radiation. This treatment kills the mutated cells which are causing the patient’s cancer, in a process known as ‘conditioning’.

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Using Cord Blood MSCs to treat BPD in Premature Infants Shows Promising Results

The results of a Phase II clinical trial investigating the use of umbilical cord blood mesenchymal stem cells (MSCs) to treat bronchopulmonary dysplasia (BPD) have recently been published.

Bronchopulmonary dysplasia is a lung disease which affects newborn babies. It is particularly common in premature infants and babies with a low birth weight. Researchers believe that the condition is exacerbated by or caused by prolonged mechanical ventilation.

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5 Ground-Breaking Trials Using Cord Blood Stem Cells

It has been an exciting year for stem cell research, with several ground-breaking trials being completed. These projects have further demonstrated the therapeutic value of stem cells and indicate that more breakthroughs may happen in the near future.

To help you understand the types of discoveries which are being made, here are 5 recent ground-breaking trials using cord blood stem cells.

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Umbilical Cord Blood: A History of Clinical Use

Stem cell research has progressed at a rapid pace in the past few decades. Scientists have discovered that umbilical cord blood is a particularly rich source of stem cells and that cord blood can be used to treat many conditions. To give you an understanding of the capabilities of cord blood stem cells, this article will take a look at the history of cord blood and how it might be used in the future.

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