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Utah Cord Bank | 1-877-UCB-STEM |

Posted: September 27, 2014 at 8:57 am

Banking your baby's umbilical cord blood stem cells

If you or someone you know is expecting a child, now is the time to learn more about the benefits of umbilical cord blood banking. A safe and painless procedure performed by your physician or midwife after the delivery of your child can turn what would otherwise be discarded into a potentially life-saving medical tool that you can choose how to use. Unlike other cord blood banks, Utah Cord Bank clients own their privately stored stem cells. It costs only $48 to order your kit today and get started -- there are no other costs or commitments until after your stem cells are safely stored in liquid nitrogen. And, when you compare bottom line prices, Utah Cord Bank charges a third as much as many other banks and has the lowest yearly storage fee in the nation.

Reducing transit time and wait time before processing increases stem cell yield and viability. Utah Cord Bank is the only local company able to provide this service. Whether you deliver your baby at 1:00 in the morning or 1:00 in the afternoon a trained Utah Cord Bank courier will arrive within 2 hours to retrieve your umbilical cord blood. The stem cell extraction and cryogenic preservation processes begin immediately after we receive your cord blood -- not the next day. Finally your cells are safely stored at our local storage facility until you decide to use them. Explore this site or give us a call at 1-877-822-7836 to learn more about the benefits of umbilical cord blood banking today.

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Human stem cell research – Religious Tolerance

Posted: September 27, 2014 at 8:56 am

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There are about 360 fertility labs in the U.S. that conduct in-vitro fertilization procedures. They typically extract about 24 ova from each woman client, and fertilize them with a male donor's sperm -- typically her husband's. Two to four of the resultant embryos are then selected and implanted in her womb in the hopes that one will develop and continue a pregnancy to term. Some clinics discard the excess embryos or use them for training purposes. Most clinics deep-freeze the other 20 or so embryos in liquid nitrogen. Some may be used in the future if no pregnancy resulted, and a repeated attempt at impregnation is desired. A few are donated by the couple that "owns" them to another infertile couple. But this is rare, because most clients dislike the idea of having what is in effect their child living in another family. Most become spare, permanently unneeded, frozen embryos .

Past estimates of the number of frozen embryos in the U.S. vary from 100,000 to 188,000. However "experts said that was little more than a guess, and even if it was accurate at one time, it is long out of date now. Plans for what would be the first careful national accounting are being prepared now by the reproductive medicine society." 1

Some clinics keep the embryos alive in liquid nitrogen indefinitely -- or at least until an operator error or equipment malfunction kills them. One source says that about 25% of frozen and thawed embryos do not survive between the first and second impregnation procedure. This loss rate appears to be related to the quality of the freezing and thawing processes, not to the length of time they have remained frozen. If an embryo survives the freezing process, it will probably remain viable for decades. Some have speculated a lifetime of hundreds of years if kept frozen. Experiments on mouse embryos showed no loss in their ability to produce pups after having been frozen for 25 years. Human embryos would probably behave similarly. 13

Other clinics simply discard or destroy the spare embryos. Some embryos are simply flushed down a sink drain. Some are transferred to a medical waste bin where they are later incinerated. Some simply expose the embryos to the air and let them die; this normally takes four days or less.

One source speculates that hundreds of thousands of unused embryos have been destroyed in fertility clinics. 1 This compares to the few dozen of embryos which have had their stem cells removed and used to create stem cell lines in the lab. Surprisingly, nobody seems to care or object. Even pro-life groups appear to be silent on this matter.

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Understanding Stem Cell Transplant VICC Momentum

Posted: September 27, 2014 at 8:56 am

Vanderbilt-Ingram Cancer Center performs around 215 stem cell and bone marrow transplants each year, providing care leading up to the transplant, through all aspects of the procedure, and indefinitely after the transplant to monitor for complications. To address some common questions about the procedure, we spoke with Madan Jagasia, M.D., director of the Outpatient Transplant Program and section chief for Hematology and Stem Cell Transplant at Vanderbilt-Ingram.

What is a stem cell? (click to enlarge)

Stem cells or more specifically, in this case, hematopoietic stem cells are cells that can give rise to all the different types of mature blood cells the red blood cells that carry oxygen, the platelets involved in blood clotting, and a host of white blood cells, which are part of the bodys immune system and provide defense against infectious agents. Stem cells are self-renewing (i.e., they can produce more of themselves) and reside primarily in the bone marrow but also circulate in the blood.

