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Monthly Archives: September 2014
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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How Do Stem Cell Transplants Work ? | eHow
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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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Stem Cells for Dogs? Oh yeah, baby. - Dawg Business: It's ...
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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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Embryonic Stem Cell Research – University of California, Davis
Posted: September 27, 2014 at 8:54 am
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Pros & Cons of Embryonic Stem Cell Research
Posted: September 27, 2014 at 8:54 am
On March 9, 2009, President Barack Obama lifted, by Executive Order, the Bush administration's eight-year ban on federal funding of embryonic stem research.
Remarked the President, "Today... we will bring the change that so many scientists and researchers, doctors and innovators, patients and loved ones have hoped for, and fought for, these past eight years."
See Obama's Remarks on Lifting the Embryonic Stem Cell Research Ban, in which he also signed a Presidential Memorandum directing development of a strategy for restoring scientific integrity to government decision-making.
BUSH VETOES IN 2006, 2007
In 2005, H.R. 810, the Stem Cell Research Enhancement Act of 2005, was passed by the Republican-led House in May 2005 by a vote of 238 to 194. The Senate passed the bill in July 2006 by a bipartisan vote of 63 to 37.
President Bush opposed embryonic stem cell research on ideological grounds. He exercised his first presidential veto on July 19, 2006 when he refused to allow H.R. 810 to become law. Congress was unable to muster enough votes to override the veto.
In April 2007, the Democratic-led Senate passed the Stem Cell Research Enhancement Act of 2007 by a vote of 63 to 34. In June 2007, the House passed the legislation by a vote of 247 to 176.
President Bush vetoed the bill on June 20, 2007.
PUBLIC SUPPORT FOR EMBRYONIC STEM CELL RESEARCH
For years, all polls report that the American public STRONGLY supports federal funding of embryonic stem cell research.
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Pros & Cons of Embryonic Stem Cell Research
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Stem Cell Therapy in Mexico – Medical Tourism Resource Guide
Posted: September 27, 2014 at 8:54 am
Medical Tourism Resource Guide offers stem cell therapy for dozens of conditions. We have multiple facilities in Mexico (Tijuana, Guadalajara, etc) for your convenience.
Our labratory is licensed by the COFEPRIS and now offers treatments for patients with Neurological Diseases, Heart Disease and Orthopedic Diseases:
Our Practice can treat the following issues:
Cristian Diaz Gomez Ulyanov, 32 years old Illness: Injury cervical 5 and 6.
"With stem cell therapy I've felt my condition improve with increased feelings in my legs, as well as increased movement overall."
Omar Oviedo Oceguera, 21 years old Illness: Juvenile Rheumatoid Arthritis
"But any change from I started to use stem cell therapy, for example, every morning I get up I could hardly move, and now I do not."
Jose Alfredo Garcia Haro, 39 years old Illness: Diabetes Mellitus Type 2
"It's amazing what has happened and I highly recommend stem cell therapy, and thanks to her back to lead a normal life."
Beatriz Garcia Acosta Sweet Suffering: Rheumatoid arthritis
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Stem Cell Therapy in Mexico - Medical Tourism Resource Guide
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Multiple Sclerosis (MS) Stem Cell Therapy in Mexico
Posted: September 27, 2014 at 8:54 am
Medical Tourism Resource Guide offers stem cell therapy for Multiple Sclerosis (MS). We have multiple facilities in Mexico (Tijuana, Guadalajara, etc) to help treat the MS.
Multiple Sclerosis (MS), is a serious condition that affects the brain and spinal cord. In MS nerve damage is caused by inflammation, because of a lack of of myelin sheath - the protective covering of the nerve cells. Nerve damage can lead to unwanted symptoms including muscle, bowel and bladder, eye, numbness, brain and nerve, sexual, speech and swallowing, and other issues.
Multiple Sclerosis has limited treatments, but some patients are having success with stem cell therapy.
Scientists have improved upon their own previous world-best efforts to pluck out just the right stem cells to address the brain problem at the core of multiple sclerosis and a large number of rare, fatal children's diseases. Source.
For the first time ever, stem cells from umbilical cords have been converted into other types of cells, which may eventually lead to new treatment options for spinal cord injuries and multiple sclerosis, among other nervous system diseases. Source.
