Cord blood research is a relatively new research area Biological focused on the umbilical cord blood collected at birth from a new born.Because the research being conducted is so new, the Federal Drug Administration (FDA) is closely involved and reported to by researchers. Those participating in cord blood transplants are considered research subjects, thus resulting are monitored closely with reported information, with strict guidelines and Principals, to the FDA as well.
Even those women who donate their child’s umbilical cord blood fortunes under the research subjects as well.
This ensures that all those involved are carefully protected and monitored while adhering to stringent policies and procedures, even by Hospitals in collaboration with study groups.

Although the research is still in its infancy stages, cord bloods, and the hematopietic stems cells that are collected from it, are commonly used as an alternative to bone marrow worldwide. Multiple blood or immune Disorders, such as leukemia, lymphoma, and lupus, among a few, are being treated with careful research and documentation regarding each and every case.
Doctors, along with the patients (and / or families) are responsible for deciding Which type of stem cell is needed for their patient based upon the research from other transplant feedback. This may also allow for greater consistency in the research pertaining to what does and does not work, and seeking answers in less than favorable outcomes.

Cord blood can be banked either privately or publicly. Private banks are often sought for families as a type of insurance, in the event of future illness, accident or medical Emergency. This method of banking blood comes with expense, and the rates Vary depending upon the cord blood bank used.
Public cord blood bank is a place where people can go to donate umbilical cord blood. Donating in this way ensures that the collection, transport, donor screening and storage are all taken care of by the bank. There have been many talks about the stem cells found in the cord blood these past years because they have successfully been used to treat diseases like leukemia. Many scientists believe that within a few years and major advances in medical technology, diseases such as Alzheimer’s, Parkinson’s, heart disease, diabetes, spinal cord Injuries, and other cancers will be a thing of the past.

When you donate your cord blood to a cord blood bank, you provide scientists with a litany of cells that can be researched and harvested to find cures and Treatments for some of our Generations most deadly and debilitating diseases.
Umbilical cord blood has a high content of stem cells, because of this it can be an alternative to bone marrow. This is highly important because the donor does not have to be in any relation to the recipient, in addition, harvesting and storage is relatively easy. The “miracle cells” I like to call say are already being used to treat patients – Meanwhile, new opportunities are presenting themselves everyday for more and more people to get access to cures and Treatments.

Public cord blood banking is available for all who may need and request a transplant and does not cost the donor financially. Both options have advantages and disadvantages, so those Wishing to their newborns cord blood bank should research both options carefully.
Cord blood research holds great promise in the world of medicine. By understanding these cells, how they mature, and their Ability to mature into multiple cell types, studying patients, and effectively treating many diseases, cord blood, along with the research, may eventually completely eliminate diseases in the future.

Cord Blood Research

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We live in amazing times when it comes to medical advances. In our media-centric world, we have a tendency to focus on disease outbreaks or what seems like ever increasing odds of contracting cancer, but we never really stop to put these facts in context. Certainly we have seen some significant outbreaks. SARS was a major concern only a few years ago, causing chaos in many parts of the world, including North America. But the death toll was measured in hundreds, perhaps thousands worldwide. The H1N1 (or Swine) flu, declared a pandemic influenza by the World Health Organization, generated a year and counting of anxious parents and nervous governments. Again, the death toll, considering the scope of the outbreak, has been extremely modest. In comparison, the 1918 influenza pandemic killed anywhere from 50 million to 100 million people worldwide. Was the 1918 flu any more virulent than H1N1? Possibly, It likely wasn’t any more deadly than SARS, though. So what explains the dramatically different death tolls, especially since conditions today are even more favorable for disease transmission (i.e., rapid and frequent travel along with increased population and greater population density). The answer is advances in medical treatment.

What about that cancer, dementia and Alzheimer’s? It seems that the odds of being stricken by cancer in your lifetime has increased this century and recent studies have warned about the overwhelming numbers of patients expected to be diagnosed with dementia and related afflictions in coming years. If modern medicine is so effective, why are we seeing this?

Once again, a little context goes a long way. It’s not that modern medicine is failing us. On the contrary, there have been so many medical advances that more people are now living longer. And in living longer, their odds of being affected by conditions that are known to strike most frequently in elderly individuals -dementia and cancers being perfect examples- have been increased. In other words, some cancers and Alzheimer’s seemed less common fifty years ago because people were dying before they’d lived long enough to be affected.

Medical researchers have already begun to tackle these age old scourges and progress continues to be made. Diseases like HIV, which were a virtual death sentence only a few decades ago, are now largely manageable. Stem cell research holds a great deal of promise in the treatment of a wide range of diseases and conditions ranging from cancer to heart disease, diabetes and spinal cord injuries. And then there’s the potential of nano technology. I predict that many of us will look back on this century as the golden age of medical advances.

Cal Jackson is a medical researcher working on a cord blood study funded by several prominent hospitals. Already showing promise in treating leukemia, Jackson’s team is studying the effectiveness of using cordblood on patients suffering from early onset Alzheimer’s. For further information on his study, Cal may be reached at: Address: 11915 La Grange Avenue, Los Angeles, CA 90025, Phone #: 888-828-CORD.



Cord blood banking is a relatively new concept. It is only in the last ten years that parents have seriously begun to bank their baby‘s cord blood. While the practice of banking cord blood is still not common it is becoming more popular as people begin to learn about its benefits.

Cord blood is the blood that remains in umbilical cord after a live birth. Currently the umbilical cord along with the placenta and associated blood are all discarded after birth. Cord blood stem cells have more extensive uses than bone marrow stem cells and do not face the controversy that is associated with embryonic stem cell research.

Cord blood stem cells can develop into various types of cells such as muscle, nerve or blood cells. Since these cells can regenerate immune system and repair damaged cells, they have the potential to treat heart disease, kidney disease, liver disease, stroke, spinal cord injury, multiple sclerosis and Parkinson disease.

Cord blood may indeed be the way of the future. Currently, it can treat more than 75 diseases, immune deficiencies and other conditions. It is effective for treatment of certain types of cancer, blood disorders and auto-immune diseases. The cord blood can be used not only by your child, but also other family members.

In recent stem cell breakthroughs, researchers were able to develop bone and cartilage, and grow mini liver and lung cells from cord blood stem cells. These cells can potentially be transplanted into the body to repair damaged organs, thus overcoming the severe shortages of organ donors. Researches are hopeful that cord blood stem cell transplant can regenerate into organs inside or outside the body and saves many lives. There is less chance of the body rejecting the new organ regenerated from your own cord blood.

There are 2 types of cord blood banks: private and public. If you want to bank your baby‘s cord blood for use by your child or other family members, then you should choose a private cord blood bank. However, private cord blood banking can be costly as you have to pay for the cord blood collection process and annual storage fees. There are cases you should consider storing cord blood privately. Parents of children of ethnic minorities are encouraged to bank their baby‘s cord blood as it is difficult to find bone marrow match. Private cord blood banking is also recommended where there’s a family history to diseases only treatable with cord blood.

Cord blood stored in a public bank can be used by anyone who needs it.

If you decide to bank your newborn’s cord blood, you will need to choose a cord blood bank ahead of the birth, typically at least a month or two before the due date. Once you fill out the paperwork and inform your doctor and hospital about the decision. Many hospitals are not equipped to handle this immediate cord blood collection at the birth and special arrangements may need to be made. The cord blood will be collected and returned to the bank of your choice to be stored for later use if needed.

Cord blood banking is an insurance against future diseases. There have been several cord blood stem cell breakthroughs in recent years. Learn about the miracle of cord blood by visiting www.storingcordblood.com/home



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