For a stem cell transplant, the stem cells can come from a related or unrelated donor, from umbilical cord blood, or from the patient him/herself.

No, these are adult stem cells, from the blood or bone marrow. Even when the source of stem cells is umbilical cord blood, these are still adult stem cells and have nothing to do with embryonic stem cells.

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Understanding Stem Cell Transplant VICC Momentum

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Stem Cells Macular DegenerationStem Cell Treatments

Posted: September 27, 2014 at 8:56 am

Age-related macular degeneration (AMD) is a medical condition which usually affects older adults and results in a loss of vision in the center of the visual field (the macula) because of damage to the retina. It occurs in dry and wet forms. It is a major cause of blindness and visual impairment in older adults (>50 years). Macular degeneration can make it difficult or impossible to read or recognize faces, although enough peripheral vision remains to allow other activities of daily life.

Picture of the fundus showing intermediate age-related macular degeneration.

Starting from the inside of the eye and going towards the back, the three main layers at the back of the eye are the retina, which contains the nerves; the choroid, which contains the blood supply; and the sclera, which is the white of the eye.

The macula is the central area of the retina, which provides the most detailed central vision.

In the dry (nonexudative) form, cellular debris called drusen accumulate between the retina and the choroid, and the retina can become detached.

In the wet (exudative) form, which is more severe, blood vessels grow up from the choroid behind the retina, and the retina can also become detached. It can be treated with laser coagulation, and with medication that stops and sometimes reverses the growth of blood vessels. The is a substantial amount of animal model studies showing that stem cells can reverse and or stabilize the vascularization processes, in the retina.

Although some macular dystrophies affecting younger individuals are sometimes referred to as macular degeneration, the term generally refers to age-related macular degeneration (AMD or ARMD).

Age-related macular degeneration begins with characteristic yellow deposits (drusen) in the macula, between the retinal pigment epithelium and the underlying choroid. Most people with these early changes (referred to as age-related maculopathy) have good vision. People with drusen can go on to develop advanced AMD. The risk is considerably higher when the drusen are large and numerous and associated with disturbance in the pigmented cell layer under the macula. Recent research suggests that large and soft drusen are related to elevated cholesterol deposits and may respond to cholesterol-lowering agents.

Dry AMD

Central geographic atrophy, the dry form of advanced AMD, results from atrophy to the retinal pigment epithelial layer below the retina, which causes vision loss through loss of photoreceptors (rods and cones) in the central part of the eye. No medical or surgical treatment is available for this condition, however vitamin supplements with high doses of antioxidants,luteinandzeaxanthin, have been suggested by the National Eye Institute and others to slow the progression of dry macular degeneration and, in some patients, improve visual acuity.

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Stem Cells Macular DegenerationStem Cell Treatments

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A Squirt of Stem Cell Gel Heals Brain Injuries | Popular …

Posted: September 27, 2014 at 8:56 am

Scientists have developed a gel that helps brains recover from traumatic injuries. It has the potential to treat head injuries suffered in combat, car accidents, falls, or gunshot wounds. Developed by Dr. Ning Zhang at Clemson University in South Carolina, the gel is injected in liquid form at the site of injury and stimulates the growth of stem cells there.

Brain injuries are particularly hard to repair, since injured tissues swell up and can cause additional damage to the cells. So far, treatments have tried to limit this secondary damage by lowering the temperature or relieving the pressure at the site of injury. However, these techniques are often not very effective.

More recently, scientists have considered transplanting donor brain cells into the wound to repair damaged tissue. This method has so far had limited results when treating brain injuries. The donor cells often fail to grow or stimulate repair at the injury site, possibly because of the inflammation and scarring present there. The injury site also typically has very limited blood supply and connective tissue, which might prevent donor cells from getting the nutrients they require.

Dr. Zhang's gel, however, can be loaded with different chemicals to stimulate various biological processes at the site of injury. In previous research done on rats, she was able to use the gel to help re-establish full blood supply at the site of brain injury. This could help create a better environment for donor cells.

In a follow-up study, Dr. Zhang loaded the gel with immature stem cells, as well as the chemicals they needed to develop into full-fledged adult brain cells. When rats with severe brain injuries were treated with this mixture for eight weeks, they showed signs of significant recovery.

The new gel could treat patients at varying stages following injury, and is expected to be ready for testing in humans in about three years.

