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7 Ways Cord Blood Could Save Your Life

You've heard of stem cell research, but have you heard of cord blood? Cord blood is a type of blood that remains in the umbilical cord and placenta after birth and which can be extracted in order to provide stem cells that can be used in a wide variety of medical treatments. Stem cells have enabled modern medicine to make revolutionary breakthroughs, including a variety of ways in which cord blood can be used to saves lives. One of the major researchers and treatment facilities is StemCyte, a global cord blood company. 1. Stem cells offer a sort of 'reset' button. As cells age, they can mutate and degenerate, which is what causes diseases. Stem cells contain the 'building schematics' of what a cell should look like, which means they can be used in order to cure otherwise untreatable diseases by essentially 'resetting' the body to its original state. 2. Stem cells offer some of the most efficient treatment of major diseases. Diseases such as lupus, leukemia, and sickle cell anemia are notorious in that there is little to no treatment. However, stem cells have the possibility to change that and make treatment a very real option. 3. Cord blood cells can be used for relatives in the event of a transplant. Finding a perfect match for blood transfusions is difficult, but perfect matches are much more effective in procedures. Cord blood cells from a child will work for his or her siblings around 30% of the time, while they work roughly half the time for a parent. 4. Cord blood cells offer a unique alternative to exterior transfusions. Children of mixed heritage find it difficult to find a compatible blood donor, as different ethnicities carry unique signifiers in their blood which make transfusions difficult for mixed-ethnicity children. 5. Cord blood cells are on the cutting edge of science. While all the possibilities of cord blood stem cells aren't known, as more and more medical breakthroughs are made, more uses will be discovered. These uses are one of the main reasons to invest and store cord cells. 6. Cord blood stem cells can be used in regenerative medicine. Now, instead of treating burns, the skin can be regrown to look brand new. Previously disfiguring injuries are now just flesh wounds that can be healed, all thanks to stem cells, by regenerating the cells in the affected area. 7. Cord blood can essentially be used to reverse aging. As science progresses further, the possibility for science to reverse the clock and totally stop aging is a very real possibility. Until then, only time will tell what the research holds. Cord blood offers very real possibilities. At birth, parents are given the option to save the cord blood from their infant for future uses, and there is little harm in doing so. If you choose not to store the blood, it will be done away with after birth.

Stem Cells: Building Blocks of a Healthier Future

Stem cells are a hot topic in the world of medicine. Their actual and potential uses in managing and even curing serious diseases offer hope to patients, their families, and medical care providers. But what exactly are stems cells, how do they work, and for which disorders are they effective? What Stem Cells Are Simply put, stem cells are basic units which have the unique capacity to develop into not only blood but immune system, tissue, and organ cells. As such, they are an important weapon in the battle against a host of diseases. Not only does the owner of the blood containing these cells stand to gain from the technology, but close family members are also potential beneficiaries. More than 80 conditions are currently treated with this exciting therapy. They include: • Leukemia: A malignant disease characterized by bone marrow production of abnormal white blood cells which proliferate and do not perform the functions of normal cells • Scleroderma: an autoimmune disorder which can affect the skin, joints, and connective tissue and, in its systemic form, may involve internal organs • T-cell deficiency: these infection and fungus fighters are not present in sufficient numbers to keep patients free of various illnesses • Osteopetrosis: a rare genetic condition characterized by hardening of bones, resulting in increased likelihood of fractures and other potential health problems The future is bright, as well: stem cells may one day benefit people affected by cerebral palsy, diabetes, Alzheimers, and many other diseases. Sources of Stem Cells These amazing building blocks are present in a newborn's umbilical cord blood. The blood is be collected after the cord is cut and either before or following the delivery of the placenta. The procedure, which takes no more than ten minutes, is completely painless and does not affect the vital mother-baby bonding. After the blood is collected from the decontaminated cord into a bag, it is transferred to a storage facility. The Best Stem Cell Service Company Now that you know the exciting benefits of stem cells, it's time to choose a provider. Stemcyte is a premier company that offers unparalleled service from the moment umbilical cord blood is collected. We use only a closed system to obtain the sample, ensuring its sterility. Our company will pick up the specimen from your facility and transport it in a container designed to preserve the blood no matter what the weather. New parents are thus freed from the requirement of some companies that they arrange this step themselves. Once the blood arrives at our California facility, qualified professionals process it using a technique that results in over 99% recovery of stem cells. The specimen is then stored at constantly-monitored extremely low temperatures. Why are we the company of choice? Unlike many providers, StemCyte is accredited by two agencies. We have 1800 transport units available, almost nine times as many as two other services. Our company treats 52 diseases and serves over 300 transplant centers. And we are unique in that we supply validated containers. What's more, StemCyte is the only company to guarantee processing and storage and offer a lifesaver guarantee. If the blood does not engraft, the patient receives a refund and an additional $50,000, and we locate an alternate matching unit. We look forward to helping you discover how easy it is to become part of the stem cell revolution.

