Umbilical Cord Blood
Whenever you keep the blood from a baby’s umbilical cord blood, you are preserving future’s health. These cells are very precious because they can treat many diseases, reverting the root of the origin of cancer, autism, brain lesion, because containing many valuable hematopoietic stems cells.
What is Cord Blood Banking
The umbilical cord blood bank processes and stores blood obtained from the baby’s umbilical cord immediately after birth in private or public banks to cure more than 80 diseases. This cordon was discarded for centuries and has now become hidden gold after researchers discovered the regenerative power of these mesenchymal stem cells, primitive cells that repair the bone marrow and immune system.
Banks of Cord Blood and Cord Tissue
Once you have decided to store the blood from the umbilical cord, there are few things to know. People have two option at their disposal; one is public and another private cord blood banking.
Cord Blood Banking Benefits
Currently, treatments are carried out to combat more than 80 diseases thanks to this blood with regenerative characteristics. Future insurance discoveries will be encouraging and continue to solve more cured disease, the potential is great.
Quick, easy and pain-free
The potential use of Autism and Cerebral palsy
As the name says, a public bank is free and open for all; it means that anyone can get stem cells from a public bank. Stem cells stored in public banks are not person’s property, it is for the benefits public.
The use of this blood is available to any patient who needs it. If you choose to donate your umbilical cord blood to the public bank, tell your gynecologist who will give you the information required for the donation process.
Thanks to these banks thousands of people are saved by providing social assistance, people without economic resources flock to these banks in the hope of obtaining this valuable blood and be compatible, to a greater amount of blood is more likely to help Humanitarian. The map of all the banks public: Here
To guarantee the exclusive use of the blood for your son, and for your family, it will keep the stem cells ready when required. Taking this options doesn’t mean you won’t be able to use a public bank if needed. Private banks are exclusively designed for your children and your whole family.
The private banks provide service for money, means there are the collection, processing, and annual storage costs involved. However, cord blood cells stored in private bank remains the property of the donor.
These cells are stored by mixing special reagents in them and then freezing at extremely low temperature. Experience shows that when stored in such manner, cells remain valid and expandable even after several decades of storage. Properly stored cord blood remains a quality product for a long time.
What Does Cord Blood Banking Cost
There are two forms of payments that affect the cost when it comes to private banking:
- The first offer, which is determined by the bank, is offered annually. The initial payment goes for about $1,500, or even more. Keep in mind that this cost covers the first initial year. After that, you will be required to pay about $100 or more on an annual basis, to cover the storage costs.
- The second form of payment is much better and a lot cheaper. This is where the bank asks for payment that will cover for the next 20 years. This helps take a load off your shoulders for a long time. For both public and direct- donation banks, the banks do not charge any fee.
Storing Private of Cord Blood
Storing them in private bank guarantees family to use for future illnesses, it is advisable to store the cord of the fabric because this encompasses more familiar compatibility. There are several well–known private banks in the United States, Viacord, Americord, CBR Registry, Stemcyte. Approved by FDA and AABB, institutions that preserve health care.
Banks store the cord blood production in collection kits, which was delivered by the contracted bank, daily increasing the industrial average of storage by families concerned about their health in search of the highest quality.
Why do Cord Blood Banking?
This blood with a medical or therapeutic future is used in the transplant because it is the best alternative to solve diabetes, different blood disorders, cancers, neurodegenerative diseases such as Parkinson’s and Alzheimer’s.
How is Cord Blood Collected
Cord blood collection is 100% safe and non-invasive method for a child and mother. It is obtained from the umbilical cord immediately after a normal birth or cesarean. These are the materials that are discarded, and end up being in the trash.
After the child’s birth, doctors cut the umbilical cord and baby is separated from the placenta. Then doctors insert the collection bag needle in the umbilical cord to collect the blood from it. Once the blood has been obtained, it is immediately transported to the laboratory for further processing.
Once at the laboratory, they would measure the quantity. The content of the bag is further processed by adding some reagents, and then the material is sent to be frozen stored at -196oC.
Treatment about 80 Diseases
Bone Marrow Pathologies
- Blackfan-Diamond anemia
- Severe aplastic anemia
- Anemia of Fanconi
- Amegakaryocytic thrombocythemia
- Kostmann’s syndrome
- Congenital dyskeratosis
- Sickle cell anemia
Metabolic Diseases of Newborns
- Gunther’s disease
- Lesch-Nyhan disease
- Maroteaux-Lamy syndrome
- Hunter Syndrome
- Hurler syndrome
- Krabbe disease
- Reticular dysplasia
- Omenn’s Syndrome
- Severe combined immunodeficiency
- Thymic dysplasia
- Associated with the X chromosome
- Leukocyte adhesion deficit
- Wiskott-Aldrich syndrome
- Lymphoproliferative syndrome
- Sickle-cell anemia
- Beta Thalassemia
- Acute lymphoblastic leukemia
- Non-Hodgkin’s Lymphoma
- Acute myeloblastic leukemia
- Chronic myeloid leukemia
- Juvenile chronic myeloid leukemia
- Burkitt’s lymphoma
- Chronic myelomonocytic leukemia
- Hodgkin’s disease
- Myelodysplastic syndrome
- Haemophagocytic familial lymphohistiocytosis
- Langerhans cell histiocytosis
- Myocardial infarction
- Necrosis of femoral head
- Knee osteoarthritis
- Evans syndrome