![]() As such, “a broad range of indications can be treated on site, including tendon ruptures, osteoarthritis, cartilage defects in joints, chronic lower back pain due to facet joint syndrome, non-healing wounds, or bone damage. After processing for one hour, the recovered regenerative cells are washed and separated from remaining connective or fat tissue and can be reintroduced into the body at a different site, without need for further culturing or manipulation, all within one intervention. “We choose to extract the cells from adipose tissue because it has a high stem cell concentration, is easy to access and most patients are fine getting rid of some,” said Alt. Alt extracts these cells from adipose (fat) tissue taken from the patient using a mini-liposuction procedure. VaPS cells are associated with blood vessels and can therefore be found in every tissue and organ in the body. Celebrity golfer Jack Nicklaus has successfully received therapies with these cells in Europe, lending some star power to Alt’s research. Some of these indications are currently being evaluated in the United States by three FDA-approved trials. Therapies involving the pluripotent stem cells include treating osteoarthritis of joints, chronic back pain, ruptured tendons and nonhealing wounds. The publication is based on two decades of research by Alt, director of cardiovascular research at Tulane University School of Medicine, and by his colleagues, who conducted the work at Tulane, MD Anderson Cancer Center/University of Texas, Methodist Research Center in Houston, Sanford Health University of South Dakota, and the IsarKlinikum in Munich, Germany. “After many years of basic research, I'm now impressed every day how much we can help patients with these stem cells,” Alt said. Pluripotent stem cells can transform into any type of cell. The article provides strong evidence supporting the existence of a small, vascular-associated, pluripotent stem cell type (vaPS cells) that is ubiquitously distributed throughout all organs of the adult body. Eckhard Alt, who recently published a perspective in the journal Cells that outlines how a type of adult stem cell holds tremendous promise to fuel advances in treating everything from knee joint restoration to helping paraplegics regain mobility after severe spinal cord injuries. Eckhard Alt)Ĭould naturally occurring stem cells throughout the body hold the key to unlocking the next generation of advances in regenerative medicine?Ībsolutely, according to Tulane University Professor of Medicine Dr. These cells were obtained from adult adipose, or fat tissue. Adult stem cells (indicated by the white arrows) show promise in treating a variety of conditions, according to research by Dr.
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