Stem Cell Principles
The human body is from the stem cell
Stem cells are in each person's body, each person is from the embryo, in which stem cell constantly self-replicating, differentiation, and then grow into human.
Stem cells is the origin of life and can differentiate into various tissue cells in the human body.
In the era of cell therapy, our medicine is linked with stem cells
All tissues and organs in the human body are differentiated by stem cells, in theory: any tissue organ damage, can be repaired by stem cells - for example, cartilage damage, can be "guided" stem cells differentiation into cartilage cells, repair cartilage;
Based on this theoretical basis, modern medicine holds that stem cells will be widely used in a variety of medical fields, and that modern biotechnology, represented by stem cells, is leading people to a new era of cell therapy.
How to get stem cells?
At the beginning of life, "all-powerful" ” embryonic stem cells to each person's body adult stem cells, stem cells in the human body gradually no longer have omnipotence, but can only differentiate into one or more tissue cells.
Adult interstitial stem cells are present in the spinal cord, fat, blood, interstitial stem cells are important sort of the stem cells, and it has an amazing lysis of ability to differentiate into a variety of tissue cells, such as osteoblasts, heart muscle cells, liver cells, islet cells and so on... The study found that pregnant mothers' placenta contains a wealth of interstitial stem cells, strong differentiation ability, weak immunogenicity, is the best source of interstitial stem cells.
Applications for stem cells
Neurological disorders: autism, Parkinson's disease, neurotissue recovery, multiple sclerosis, stroke sequelae, spinal cord injury, Alzheimer's disease, anxiety disorder, bipolar disorder, etc. Endocrine system diseases: type1.2 diabetes, menopausal syndrome.
Endocrine system diseases: type1.2 diabetes, menopausal syndrome.
Orthopaedics, Trauma: Geriatric arthritis (degenerative lesions), crushed fractures, strong scoliosis, disc protrusion, half-moon plate ligament damage, etc.
Digestive diseases: chronic atrophic gastritis, hepatitis, fatty liver, Crohn's disease, multiple colon ulcers, etc.
Urinary system diseases: enlarged glands, glanditis, acute renal failure (ischemia), etc.
Immune system diseases: rheumatoid arthritis, rheumatoid arthritis, systemic lupus erythematosus, postoperative chemotherapy after surgery, etc.
Reproductive diseases: infertility, thinning of the endometrial, premature ovarian aging, low sexual function in men and women, etc.
Circulatory diseases: atherosclerosis, hyperlipidemia, hypertension, myocardial ischemia, heart failure, etc.
Other conditioning and treatment: systemic anti-aging, insomnia, migraines, improved memory, sub-health conditioning, etc.