The Story of PSC Plant Stem Cells: Traversing the Old and the New

20th century medicine has its eye on various discoveries, in its attempts to study the causes of diseases by the molecular and genetic level. The discovery of PSC plant stem cell research has paved way for useful things which appear as future solutions to dilemmas posed by cancer and viral or bacterial gene mutations. One of these remarkable discoveries in stem cell research is the use of PSC plant stem cells to create elixirs which can help prolong life expectancy in today’s world of junk food, global warming and pollution.

Although PSC plant stem cells therapy is a novel, natural way of healing, the story of PSC plant stem cells is not new. It dates back to ancient Egypt, when buds were being used in illnesses. In 1970, Dr. Pol Henry, a Belgian Medical Doctor, published his findings on the use of extracts from buds and other plant material. He called his study on phytoembryotherapy, a therapy which is based on biologic energy from plants and other natural resources. Dr. Max Tetau then popularized “gemmotherapy” or “bud therapy” in France.

PSC plant stem cells therapy is a form of therapy which used extracts from buds, young shoots and young roots. These plant parts were chosen to be made into extracts because they were believed to be the center of a plant’s energy and thus, they are the main source of therapeutic effects. These parts, made into PSC plant stem cells, also differ from the adult plant parts because they are less exposed to toxins and pollution.

PSC plant stem cells are a treasury of effective therapies. Embryonic tissue found in PSC plant stem cells contains biologic energy and the genetic information for future plants. PSC plant stem cells also has an abundance of precious substances such as growth hormones, including auxins, gibberellins, ethylene, abscisic acid, cytokinins, nucleic acids, minerals, oligoelements, flavonoids, vitamins and enzymes.

PSC plant stem cells contain auxins, which are plant hormones which were discovered by Charles Darwin in 1880. They stimulate cell growth and strengthen the immune system. They also contai
Indoleacetic acud which helps regenerate tissues and lessens inflammation.

PSC plant stem cells also contain gibberellins, which stimulate RNA and protein synthesis. The cytokinins found in PSC plant stem cells protect cells as they go into the process of cell division, thus they show promise in cancer therapy. Abscisic acid, also found in PSC plant stem cells create resistance to stress.

Thus it is not surprising that PSC plant stem cells is now being used for athletes, growth problems in children, replacement therapy for aging, adjunct to would healing. PSC plant stem cell therapy increases exercise endurance, facilitates healing after illnesses and hospitalizations. PSC plant stem cells reverses skin and body aging, firms muscles, reduces weight and body fat, enhances memory, improves vision, makes skin soft, smooth and firm, reverses osteoporosis due to its osteoblastic action, and improves sleep.

PSC plant stem cells are not toxic to the body. They have many routes of elimination, as compared to drugs, and this is protective against toxicity.