StemCyte Cord Blood for Transplants

Banking your new baby's umbilical cord blood and tissue may be one of the wisest choices you can make. An increasing number of parents are choosing to store their newborn's umbilical cord for safe keeping, and for good reason. Research has proven that the blood and tissue associated with the umbilical cord is inherently infused with life-saving properties. For families that have a history of disease, the blood and tissue that is extracted from the umbilical cord can literally be a life saver in the future. There are a number of powerful reasons why you should save your child's umbilical cord. This article will take a look at several of the top reasons. An Opportunity to Protect Your Family's Long-term Health The umbilical cord blood of your newborn as well as the umbilical cord itself are extremely rich with special cells known as stem cells. These cells contain the body's blueprint and building blocks for organs, tissues, the immune system, and blood. These stem cells are genetically unique to your baby. By banking this valuable resource you will reserve your baby's own "self-repair kit" that can be used as a life-saving source for your baby and potentially for other members of your family. Viable Options to Bone Marrow In many instances in which bone marrow transplants would normally be considered the only option, using stem cells will save the painful grafting process as well as create the possibility of finding a better genetic match the patient. At the current time, researchers are exploring a number of alternative applications and treatments using stem cells. Future Research Looks Bright Current research, as well as planned research, present a very bright future for stem cell capabilities in a number of different areas. By banking your baby's cord blood and tissue, your baby, and potentially you family members, will be able to benefit from the advances that will take place in the future. There are currently studies involving heart disease, Alzheimer's, diabetes and HIV that are extremely promising. Higher Possibility of Matches One of the greatest challenges that a family faces when a loved one is in need of a transplant is finding the right match. If you don't find a match that is completely compatible, your body will reject the transplant. With the stem cells from your baby, you can be assured that they will be a perfect match, and due to genetic relation, there is a high probability that the stems will be a good match for other members of the family as well. There is a great deal of information that you can obtain by contacting a company, such as StemCyte, who specializes in cord blood therapeutics. The company will be able to provide in-depth information that will further help you understand the massive benefits associated with banking your child's cord blood and tissue. They will not only provide valuable information, but they will also facilitate the banking process should you choose to harvest and bank your baby's stem cells.

