Umbilical Cord Blood Banking

Umbilical Cord Blood

Umbilical Cord Blood Banking

Umbilical cord blood banking is the act of storing the umbilical cord blood that is left in the placenta and umbilical cord after the birth of your baby. The umbilical cord blood contains cord blood stem cells. These stem cells have been shown to help treat diseases like leukemia and other diseases and is a good idea to turn to umbilical cord blood banking.

Umbilical cord blood banks collect the cord blood immediately after birth. The baby's umbilical cord is cut and the cord blood is taken out with a syringe. Neigther the mother or the child experiences any type of trauma while the umbilical cord blood is being collected.

Umbilical cord blood contains stem cells. These cells have the amazing ability to grow into many different kinds of cells, like bone marrow cells, blood cells, or brain cells. Umbilical cord blood banking can make them available to treat some diseases.

Diseases that can be treated with stem cell transplants include leukemia, Hodgkin’s disease, and some types of anemia. When healthy stem cells are transplanted into a child who is ill, those cells can grow new bone marrow cells to replace the ones destroyed by the disease or its treatment. Stem cells from the child's own cord blood often cannot be used, because they may have led to the disease in the first place.

About stem cells Stem cells application What is placenta? Application of placenta extract Step by step Technology of umbilical cord blood collection What is umbilical cord blood?

Another name for umbilical cord blood is cord blood. This term means both the blood obtained from exact umbilical cord and the blood contained in placenta, although these terms sometimes are used separately in scientific literature. About 97% of umbilical cord blood is generated from placenta and about 3% - from cord. That is why the name placenta blood is more correct. In literature the term “umbilical cord blood” or “cord blood” is used.

Umbilical cord blood – is a blood that is left in placenta and cord after child’s birth. Before it was considered as useless material and was not used. It was shown in research that umbilical cord blood is the most precious source of stem cells and it can be collected and cryopreserved for application in future.

The procedure is absolutely safe. It is performed without physical contact with mother and newborn. Right away after the birth and child’s separation from cord an aspiration needle of standard container for blood collection (HEMOCON) is inserted in placental part of umbilical vein. The blood should flow spontaneously into the container.

Your baby’s umbilical cord blood is a valuable, rich source of noncontroversial stem cells. Currently, the stem cells in cord blood are used to treat over 70 diseases and growing. Stem cells, normally found in bone marrow, are the master cells that are responsible for producing the mature cells in our blood and immune system. They form the white cells that fight infection, the red cells that carry oxygen, the platelets that promote clotting and the cells of our immune systems.

Stem cell treatments and transplants have already been used for such wide-ranging diseases and conditions as non-Hodgkin’s lymphoma, leukemia, sickle cell disease, severe anemia and severe combined immunodeficiency. And experimentation for expanded uses of stem cells holds great promise. Current research is being conducted on the use of stem cells for the treatment of cardiac and neurological diseases, to name a few.

During pregnancy, the placenta and blood within it (cord blood) serve as the lifeline of nourishment from the mother to the baby through the umbilical cord. Following the birth, the umbilical cord, placenta and blood within it are usually discarded. However, the umbilical card blood is rich in hematopoietic stem cells, the same cells found in bone marrow. Hematopietic cells are the parent cells which create all of a person's blood cells. Children and adults with leukemia, metabolic disorders, immune deficiencies, bone marrow failure or some genetic disorders may benefit from a stem cell transplant as part of their treatment to replenish cells that are abnormal or have been wiped out by therapy.

More than 70 percent of children and adults requiring a bone marrow transplant do not have an immune matched sibling. Of those, only 50 percent will be able to find a matched unrelated donor through the national bone marrow registries. Current bone marrow registries involve keeping a computerized listing of volunteer donors. The average search time is three to four months and is extremely expensive. Because immune types are specific to an ethnic group and bone marrow registry volunteers are predominately Caucasian, it is difficult (if not impossible) to locate donors for non-Caucasian (African American, Hispanic, Native American) patients.

Umbilical Cord Blood is exactly what it sounds like, the blood that is contained in a newborn baby's umbilical cord at birth. When a baby is born, the umbilical cord is clamped. Then, either before or after the placenta is delivered, the blood remaining in the cord is collected. It is then rushed to a Cord Blood Bank where it will be processed and stored for future use.

Both public and private banks exist for the storage of umbilical cord blood. Public cord blood banks accept donations of umbilical cord blood, to be used for those who need it, for no charge. Private cord blood banks on the other hand, store umbilical cord blood for individuals to save for their child/family, for a fee. There are also fees for OBGYNs who collect cord blood. However, they will often donate their time to those donating their baby's umbilical cord blood to a public bank, which makes the process virtually free. The doctors are willing to do this work for no charge because of the myriad of diseases that umbilical cord blood can successfully treat.

Baby cord blood is leftover in the umbilical cord after birth. The most important component of umbilical cord blood is stem cells. Stem cells have the unique ability to grow into a great variety of cells. If healthy stem cells from umbilical cord banking are transplanted into a person with cancer or anemia, they can replace diseased cells.

People often choose umbilical cord banking if they have a blood disease, such as sickle cell anemia or leukemia, that runs in their family. Or, because stem cells from one child can often be used by a sibling, umbilical cord banking is a choice for families with a sick child. Parents often simply feel safer knowing that placental cord blood and the option for cord blood transplants exist for their family.

Donating cord blood is a controversial process. Umbilical cord blood is the blood that is left in the umbilical cord and placenta after a baby has been born and the umbilical cord has been cut. Doctors currently use the stem cells from cord blood to treat over seventy life-threatening diseases. But that doesn’t mean that cord blood banking is appropriate for everyone.

