The Future is Bright for Stem Cell Treatments

Considering the many emerging research studies on possible cord blood and cord tissue stem cell use, the future of stem cell treatments is very bright. Only the surface has been scratched when it comes to discovering the potential of these cells to treat diseases and disorders. New technologies that allow for the expansion of cord blood cells means that effective autologous therapy will be achievable well into adulthood. Additionally, research has shown that cord blood stem cells can also be effectively used for regeneration or repair, of non-hematopoietic tissues, such as the repair of joint damage through cartilage regeneration. Studies have also demonstrated that these cells are effective at modulating/reducing inflammation, and in the treatment of neurological disorders (ie. ALS, Alzheimer’s Disease, Stroke) that can occur later in life. Keeping up with the latest news inspires hope in the future.

Latest News

Stem cells from umbilical cord blood may help treat eczema

A new study suggests that treatment with stem cells from umbilical cord blood might be an effective therapy for patients with moderate-to-severe eczema, or atopic dermatitis. For the clinical trial, 34 patients were randomly assigned to receive a low dose or high dose of the cells. Fifty five percent of patients who received the high dose showed a 50% reduction in what’s known as the Eczema Area after 12 weeks after treatment.

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Stem Cells Restore Motor Function to Stroke Patients

Researchers at Stanford reported that they are “stunned” by the results of an experimental treatment to treat stroke patients. The study in which stem cells were injected directly into the brains of stroke patients, resulted in motor function being restored in some of the patients. Though designed initially to look at the safety of such a procedure as opposed to its effectives, nonetheless, it is creating significant buzz in the neuroscience community because the results appear to contradict a core belief about brain damage — that it is permanent and irreversible. 

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How a clinical trial could change the face of Parkinson's Disease

The use of stem cells to treat diseases has gained enormous traction over the past decade. These cells, taken from umbilical cord blood and bone marrow are special because they can be manipulated into other cells: a heart, blood or brain cell. They can replace damaged tissue with healthy tissue, and that's essentially what these scientists are trying to do in this clinical trial; replace the nerve cells that die off when someone gets Parkinson's disease.

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Stem cells from cord tissue may be able to treat osteoporosis in the future

Osteoporosis affects over 200M people worldwide and, unlike post-menopausal (type-I) osteoporosis, both women and men are equally susceptible to developing the age-related (type-II) form of this chronic disease. Research published this week in Stem Cells Translation Medicine indicates that an injection of mesenchymal stem cells (MSCs) could restore normal bone structure in people suffering from type-II osteoporosis. Umbilical cord tissue is a readily available source of MSCs.

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Umbilical Cord Tissue for Tough to Treat Wounds

Unfortunately, it is common for diabetic patients to get wounds on their feet. In fact, amputation is a big risk for diabetics. Fortunately, stem cells from umbilical cord tissue are being used to treat these and other wounds. “We’re using the stem cells and the growth factors of this tissue together to make a graft for a patient,” says Foot Surgeon Dr. Andrew Rice at Fairfield County Foot Surgeons.

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Recent Trial Shows the Promise of Cord Blood Stem Cells to Treat Parkinson’s

Umbilical cord blood stem cells continue to be at the forefront of treating neurological disorders. These powerful stem cells have already been shown to have a restore varying degrees neurological capacity for a number of disorders such as stroke and traumatic brain injury. Now, a recent study suggests that cord blood stem cells can improve motor dysfunction in Parkinson’s disease.

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Umbilical cord blood stem cells kill cancer quicker than adult cells

New research results suggest that stem cells in umbilical cord blood are better at destroying leukemia cells than adult stem cells. Umbilical cord blood is increasingly being used instead of bone marrow transplants because the risk of rejection is lower with the immature cells. While cord blood stem cells haven’t had the “training” that adult stem cells have had, “it seems they can pitch straight in without practice,” says research team member Paul Veys of Great Ormond Street Hospital for Children in London. “The implication is that using cord blood may be a better choice to mop up leukemia,” he says.

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A Promising Trial Uses Blood Derived Stem Cells to Treat Multiple Sclerosis

A stem cell treatment routinely used for bone and blood cancers is showing promise at reversing the effects of multiple sclerosis (MS). The treatment, known as autologous hematopoietic stem cell transplant (HSCT), uses chemotherapy to break down the patient's faulty immune system. Stem cells are then harvested and re-infused into the patient to 'reboot' their immune system. Within two weeks, new red and white blood cells start to grow. One of the primary source of hematopoietic stem cells is umbilical cord blood.

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Stem Cells Offer New Ways to Repair Joints

The normal tendon, when we repair it, heals with scar tissue. That’s where the stem cells come in. Instead of scar tissue taking over, the hope is that the stem cells, which have the ability to differentiate, will help generate more normal anatomy.

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First Clinical Trial Using Stem Cells to Treat Alzheimer’s Disease

A new clinical trial at the University of Miami Miller School of Medicine will be the first in the U.S. to focus on using mesenchymal stem cells (MSCs) to treat Alzheimer’s disease. MSCs are increasingly being utilized in regenerative medicine for a wide range of conditions including heart and kidney disease, ALS, wound healing and autoimmune diseases. The umbilical cord is a rich source of mesenchymal stem cells.

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