Our Commitment to Stem Cell Research and Strategy

Because of the controversy surrounding stem cells, many remain unaware of the huge health potential they hold. Because of their ability to treat over 80 different diseases, and various conditions, they have the ability to save millions of lives. Because of these factors, stem cell research is essential in order to provide the highest standard of living and health for the world. Through careful analysis and testing, in time, stem cells will be transformed into a living cure for countless conditions and diseases. Human Development and Stem Cells A stem cell is a cell that is undifferentiated, meaning that it holds the capability to transform into a variety of different cells, from lung cells to muscle tissue. Through studying how stem cells differentiate into different forms, stem cell research holds additional potential for problems that are thought to result from this differentiation, such as cancer and some birth defects. Cord and Blood Stem Cells Because we specialize in cord and blood stem cells, which are yet undifferentiated, saving these stem cells can help a massive variety of different conditions, ensuring that the owner of the stem cells, and potentially even siblings or parents, have additional treatment options for up to 80 different diseases. Because health is the paramount to happiness, saving these stem cells is an essential measure for anyone who cares about their and their family’s health. Additionally, the cord and blood stem cell banking offered is reasonably priced in comparison to the medical bills that often accompany serious medical conditions. Because stem cell research is ongoing with new medical breakthroughs occurring fairly regularly, within the next several decades, there will be a massive variety of other conditions and ailments that can be treated through the proper use of stem cells. Past Stem Cell Research Stem cell research over the past decade has been extremely effective for the increasing health of the average person worldwide. A variety of different conditions have been researched and effectively treated, one of the most recent of these is thalassemia. Recently, StemCyte participated in a clinical study on the effects of cord and blood stem cells on the anemia inducing condition, thalassemia. This condition is defined by the body's inability to produce normal hemoglobin, which leads to the inability to carry oxygen properly, and causes anemia. Through use of stem cells, they were able to cure this condition in a very time-effective manner, without the need for any more transfusions. Through research, there are a variety of other diseases that have the potential to be treated with stem cells. Some of the most useful of these potential future treatments include Alzheimer's, AIDS, Parkinson's, heart disease, spinal cord injury and much more. Here at StemCyte, we are dedicated to providing the best cord and blood stem cell banking in order to protect the health of anyone. With rapid medical breakthroughs, even common conditions may be treatable through the use of stem cells. Because of this, be certain to prepare for the future and save stem cells.

Give Life Twice When You Donate Your Baby’s Cord Blood

After giving birth, as the mother is resting and delighting in her child, the labor mess is cleared up and, in most instances, thrown away, but not all of it should get tossed so casually. Umbilical cord blood is something that can be saved or donated, with huge rewards. Why is cord blood so special? It is full of stem cells, the building blocks for organs, tissue, blood, and the immune system. It can help to save lives for patients who need blood transfusions or bone marrow transplants. Today, nearly twenty percent of transplant patients receive blood that came from a cord blood bank. In addition to offering blood for transfusions and transplants, stem cell research is one of the most promising new areas for making medical breakthroughs. The stem cells in your child's umbilical cord blood could pave the way for new treatments for spinal cord injuries, diabetes, heart disease, Parkinson's, Alzheimer's, and HIV. With more stem cells available for research, scientists can work more quickly to discover treatments and cures that seemed impossible before. It goes beyond umbilical cord blood, though. The stem cells found the umbilical cord lining have shown great promise as well. Their research may be able to reveal treatments for all kinds of regenerative medicine, helping to regrow liver cells, inner ear cells, bone cells, cartilage cells, skin cells, and more. The idea of donating something that came from your baby might sound scary, but don't worry, cord blood donation is completely safe for both baby and mom. The blood is taken from the umbilical cord itself; none of it is taken from the child. It doesn't affect your labor or delivery in any way. Public cord blood banks also don't require collection or storage costs to donate, so there's no financial burden. Some parents are choosing not to donate their baby's cord blood to a public cord blood bank, but instead to bank it privately. If that child should get sick in the future, that blood and the stem cells in it become a resource to help your child's treatment. If your child should ever need a stem cell transplant, the cells in that blood are already a perfect match -- it came from them in the first place, after all -- so there's no need to worry about finding a match from someone else. It also has a better chance of being a higher match for family members like siblings and parents. Umbilical cord blood and tissue must be collected within a few minutes after birth, so this is not a decision to be made in that moment. You should have this decided by your third trimester, which will give you enough time to acquire a cord blood collection kit and, when the time comes, bring it with you to the hospital. Some hospitals have collection kits available, but not all do, so it's best to be prepared on your own. Whether you choose to donate your baby's cord blood to a public blood bank or save it for possible later use, don't just let it go. Once you know all the amazing things that can be done with it, you'll know you need to put it to good use. Learn more about cord blood and how it saves lives so you can make your decision.