A major argument against cord blood banking is the cost. Banking cord blood is expensive, including a one-time fee up front and then yearly storage fees. The total cost can add up to thousands of dollars, making it unreasonable for parents to do. However, many cord blood banks attempt to appeal to the emotional side of parents, especially expectant parents who are often facing a multitude of tough decisions regarding their unborn children. Some professionals call the way the cord blood banks advertise “emotional blackmail,” meaning they are using guilt to encourage parents to participate. Donating your child’s cord blood to a public bank is generally free (although it is not guaranteed that it can be used by your child or his siblings in the future).

Umbilical cord blood banking involves collecting the stem cells contained in the baby's cord blood. Umbilical cord blood collection is performed in the moments following a child's birth. The cord blood can be used to treat the child or a sibling (and, in rare cases, a parent) if they develop diseases like cancer, Hodgkin's Disease and even anemia.

A baby's umbilical cord blood contains stem cells. The stem cells contained in cord blood are unique in that they are not yet specialized. In layman's terms, the stem cells have not yet received their "assignment" for what type of cell they will ultimately become. Cells in the blood are very different from skin cells, which are different from the cells in the heart. Each organ system has its own unique cell type.

It depends. Once you donate cord blood, it gets put on a national cord blood registry list. Anyone who needs the cord blood can ask to use it for a transplant. If you should happen to need it before another patient needs it, then you may have access to your baby's cord blood.

Umbilical cord blood banking banking happens when the blood found in a child's umbilical cord is collected for future use. Parents can choose to store cord blood at a private bank, or to donate the cord blood to a public cord blood bank.

Stem cell therapies are treatments replace or repair damaged tissues using stem cells or cells derived from stem cells. An excellent source of general information on stem cell therapies, as well as some considerations for those contemplating stem cell treatments can be found in the Patient Handbook on Stem Cell Therapies. This document was published by the International Society of Stem Cell Research from the recommendations of an international task force of experts in stem cell science.

In Canada, all stem cell treatments must be approved by Health Canada before use in a medical trial or therapy. To read more about drug and health regulations, including biotechnology and stem cells, visit http://www.hc-sc.gc.ca/dhp-mps/index-eng.php.

If you are an expectant mother or father, your doctor or a loved one may have asked you wheether you are interested in umbilical cord blood banking. If you're like most, this was the first time you heard about such a service. Why would anyone want to preserve a child's umbilical cord?

Umbilical cord blood is prized for its high levels of hematoietic stem cells. These stem cells make umbilical cord blood banking a viable service. This is because stem cells harvested from the blood can be used to treat a wide variety of illnesses and disorders. These include sickle cell, leukemia, lymphoma, thalassemia and metabolic disorders.

The preservation of your newborn's stem cells, which allows you to have your baby's cord blood saved for potential medical uses to treat life-threatening diseases. If you do not choose to bank your baby’s cord blood, it will be discarded after birth.

The blood that remains in your baby's umbilical cord after it has been cut is rich in stem cells. These valuable newborn stem cells are genetically unique to your baby and family and can only be collected in the minutes after your baby's birth.

Should I bank my baby's umbilical cord blood?

Although privately banked cord blood is not likely to help your baby, it may help a sibling who has an illness that could be treated with a stem cell transplant. These include leukemia, sickle cell disease, Hodgkin's lymphoma, and thalassemia. Doctors recommend that you bank your baby's cord blood only if a family member already has one of these illnesses.

You might consider donating the cord blood to a public bank instead. You probably won't be able to use the blood, but it could be used for research or for another child.

Banked cord blood is not likely to be helpful to your baby, but it may help a sibling who has an illness that could be treated with a stem cell transplant, including leukemia, sickle cell disease, Hodgkin's lymphoma,or thalassemia. Doctors recommend that you bank your baby's cord blood only if a family member already has one of these illnesses.

You might consider donating the cord blood to a public bank instead. You won't be able to use the blood, but it could be used for research or for another child.

During your prenatal visits, talk with your health professional about your labor and delivery options. As you identify your preferences, you may want to write them down as a birth plan. A birth plan is not so much a "plan" as it is an ideal picture of what you would like to happen. Since no labor and delivery can be predicted or planned in advance, be flexible. As you consider how you'd handle possible complications, give yourself permission to change your mind at any time. And be prepared for your childbirth to be different than you planned.

A birth plan isn't a contract for your health professional to follow—if an emergency situation arises, he or she has a responsibility to ensure both your safety and your baby's safety. You may still be allowed to share in some decisions, but your choices may be limited.

You may want to have a say in this decision, or you may simply want to follow your doctor's recommendation. Either way, this information will help you understand what your choices are so that you can talk to your doctor about them.

Take a look at the comparison between cord blood and bone marrow transplants. The two are compared on a number of criteria points evaluating how effective they are for transplant use.

Many diseases have been successfully treated with umbilical cord blood, although the list of potential uses continues to grow every week. Find out about the more than 70 disorders and diseases that umbilical cord blood stem cells have already treated.

There are already so many decisions to be made toward the birth of your child; what kind of practitioner do you choose; what’s the perfect name for your little one; do you get an epidural or go the natural route. Add one more decision to your list: Should I bank my baby’s umbilical cord blood?

Whether you get a brochure in your mailbox or faintly hear a conversation down the hall while at your doctor’s office, the decision is facing more and more expecting parents. Should you bank your baby’s cord blood? Each situation is different, and so you’ll want to consider the pros and cons of cord blood banking.