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Multiple Sclerosis (MS) Stem Cell Therapy in Mexico
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Stem Cell Therapy Spine and Joint Bergen County New Jersey
Posted: September 27, 2014 at 8:54 am
Spine & Joint Center uses cutting-edge regenerative medicine to treat a wide range of spine and joint conditions safely and without surgery. We offer the following treatments:
These treatment can significantly improve a patient's condition and pain symptoms without the need for more aggressive treatments like long-term medication or surgery. Patients may see a remarkable return of function and an improved quality of life.
Regenerative medicine is a safe and non-surgical alternative to many spine and joint conditions like tendonitis, degenerative arthritis, and more. The treatment takes advantage of the human body's natural ability to repair itself by providing injured areas with an injected boost of regenerative cells.
Spine & Joint Center is one of very few NJ medical centers to harvest and make use of mesenchymal stem cells. Found in bone marrow, circulating blood, and fat tissue, these cells are not of embryonic origin and are harvested from the patient's own body taking advantage of the benefits of stem cells while avoiding the many complications and ethical issues associated with their use. These cells function in the body to help repair cartilage, tendon, and bone; and we use mesenchymal stem cells extracted from the body's fat tissue to help the body repair and replace damaged spinal and joint tissue.
Another beneficial component of our treatment is platelet-rich plasma, or PRP. PRP injections contribute growth factors and proteins that stimulate healing, and can be used in conjunction with stem cell therapies to treat moderate to severe joint and spine conditions. Combined with safe human growth hormone and supplements to increase stem-cell production, patients can see a marked improvement in their condition with considerably fewer side effects.
Regenerative medicine can be used to effectively treat a range of joint and spinal conditions. Among them are:
Platelet-rich plasma, or PRP, is a mix of concentrated platelets and serum given as an injection to stimulate healing and healthy tissue regeneration. PRP is an excellent treatment option for orthopedic injuries and conditions which have traditionally required surgery.
In the body's tissue, platelets encourage healing and tissue repair by calling the body's reparative mesenchymal stem cells to the site of injury. By injecting injured or damaged sites with a concentrated mix of blood platelets harvested from the patient's own body, tissue is stimulated to regenerate more effectively. The treatment can be used alone in moderate cases or, in more severe cases, in conjunction with mesenchymal stem cell injections to supplement the body's existing supply.
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Stem Cell Therapy Spine and Joint Bergen County New Jersey
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Surgeons create 'new' knee cartilage from stem cells in hip
Posted: September 27, 2014 at 8:53 am
Surgeons in Southampton have pioneered a new knee operation that could prevent the development of arthritis and extend sporting careers.
The procedure, which is currently being trialled at Southampton General Hospital, involves coating damaged cartilage with stem cells, taken from a patients own hip, and surgical glue.
Known as ABICUS Autologous Bone Marrow Implantation of Cells University Hospital Southampton the technique, if successful, will regenerate the remaining tissue and create a permanent, like-for-like replacement for the first time.
Cartilage is a tough, flexible tissue that covers the surface of joints and enables bones to slide over one another while reducing friction and acting as a shock absorber.
Damage to the tissue in the knee is common and occurs mainly following sudden twists or direct blows, such as falls or heavy tackles playing sports such as football and rugby, but can also develop over time through gradual wear and tear.
Around 10,000 people a year in the UK suffer cartilage damage serious enough to require treatment due to pain, locking and reduced flexibility. If left untreated, it can progress to arthritis and severely impair leg movement.
Currently, the most commonly used procedure to repair the injury microfracture involves trimming any remaining damaged tissue and drilling holes in the bone beneath the defect via keyhole surgery to promote bleeding and scar tissue to work as a substitute.
However, the technique has variable results, with studies in the US suggesting the procedure offers only a short term benefit (the first 24 months after surgery), and does not lead to the formation of new cartilage.
Patients who undergo the ABICUS operation have the cartilage cut and tidied and undergo microfracture, but their cartilage tissue is then coated with a substance made up of bone marrow cells, platelet gel and hyaluronic acid.
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Surgeons create 'new' knee cartilage from stem cells in hip
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