5 Reasons to Keep Your Baby’s Cord Blood

Stem cells are basic building blocks for blood, tissues, and the immune system, and, if you are preparing to give birth, there is a consideration you have one chance to make. Your baby's cord blood is a rich source of life-saving stem cells, and new technology makes it possible to preserve them for future use. There are five good reasons to keep your baby's cord blood. 1. Beneficial for the Whole Family Not only could your baby benefit in the future through the use of his or her stem cells, but other family members may be able to receive help. It is important to understand that cord blood can only be taken a few minutes following birth, so plans should be made well in advance to help protect the health of the ones you love the most. 2. A Number of Cures While many are aware that stem cells have the potential to cure a number of cancers, there are a multitude of other illnesses that can be repaired through their use. Those making the investment in saving their baby's stem cells can benefit from protection against: Blood disorders Immune disease Leukemia Lupus Sickle cell anemia 3. Bright Future in Stem Cell Research Every day, new advancements in stem cell research are being achieved, and those who choose to bank their baby's cord blood have a lot to be hopeful for. Scientists are optimistic about the large number of benefits that these cells can have. Best of all, if your child is ever impacted, their stem cells are a perfect match. From Alzheimer’s and Parkinson’s to spinal cord injury, brain injury and more, the future possible uses of stem cells are vast. 4. Avoiding Genetically-Inclined Disease If you know of a disease that runs in your family, there is more you can do than hope you don't get it. Due to the vast number of treatments that can be administered through the use of cord blood, you could be better prepared in case you become affected. Best of all, since new treatments are always being discovered, it is possible you can avoid more than you think. Alternative to Bone Marrow While there are obvious benefits of bone marrow transplants, the process is painful. Not to mention, the patient runs a higher risk of getting a graft vs. host disease. Our team pays close attention to detail, and we help you use stem cells as a preferable alternative. One Chance You only get one shot at preserving your baby's cord blood, and we can help. Our staff is experienced, and we make the process a comfortable one. We believe this is an important decision that can positively impact your entire family, and we offer our information free so you understand how the process works. Best of all, our affordable monthly payment plans make it easier than ever to have access to such a beneficial backup plan.

How is Cord Blood Stored draft #1

How is cord blood stored, and why is it important? Proper cryogenic storage of cord blood cells safeguards the cells against contamination and preserves them efficiently until they are needed. StemCyte’s cutting-edge equipment and novel laboratory procedures are designed to minimize the loss of cell viability during the freezing, storage, and thawing stages of our operation in order to produce highly pure stem cell stocks. After a lab technician processes a cord blood sample, it is labeled with a unique bar code and carefully frozen with the aid of cryogenic preservatives. Cord blood samples are then stored within our state-of-the-art vapor nitrogen tanks. These tanks serve as sealed cryogenic freezers, with a consistent interior temperature of roughly -130 °C that is ideal for preserving blood and tissue samples. Cord blood stem cells can be stored within these tanks for decades without significant loss of cell viability. This ensures that cord blood samples will be available for use in medical operations for the rest of your child’s life. Every vapor phase nitrogen tank is physically secure. Vapor phase nitrogen tanks are much safer than traditional liquid nitrogen tanks, which could over pressurize, rupture, or even explode. Each vapor phase nitrogen tank weighs several hundred pounds and is constructed from industrial grade stainless steel. Their thickly insulated covers are secured with a double lock. As an additional security feature, two individuals are needed to retrieve a cord blood sample and tank access is tightly regulated. Vapor phase nitrogen tanks also limit the possibility of cross-contamination between cord blood samples. To further reduce this risk of cross-contamination, only cord blood is kept within the storage facility and the utmost care is taken to maintain a sterilized environment. These measures complement our streamlined storage procedure and lab protocols in order to minimize the overall risk of contamination and maximize the rate of cell survival at each step of the storage process. Each tank has additional features to ensure that cord blood samples do not inadvertently thaw. Since these tanks do not require electricity, there is no risk of power outages affecting their function. The tanks are electronically monitored for any changes in interior temperature, and variations from a safe temperature range are immediately reported to research staff that can quickly restore the tank’s interior temperature. Even without the daily maintenance we provide, each tank can retain their interior temperature for nearly three weeks. When a cord blood sample is needed for an operation, StemCyte’s novel ‘cold thaw’ process limits post-retrieval stem cell death. This allows cord blood samples drawn from our storage facility to have a maximal number of viable stem cells. Most samples have a highly competitive cell viability rate of over 90%, which is advantageous for use in transplant operations.