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Fat Injections Transfer Contouring Rhode Island RI

Posted: September 27, 2014 at 8:55 am

As we age, many of us experience the formation of deep lines and wrinkles in the face and a loss of volume in facial features that can give us a hollowed or sunken appearance in a number of areas including the lips and jaw-line folds between the cheeks and lips.

These very common aesthetic issues can be significantly improved with fat and stem cell injections, available from our Providence, Rhode Island plastic surgeon. Read on for more details on this effective procedure, and please contact Dr. Patrick K. Sullivan to schedule a consultation.

Fat and adipose derived stem cells are harvested from one part of the body (usually through a tiny incision in the belly button) and are injected in areas of the face where fat has been lost over time. It can be used to fill in the deep lines between the nose and cheek (nasolabial folds), the corners of the mouth (where the mouth may have a down-turned or frowning appearance), and/or deep creases in the forehead. Fat and stem cells can be used to augment the cheeks, lips, jaw-line, chin and other areas of the face. Fat and stem cell injections can be particularity beneficial in areas where there has been facial deflation that comes with the passage of time and from a host of other reasons.

Fat and stem cell injections are done under intravenous sedation without general anesthesia on an outpatient basis. The areas may be swollen for several weeks after surgery and it will take a number of weeks to see the final outcome.

I cannot express how delighted I am with the results from my surgery. It has made such a wonderful impact in my life and gave me a new outlook that was long overdue. I commend Dr. Sullivan for performing such a superb job. He is the best. Not only am I impressed with Dr. Sullivan but I am especially pleased with his staff. You all have been so kind to me. It is a breath of fresh air to see happy and professional people in one place. I am forever grateful. I will never forget this pleasurable experience. Name omitted for patient privacy

Dr. Patrick K. Sullivan can give you effective facial rejuvenation with results that bring out your natural beauty. With fat and stem cell injections, you can attain significant aesthetic enhancement in a variety of facial areas with results that are known to be long-lasting, as Dr. Patrick Sullivan has proven with his clinical research. He has followed hundreds of his patients over more than a ten year period and has proven that the transfer of fat maintains results for very long periods of time. Additionally, he has lectured to many of his peers about the latest techniques and the many benefits of utilizing fat and stem cell injections. Please contact us if you would like to learn more about this cutting-edge procedure and to schedule your private consultation with Dr. Sullivan.

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Fat Injections Transfer Contouring Rhode Island RI

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Stem Cell Hair Loss Boston – Regrowth, Restoration

Posted: September 27, 2014 at 8:55 am

An Advanced Solution

Why Stem Cells?

Stem cells are tiny progenitor cells found in our body that can divide (through mitosis) and change (differentiate) into various cell types. All cells in our body are constantly dividing where new cells are formed, then cells age and die. It is a natural physiologic process of programmed cell death and is known as Apoptosis. Your stem cells are your bodys natural healing cells and can act as your repair system in your body by replenishing adult tissues. They are the source of all these cells that have died.

There are two broad types of stem cells: embryonic stem cells, which are isolated from the inner cell mass of blastocyst (early stage of embryo), and non-embryonic or adult stem cells. It is also referred to as mesenchymal stem cells MSCs and is found in various tissues. There are three accessible sources of autologous adult stem cells in humans:

Stem cells can also be taken from umbilical cord blood just after birth. Of all stem cell types, autologous harvesting (cells are obtained from one's own body) from Adipose tissue (Fat cells) involves the least risk. Adipose tissue (fat cells) is one of the richest sources of MSCs. When compared to bone marrow, there are more than 500 times more stem cells in 1 gram of fat when compared to 1 gram of aspirated bone marrow.

New England Stem Cell Treatment Center NESCTC has the technology to extract stem cells from your fat cells. Under investigational protocols, these cells can be deployed to treat a number of degenerative conditions and diseases. NESCTC in collaboration with New England Center for Hair Restoration is pioneering deploying stem cells to treat thinning hair and hair loss.

Baldness

Hair follicles also contain stem cells, and some researchers predict research on these follicle stem cells may lead to successes in treating baldness through an activation of the stem cells progenitor cells. This therapy is expected to work by activating already existing stem cells on the scalp. Later therapy may be able to simply signal follicle stem cells to give off chemical signals to nearby follicle cells which have shrunk during the aging process, which in turn respond to these signals by regenerating and once again making healthy hair. Most recently, Dr. Aeron Potter of the University of California has claimed that stem-cell therapy led to a significant and visible improvement in follicular hair growth.

