Stem Cells From One’s Own Body Show Efficacy in Treating Pain
Stem cell therapy is still a relatively new concept that few understand, but it continues to garner a lot of support and promise — especially for medical problems that have traditionally been very difficult to treat. In his fascinating discussion with Open Minds host Regina Meredith, naturopathic doctor Harry Adelson N.D. reveals a new way to address pain by using stem cells as curative agents. This may come as a welcome idea for at least a fifth of the population, who suffer from chronic pain that affects quality of life, the ability to work, sleep patterns, and more.
According to the Mayo Clinic stem cells create other cells with specialized functions, and “[u]nder the right conditions in the body or a laboratory, stem cells divide to form more cells called daughter cells. These daughter cells either become new stem cells (self-renewal) or become specialized cells (differentiation) with a more specific function, such as blood cells, brain cells, heart muscle cells or bone cells. No other cell in the body has the natural ability to generate new cell types.”
Adelson, says treatment with stem cells can help treat musculoskeletal pain and increase energy using cells from one’s own bone marrow and fat to prompt regeneration. Citing his own use of stem cells on his road to recovery from injury and pain, Adelson says how regenerative therapy using biological tissues found in the human body can restore normalcy to someone living with pain and suffering.
One of the more exciting aspects of stem cell therapy is that each of us can create our own cells to heal ourselves. Emerging evidence suggests that adult stem cells can not only replicate, but also create various other types of cells. For example, bone marrow stem cells may be able to create bone or heart muscle cells.
Adelson is highly experienced when it comes to using stem cells for pain treatment, having performed numerous procedures using bone marrow combined with adipose (bodily fat) stem cells. He’s also injected more than a thousand intervertebral discs with stem cells.
Adelson’s excitement for stem cell therapy began with an accident as a young man, while rock climbing in the early 1990s. He was in naturopathic school at the time, when an injury to his shoulder set him off in a new direction, leading him to pursue an alternative to traditional surgery and injections for pain treatment. After receiving his naturopathic degree, Adelson discovered the potential of stem cell therapy.
Though he points out that early stem cell research involved embryonic cells, Adelson says his own stem cell practice uses a patient’s own cells (or those of a donor). These cells act to signal cells known as mesenchymal cells.
Stem cells either differentiate (turn into one of a number of specific cells) or self-replicate (create other cells that are the same as the stem cell). When mesenchymal cells come into contact with damaged cells, Adelson says they release growth factors that signal those cells to heal themselves, develop new blood vessels, fight infection, and lower inflammation. In simple terms, stem cells help other cells heal.
When we are injured, our stem cells are called into action to help with regrowth and repair, but often not in the quantity and concentration that is needed. With stem cell therapy, the body is given what it naturally needs to repair damaged tissue and alleviate pain.
If you’re among the millions who suffer from chronic pain, this interview may prove eye-opening, not only because it clarifies the power of stem cell therapy, but also because it offers an alternative to surgery and prescription medications. Adelson practices a leading-edge therapy that was only dreamt of a mere ten years ago, and his interview offers a new perspective into an often poorly understood medical approach.
Scientists Finally Finished Mapping the Human Genome
Scientists announce they have finally completed the map of the entire human genome. Will the information contained within unlock our true potential for health and wellbeing, or is there another more expansive perspective on the role genes play in our lives?
After decades of research, scientists have recently announced the completion of the human genome, what some call “the genetic instruction book.” Widely used for guiding biomedical research, many experts herald this as a crowning achievement in the field.
Dr. Bruce Lipton is a cellular biologist and a pioneer in the field of epigenetics, which takes a comprehensive, cutting-edge approach to the understanding of our relationship to our genes.
“Most people are really excited about the fact that the human genome has been deciphered; they’ve identified how many genes are in the human genome,” Lipton said. “The original reason for the human genome was, it was thought the genes control all the characteristics of our life and therefore if I had a compendium of all the genes I could fix anybody who has a characteristic they want to change. Francis Crick, one of the cofounders of the story, came up with something called “the central dogma,” the belief that genes are the source of biological information.
“They’re translated into another form of nucleic acid called RNA. So, DNA goes into RNA which is like a xeroxed copy of the DNA, and then the RNA is used as a template to make the proteins of the body,” he said. “According to the central dogma, information only flows in one way — it flows from the DNA to the RNA to the protein. This led to an understanding called ‘genetic determinism.’ Genetic determinism is the belief that the genetic blueprint of your life is carried by the DNA that you inherited at the moment of conception.”