Diseases That Are Treated With Stem Cells

In light of the increasing number of diseases that are treated with stem cells, more people are looking into banking stem cells for future use. What was once considered something only the very wealthy or the eccentric did is now becoming a more commonplace practice as people understand the healing potential of stem cells. What Are Stem Cells? Considered the building blocks of the body, stem cells are genetically unique "master cells" that compose a body's organs, blood, tissue and immune system. Research shows that stem cells can transform into other cell types, meaning they can become cells of the heart, bone, nerves and even muscle. A baby's umbilical cord blood is an excellent source of these cells, which is why StemCyte offers newborn cord blood banking. It is through this method that parents can ensure their babies, as well as other blood relatives, will one day have access to a biological repair kit of sorts. What Do Stem Cells Treat? Over the years, stem cells have been used to treat more than 80 diseases, ranging from blood disorders to malignancies. They do this by replacing damaged cells with new cells. Research appears to point to a wider use of stem cells, including in treatment of diabetes, heart disease, AIDS, liver disease and muscular dystrophy, among other conditions. This is why StemCyte participates in such research, collaborating with other entities to do so. The many conditions currently treated with stem cells include Hodgkin's disease, sickle cell disease, osteoporosis, multiple myeloma, breast cancer, neuroblastoma, multiple sclerosis and rheumatoid arthritis. How is StemCyte Superior to Other Stem Cell Banks? In addition to its proprietary stem cell optimization process, which results in a 99.9 percent recovery rate, StemCyte offers the benefit of its experience. Since its launch in 1997, the company has supplied more than 1,700 cord blood units in more than 278 hospitals for transplants that have saved lives. This is more than four times the number of cord blood bank transplants offered by competitors combined. StemCyte works with hospitals in the United States, Australia, Israel, Malaysia, Brazil, Singapore, Taiwan and Spain. StemCyte also offers a temperature-controlled collection kit, which is rare among cord blood banks. This helps keep the specimen at the correct temperature, preserving viability. Along with being registered with the U.S. Food and Drug Administration, StemCyte is accredited with a number of organizations in the field. The company has won a number of awards, including a Technology Fast 500 award in 2009. That award, sponsored by Deloitte, recognizes the fastest-growing companies in a number of fields, including medicine and life sciences. In 2010, StemCyte was awarded nearly $489,000 for advanced therapeutic umbilical cord blood stem cell applications.