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Stem Cell Hair Loss Boston - Regrowth, Restoration

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How Do Stem Cell Transplants Work ? | eHow

Posted: September 27, 2014 at 8:55 am

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M.K. Thomas is a blogger and freelance writer who holds a Bachelor of Arts in English from the University of Maryland. She has had articles published in "Greenprints," a gardening journal, as well as online at SeniorsForLiving.com.

Stem cell transplants, which are also referred to as bone marrow transplants, are done when the patient's bone marrow can no longer make healthy stem cells. Stem cells are the building blocks for white blood cells, red blood cells and platelets. White blood cells fight infection, red blood cells transport oxygen and nutrients, and platelets help with blood clotting; all three functions are necessary for sustaining life. Stem cell transplants can use either stem cells from the patient's body or stem cells from donor sources. Stem cells from donors are found in the bone marrow and also in umbilical cord blood. During the procedure, a catheter known as a central line is placed in the chest; healthy transplanted stem cells are infused through the central line and into the body.

Both cancerous and noncancerous diseases are treated with stem cell transplants. In the case of aplastic anemia, a non-cancerous disease, the stem cells in the patient's bone marrow function but not well enough to make an adequate amount of new blood cells. When healthy stem cells are transplanted and accepted by the patient's body, the non-functioning stem cells in the blood marrow are destroyed and healthy transplanted stem cells move to the bone marrow and take over production of blood cells. In the case of leukemia, a type of cancer that affects the bone marrow, a successful stem cell transplant can both increase the amount of healthy blood cells the patient's body can produce as well as kill remaining cancer cells in the bone marrow.

Before a stem cell transplant to treat cancer, the patient undergoes a process known as conditioning, which can include radiation and chemotherapy to kill cancer cells as well as suppress the immune system. Because the immune system is suppressed, there is a high risk of infection for the patient; the radiation and chemotherapy can also cause a wide range of side effects that include nausea, hair loss, anemia, mouth sores and ulcers.

Stem cell transplants cure some but not all diseases. Some patients experience a remission of their disease; successful stem cell transplants offer an extension of life to such patients. Patients who undergo a stem cell transplant using stem cells that were harvested from their own bodies often recover more rapidly than patients whose stem cell transplants used donor cells. Patients who received donor stem cells may face problems with their immune system rejecting the donor stem cell transplant. Full recovery with blood marrow functioning at normal levels can take as long as one year.

What Are the Dangers of Stem Cell & Bone Marrow Transplant?. ... How Do Stem Cell Transplants Work? How Does Nuclear Medicine...

Dogs help researchers to discover new therapies--some that work for dogs too.

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Stem Cells for Dogs? Oh yeah, baby. – Dawg Business: It's …

Posted: September 27, 2014 at 8:55 am

Stem cells are one of the current hot topics. There is a lot of excitement around it, as well as controversy. My friend recently had a baby and she is having stem cells from her baby's cord banked. How cool is that?

But did you know that stem cell regenerative therapy is available for dogs? Vet-Stem, California based regenerative veterinary medicine company, has been making this possible for a few years now. First used to treat horses, it has been available to treat dogs since 2005.

The beauty of the Vet-Stem technology is that the patient's very own stem cells are used, extracted from their own fat tissue. No controversy, no implant rejection.

How does this work? It does involve a minor surgery. A Vet-Stem certified vet will extract a small amount of fat tissue from your dog's shoulder area, which is then shipped to Vet-Stem, where they extract the stem cells from it. They send ready-to-use syringe(s) back to the vet who then injects the cells into the areas needing treatment. Extra stem cells can be banked for future use, and now Vet-Stem can even grow additional doses from the banked cells.

So what is the big deal about stem cells?

The best way to understand that is by understanding what stem cells are and what they do.

Think of stem cells as 'blank' cells. These blank cells can multiply, and they can become any kind of cell as needed, such as blood cells, muscle cells and so on. That is their function. As the name stem cells might suggest, all cells in the body stem from these 'blanks'.

Here is a beautiful little presentation illustrating the process. http://learn.genetics.utah.edu/content/tech/stemcells/scintro/

In an adult body their job is cell renewal and maintenance. Stem cell therapy is based on the same mechanism the body uses to repair itself. It is providing the extra help where body's own capacity is not enough. Did you know that even a simple paper cut could not heal without stem cells? Stem cell therapy simply supplies reinforcements where body's natural resources are not enough.

This therapy can bring amazing results in treating number of conditions.

