Successful Placenta Stem Cell Transplant Stories

In this article, we are going to share some transplant success stories using the cells from chorionic villi and amniotic membrance of the placenta. These stories highlight the therapeutic value of the placenta and the many ways in which it can be used to treat people suffering from injuries or disease.

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Placenta Banking: How Does It Work?

In this article, we are going to take a closer look at how placenta banking and amnion banking works. This includes an explanation of what happens during the collection process and how the placental cells and amnion are stored for later use.

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Placental Cells: Benefits and Future Uses

The placenta is a remarkable organ that is essential for producing human life. It supplies a growing foetus with all the nutrients it requires while in the womb, protects it from pathogens, and gives your newborn antibodies to protect it from disease. The placenta can do all these incredible things because of the powerful stem cells, growth hormones, and antibodies it produces. In this article, we'll talk about the medical benefits and future uses of the placental cells.

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Expecting Parents Guide to Placenta Banking

Expecting a baby for the first time is an exciting and joyous experience, but it can be quite nerve- wracking. While you are looking forward to seeing your newborn baby, you may be concerned about their health. Aside from the challenges faced during childbirth, expecting parents often wonder how they should be safeguarding their child’s health for the years to come.

One of the most innovative ways to protect your child’s health is through the use of medical technologies like placenta banking and amnion banking. Placenta banking involves the preservation of the placental cells fom the chorionic villi (the three-like structures on the outer membrane of the placenta) after the birth of a child, while Amnion banking involves the storage of the amniotic membrane.

In this article, we are going to discuss about Cells4Life's latest stem cell banking service, the placenta banking and amnion banking - what are the benefits to your family and how it works.

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Placental-Derived Stem Cell Therapy for Premature Babies with Intestinal Disease

Premature babies have a very difficult start to life. Their bodies are not adequately prepared for life outside of the womb and they are vulnerable to a range of illnesses.

One of the most common illnesses suffered by premature babies is called necrotising enterocolitis. It is a life-threatening disease of the bowels, which affects about 10% of all pre-term babies.

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Ground-Breaking Clinical Trials Using Amniotic Membrane

The therapeutic value of the placenta’s amniotic membrane has been known for over 100 years, with doctors using it to speed up wound healing. However, many researchers believe that it may be far more useful than previously thought.

There is now evidence to suggest that the amniotic membrane may be used to treat a wide range of conditions including diabetes, brain injuries, cardiovascular conditions, and more. This guide will share more detail on the recent ground-breaking clinical trials involving the use of the amniotic membrane.

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Amnion Banking: What are the Important Uses of Amniotic Membrane

The placenta plays an important role in the growth of your baby while in the womb. It is responsible for providing oxygen-rich blood to the foetus, which contains valuable nutrients that are essential for growth. It also removes waste and keeps the foetus safe from disease.

But the placenta’s ability to support life doesn’t necessarily finish after your child is born. Researchers have discovered that the placenta and amniotic membrane both contain powerful cells with regenerative capabilities.

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4 Ground-Breaking Clinical Trials Using Placental Cells

Over the past decade, researchers have begun to look more closely at the potential therapeutic value of placental cells. The placenta contains many cells with potential value, including hematopoietic stem cells (HSCs), mesenchymal stem cells (MSCs), amniotic cells, growth factors, cytokines, epithelial cells and endothelial cells.

The renewed focus on the placenta has already delivered benefits with several ground-breaking discoveries. In this post, we are going to highlight 4 of the most exciting breakthroughs using placenta stem cells which have been made recently.

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