Protect Your Family With Cord Blood

Medical research today has led to the awareness that stem cell therapy may dramatically impact the treatment of human diseases. Some adult stem cell therapies are already standard practice, in particular bone marrow transplants for treating leukemia. In the future, researchers believe they will be able to use technology from stem cell research to treat a variety of diseases such as Parkinson's disease, multiple sclerosis, spinal cord injuries and even cancer. With that in mind, expectant parents have the option of making the decision to save and bank their baby's cord blood. But to do so, they must decide at least at the beginning of the third trimester of the mother's pregnancy. This is because cord blood and tissue can only be collected a few minutes after birth. There are several advantages to consider for saving a baby's cord blood. First of all, cord blood provides a source of stem cells to be used in the treatment of many of the same diseases and conditions where bone marrow is considered. Cord blood stem cells can be used in the treatment of over 80 disease including inheritable ones such as sickle cell anemia and Alzheimer's. Using cord blood cells as opposed to bone marrow transplants means a lowered chance of graft verses host disease. It also means a better chance of finding an appropriate type match since the match need not be as exact as for bone marrow. Should a baby grow up to need a stem cell transplant, its own stored cord blood will be a perfect match in all six HLA tissue type match. Additionally, a 30 percent chance exists that the cord blood will be a match for any full siblings. There will be a three out of six or "half" match for each parent. In families that have a history of diseases treatable with cord blood, odds increase that the baby or a sibling will someday need a cord blood transplant. The list of treatable diseases grows longer and longer with research efforts. For this reason, more and more medical professionals are strongly recommending banking cord blood and tissue for babies and all siblings. A sibling transplant may be a better or only treatment as opposed to an autologous one. Families with a mixed-race background could have problems finding a match in the event of needing a blood cell transplant. Public banks consist largely Caucasian cord blood units. Saving their own baby's cord blood can add great peace of mind. Clinical trials using stem cells from umbilical cord linings show promise in the area of regenerative medicine for a wide range of conditions including heart disease, multiple sclerosis, stroke, diabetes, skin cells for burn treatment and more. Cord blood is a source of the building blocks of the body and acts as a "self repair" kit. Although stem cells from cord lining are currently in the research and clinical trial phase, researchers believe that with a variety and abundance of cells available in cord lining, it will be used by patients in the future, making collection and harvesting a wise decision for now.

Why Choose StemCyte

Storing the cord blood from a newborn infant has become a common practice as of late. The potential medical advantages make it worthwhile, as the procedure is quick, and causes no harm to the baby. However, with the discovery of a new medical technique has come several companies all claiming to provide the best solutions. StemCyte is the only one that upholds that claim, and here's why you should choose them. StemCyte has an impressive record, supplying over 1700 cord blood units to more than 278 hospitals for blood transfusions that saved lives. That's more than four times what any other cord blood bank has supplied. StemCyte also has locations in the United States, Australia, Brazil, Israel, Malaysia, Singapore, Spain, and Taiwan, shipping out between 5 and 6 units per week. StemCyte also has a “LifeSaver Guarantee” -- if the cells do not work at the time of transplant, the patient will be refunded all procedure costs and fees, as well as an additional $50,000. Who can go wrong with that? More than 80 diseases, previously thought to be untreatable, have been treated with stem cells. These include diseases such as leukemia, sickle cell anemia, and immune deficiency diseases – ailments that at one time were guaranteed to be fatal. Through scientific and medical breakthroughs, they can be treated, but only if you store your child's cord blood. The blood can be stored for a very long period of time, so even if disorders develop later in life, the cells can still be used for treatment purposes. No longer do children have to live in fear of genetic and hereditary disorders; through stem cells, these are now treatable. Stem cells from cord blood can also be used for treatment of radiological diseases. In the event of nuclear fallout or other nuclear disaster, radiation poisoning can be treated if stem cells are available. Without them, exposure is almost guaranteed to be fatal. StemCyte has been accredited by the Foundation for the Accreditation few Cellular Therapy, the American Association of Blood Banks, holds a California Biologics License, and several clinical laboratory licenses. At the vanguard of stem cell research, StemCyte is paving the way for a better future where diseases are no longer a problem. Given time, it's thought that stem cells can even reverse the clock on aging, prolonging our life spans for beyond what was thought possible. All of these reasons are more are why StemCyte is by far the best choice. Cord blood treatments require a viability of 99.9%, and StemCyte is one of the few agencies which can provide that, with temperature controlled extraction and storage facilities. You're guaranteed to have the cord blood on hand far into the future should it ever be needed, and you're promised a refund if the procedure is a failure. No other company offers that kind of peace of mind.

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  11. The History of Cord Blood Storage
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  35. A Cord Blood Stem Cell Transplant Can Offer Life-saving Potential
  36. How Our Services Use Cord Blood Stem Cells
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