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The Ethics of Embryonic Stem Cell Research: Finding Common …

Posted: September 27, 2014 at 8:55 am

Russell T. Daley, Graduate Student, California State University, Long Beach December 13, 2000

presented to: Institute for Applied and Professional Ethics Ohio University April 28, 2001

This research is of such fundamental importance that all responsible citizens should be aware of its implications. Dr. Shirley J. Wright, Ph.D., Assistant Professor of Biology, University of Dayton:

INTRODUCTION

Biomedical sciences are progressing at staggering rate. This fact is no more evident than in the burgeoning field of stem cell research where therapeutic applications such as tissue and organ transplantation are being developed. These therapies have the potential to save millions of lives and greatly reduce human suffering. The ethical dilemma lies in the fact that much of the research requires the destruction of human embryos. Unfortunately, when faced with such choices, our standard ethical frameworks seem to demand opposing and intractable positions. The goal of this paper is to find a common ground from which we as a society may reasonably and faithfully deliberate about embryonic stem (ES) cell research. In the paper I will (1) identify and evaluate the main arguments both for and against this research, (2) explore the central question of moral status, (3) consider the application of Mary Anne Warrens multi-criterial approach to the moral status of the embryo, and (4) offer some initial policy recommendations.

In order to arrive at any conclusions which hold the hope of widespread support, the nature of this discussion requires a careful accounting of disparate views and a respectful handling of the sometimes emotionally charged responses. Sadly the current public debate on this topic has become more of a political process than a philosophical one. Notwithstanding the valiant efforts of some of the best minds in our country and abroad, as represented in the National Institute of Health (NIH), the Presidents National Bioethics Advisory Commission (NBAC), and the Senate Appropriations Committee (SAC) Hearings, the ethical divide seems unbridgeable. While the NBACs reportto President Clinton is complex in its recommendations and subtle in its reasoning, I believe the NBAC stops short of providing clear direction for the future. Not only does the NBAC offer an incomplete defense of its position, but in some respects it seems to have fallen prey to the political process and not offered recommendations which are true to the hearts and minds of the participants. This deficiency reflects the difficulty suggested by Kevin Wildes, of creating ethically sensitive public policy in a society that is secular and morally pluralistic. Based on this challenge, it must be accepted that no matter what decision is made some persons will not agree. We should recognize in this process that not all religious or philosophical values will be realized in a pluralistic society. Rawls says, There is no social world without loss: that is, no social world that does not exclude some ways of life that realize in special ways certain fundamental values.

BREAKING THE STALEMATE

It should be recognized that much of the recent debate over ES cell research has focused on the use of ES cells collected from cadaveric fetal tissue and unused IVF embryos. Attempts by philosophers, lawyers, and scientists alike to justify ES cell research have centered on issues such as lack of complicity with abortion or the best use of unwanted materials. However, these attempts have not answered the critics of ES cell research and have left us in an ethical stalemate. John Robertson and the NBAC stop their arguments at the point of non-complicity because they believe that they have justified the immediate concerns of this research and answered the critics. They choose to address only the less problematicsources for ES cell research, however, in doing so they avoid the deeper debate and fail to set a direction for the future. How can we bridge the divide? First, we must seek to reduce some of the distorting power of the fears and prejudices that surround this debate. This can be done by gaining a common understanding and usage of such terms as human being, person, right to life, and even embryo. I contend that these terms can be sorted out within the context of a framework for moral status and our answers to the ethical dilemma presented by ES cell research will turn on the question of how we ought to understand the moral status of the embryo. Thus, I intend to focus my attention on the deeper problem: What is the moral status of the embryo, and how is it to be weighed against other relevant concerns?

THE STANDARD ARGUMENTS ON BOTH SIDES

The main argument for ES cell research is that it will reduce human suffering and promote human well being, or the common good, by curing or eliminating many illnesses. The debilitating effects of such diseases as diabetes, Parkinsons, and Alzheimers (to mention only a few) may potentially be eradicated through the therapeutic applications offered by ES cell research. ES cell research is touted by many to be the most probable and quickest way to attain these therapies due to the undifferentiated nature of the stem cells as well as the ability of ES cells to overcome immunological concerns. Thus, it is research with ES cells versus adult cells which should be pursued. Any harms caused by the destruction of human embryos will be outweighed by the goods attained in the relief of human suffering. However, social utility is not always a sufficient grounding to justify actions. Except for hard-line, classical utilitarians, most agree that there are some moral constraints on the promotion of the common good. Issues such as justice, human rights, or respect for persons often mitigate social utility.

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