San Francisco, CA Stem Cell Resources
Also serving Redding, the Bay Area, and the rest of Northern California
San Francisco, CA Stem Cell Resources
Also serving Redding, the Bay Area, and the rest of Northern California
The medical field is changing rapidly. Scientific discoveries are allowing us to treat old problems in new, safe, effective ways. Many futurists believe that human life may be able to be extended routinely into the 120 year range, while preserving quality of life reasonably.
Research into the use of stem cells in medicine has been occurring for a few decades, and the advancements have been significant. Adult autologous stem cells (stem cells taken from a patient to be delivered back to that same patient) have become standard treatment for certain patients suffering from potentially lethal bone marrow cancers. In these patients, it is a completely life saving treatment.
Finding stem cells in humans is fairly simple. We are loaded with them. They reside in our blood, our bone marrow, our brain tissue, and especially in our fatty tissue. Harvesting stem cells from fat requires a relatively simple liposuction, and we can often procure over 20 million stem cells.
These cells can then be returned to the patient intravenously and in a concentrated dosage directly into an affected body part. The regenerative power of these multi-potent cells (cells that can transform into many different tissue types like cartilage, muscle, bone, etc.) are still under investigation, but early evidence suggests significant hope for certain conditions.
Please see our links below to some of the recent scientific research surrounding this cutting protocol.
San Francisco, CA Stem Cell Resources
San Francisco, CA Stem Cell Resources
Helpful Sites
San Francisco, CA Stem Cell Resources
San Francisco, CA Stem Cell Resources
Recent Articles
For years, stem cell-based therapies have promised myriad breakthroughs in healthcare—from cancer treatments and re-growing teeth to preventing brain damage and degeneration.
Read the full article here.
A new study has revealed how stem cells work to improve lung function in acute respiratory distress syndrome (ARDS).
Read full article here.
Injections of stem cells that are induced to secrete neurotrophic factors in patients with amyotrophic lateral sclerosis (ALS) are safe, well tolerated, and possibly clinically beneficial, results of a small open-label study suggest.
Read full article here.
Stem cell transplant was viable and effective in halting or reversing degenerative disc disease of the spine, a meta-analysis of animal studies showed, in a development expected to open up research in humans.
Read full article here.
Low back pain is widely recognized as one of the most prevalent pathologies in the developed world.
Read full article here.
Mesenchymal stem cells (MSCs) are now known to display not only stem cell multipotency, but also robust antiinflammatory and regenerative properties.
Read full article here.
Cell therapy has been shown as a potential treatment for stroke and other neurological disorders. Human umbilical cord blood (HUCB) may be a promising source of stem cells for cell therapy.
Read the full article here.
The Jets’ Chris Johnson is one of hundreds of NFL players who’ve turned to stem cells to aid in recovery from injury. It may be the next big breakthrough in the treatment of sports ailments, but for now the use of such therapy is strictly limited in the U.S.—and questions about effectiveness outweigh the answers.
Read the full article here.
A single injection of stem cells into degenerative discs reduced low back pain for at least 12 months according to results of a 100-patient, phase II, international clinical trial that included researchers at the Emory Orthopaedics & Spine Center.
Read the full article here.
Mesenchymal stem cells (MSCs) are known to have a potential for articular cartilage regeneration. However, most studies focused on focal cartilage defect through surgical implantation.
Read the full article here.
The biggest ever stem cell trial involving heart attack patients has got under way in London.
Read the full article here.
The heart muscle relies on a steady flow of oxygen-rich blood to nourish it and keep it pumping. During a heart attack, that blood flow is interrupted by a blockage in an artery.
Read the full article here.
Despite the advances in surgical procedures to repair the rotator cuff, there is a high incidence of failure.
Read the full article here.
A new study has revealed how stem cells work to improve lung function in acute respiratory distress syndrome (ARDS).
Read full article here.
Stem cell transplant was viable and effective in halting or reversing degenerative disc disease of the spine, a meta-analysis of animal studies showed, in a development expected to open up research in humans.
Read full article here.
A segment of human intestine has been grown in laboratory mice for the first time as part of research that could one day produce transplant “spare parts” for repairing diseased tissues and organs using a patient’s own skin cells.
Read full article here.
A Bulgarian man who was paralyzed from the chest down in a knife attack can now walk with the aid of a frame after receiving pioneering transplant treatment using cells from his nose.
Read full article here.
A cure for baldness has long eluded scientists, but a group of researchers say they have created a first-of-its kind hair restoration method that may actually get a person to grow new hair.
Read full article here.
Normal wound healing is a dynamic and complex process involving coordinated interactions between diverse immunological and biological systems.
Read full article here.
Wound healing is a complex biologic process that involves the integration of inflammation, mitosis, angiogenesis, synthesis, and remodeling of the extracellular matrix.
Read full article here.
Skin regeneration after serious wounds often takes a long time. When skin grows back after an injury, a scar, marking the place of the once missing skin, can often remain.
Read full article here.
There are limited treatment options for tissue restoration and the prevention of degenerative changes in the knee.
Read full article here.
Mesenchymal stem cells (MSCs) are known to have a potential for articular cartilage regeneration.
Read full article here.
Stem cells are a population possessing 1) self-renewal capacity, 2) long-term viability, and 3) multilineage potential.
Read full article here.
Stromal vascular fraction (SVF), containing large amount of stem cells and other regenerative cells, can be easily obtained from loose connective tissue that is associated with adipose tissue. Here we evaluated safety and clinical efficacy of freshly isolated autologous SVF cells in a case control study in patients with grade 2-4 degenerative osteoarthritis (OA). A total of 1128 patients underwent standard liposuction under local anesthesia and SVF cells were isolated and prepared for application into 1-4 large joints.
Read the full article here.