Refractory diseases in children Life Physics， Dr. Emily Han
The research and discussion on refractory diseases in children has always made TCM Dr. Emily Han feel very urgent and heartache.
Children’s autoimmune diseases, cancer and other refractory diseases are particularly sad, uncomfortable and hopeless. We hope we can have more discussions with you here and help these little angels. Try to prevent the occurrence of these diseases.
1, The relationship between tidal fluctuation in children's body temperature regulation and childhood autoimmune diseases and childhood cancers:
Children's metabolism, self-renewal and growth are very active, and various physiological activities have strong fluctuations, because children have at least the following unique physiological characteristics:
1. The long bone cavity of adults is mainly occupied by yellow bone marrow. It contains a lot of hypoxia, inactive tissue fat, low blood vessel content and low oxygen content, which helps to store and regulate dormant stem cells. In the bone marrow cavity of children, there is almost no yellow bone marrow. In such an environment, the ability to regulate dormant stem cells is limited. Children’s red bone marrow and immune glands are well developed, which can greatly proliferate immune cells.
2. Since children are in a vigorous growth stage, most medulla and hypoxic inactive tissue structures will have vigorous stem cell activity, which will help the development and growth of various parts of the body. The tide fluctuates violently to achieve high-speed self-renewal and growth.
3. Children's autoimmune system is stronger and more sensitive than adults, and the thymus is more developed. As the adult yellow bone marrow develops, the thymus gland shrinks.
4. Children's breathing and heartbeat frequency are higher than adults, and the cycle, intensity and frequency of tidal fluctuations are also faster than adults. These are manifestations of children's powerful metabolism and self-renewal.
5. Children's growth hormone secretion is strong, which stimulates the division and differentiation rhythm of stem cells, while adult growth hormone secretion is greatly reduced.
Therefore, children often have unexplained high fevers, while adults almost only have ordinary fevers. A perfect immune system can eliminate viruses, bacteria and other stem cell-like organisms that invade the human body through high fever. At the same time, the high temperature and high oxygen environment will reduce the excessive division of active stem cells, promote the differentiation of stem cells into aerobic active tissue cells, and promote the growth of aerobic dynamic tissues ; at the same time, it will regulate the excessive division of stem cells. May cause excessive proliferation of connective tissue. Therefore, part of the cause of unexplained fever in children is the regulation of self-renewal and stem cell activity by the child's own immune system.
We must be cautious in dealing with high fever in children.
PFAPA is an acronym derived from periodic fever, aphthous stomatitis, pharnygitis and adenitis, the major features of this syndrome. It is the commonest cause of a recurrent fever syndrome in children.The main features of the disease are repeated fever, swollen lymph nodes in the neck, sore throat and mouth ulcers. PFAPA usually develops early in children under 5 years of age. This inflammatory response is self-limiting. There was no inflammation between the two fevers, and no infectious pathogens were found during the episode. The disease is not a contagious disease, it is not contagious.
The main symptoms of the disease are repeated fever, accompanied by sore throat, mouth ulcers or swollen lymph nodes in the neck (lymph nodes are an important part of the immune system). The fever appeared suddenly and lasted for 3-6 days. During the attack, the child feels very unwell and will have at least one of the above three symptoms. It usually happens every 3-6 weeks, sometimes the cycle is very regular. During the non-sick period, the sick child has no symptoms and has normal activities. For children who look very healthy during the non-morbid period, the disease has little effect on their growth and development.
Life physics believes that PFAPA controls the balance of stem cell activity through temperature regulation, thereby maintaining the normal development and renewal of the body, which is the embodiment of the body's self-renewal regulation.
Therefore, children’s fever must be taken seriously, so as not to damage the children’s autoimmune and hematopoietic system and self-renewal, which will lead to a series of stubborn diseases.
Febrile seizures are episodes of uncontrollable jerking movements and loss of consciousness when a child has a fever.
Febrile seizures are common in children between the ages of six months and five years.
The behavior of children with febrile convulsions shocked their parents. However, as far as we know, ordinary convulsions do not damage the brain or cause permanent changes in the brain. Although it feels longer, most febrile convulsions last only a few minutes. Even if the child’s febrile seizure lasts longer, the chance of causing brain damage is very low.
Convulsions are manifested as sudden attacks of general or local muscle stiffness and clonic convulsions, usually accompanied by disturbances of consciousness for short duration. High fever with convulsions. Through muscle contraction and relaxation, it can produce tissue and organ expansion and sedation. This is also a response to the impact of human tidal fluctuations, which can help tissues and organs achieve greater tidal fluctuations and improve the ability of tidal fluctuations. Children's self-renewal is very active, and sometimes the tide fluctuates sharply.
The method of forcibly reducing fever may inhibit children’s autoimmune activity and inhibit aerobic arterial perfusion; it cannot effectively promote the differentiation of stem cells into aerobic active somatic cells, resulting in the division of stem cells beyond the limit. This cooling will directly affect the physiological activity of hematopoietic and immune stem cells in the bone marrow, promote the division of excessive immune stem cells, and produce excessive blood cells and immune cells to cope with and regulate excessive stem cells in the body. If the closed environment in the lymph nodes and bone marrow cavity is over-stimulated, over-developed immature or genetically altered active hematopoietic cells and immune stem cells, this can cause autoimmune sensitivity and cancer.
Active stem cells that are over-differentiated into aerobic active tissue cells can also induce hyperactivity and sensitivity of autoimmune activities, thereby causing various allergies and autoimmune disorders.
For the treatment of common diseases such as fever and convulsions in children, the impact of these treatments on children's autoimmunity, hematopoietic system and self-renewal function must be considered to avoid harm!
2, What are the effects of antibiotics, anti-allergic and antiviral drug treatments, hormones, food preservatives, etc., on children's self-renewal and immunity?
Life physics believes that antibiotics and antiviral drugs can destroy and inhibit stem cell-like activities that invade the human body, thereby replacing part of the immune system functions.
Since it affects the activity of stem cell-like cells, it will inevitably have various effects on the activity of human stem cells, thereby affecting the self-renewal and autoimmune regulation of tissues and organs.
Growth hormone stimulates stem cell division and stimulates the activation of autoimmune activity. A variety of antibiotics and antiviral drugs can inhibit the body's own immune system and the self-renewal of different tissues and organs, and reduce the body's self-renewal and autoimmune regulatory functions.
For children in the growing stage, the effects of these substances can cause abnormal development of certain tissues and organs, weakened functions, and sensitivity to autoimmune activities. Mainly manifested in the rapid self-renewal rhythm of epithelial tissue, skin, intestinal wall tissue; developmental disorders and regulatory dysfunction of subcutaneous endolymph tissue, reduced ability to regulate the activity of probiotics in the intestine, weakened digestive function, sensitivity to food, etc. Eventually lead to various refractory diseases.
The latest research shows that A single early-in-life antibiotic course increases susceptibility to DSS-induced colitis
, while the use of antibiotics early in life will increase the risk of enteritis later in life.
Various food additives (including preservatives) have inhibitory effects on bacteria and other stem cell-like organisms, which will affect the state of intestinal endometrium stem cells, affect the development of intestinal endometrium and lymphatic tissue, and affect self-renewal and immune regulation. Long-term immunosuppression and self-renewal inhibition may lead to digestive tract sensitivity, changes in the internal environment of digestive tract lymph nodes, produce genetically mutated immune cells, and lead to refractory diseases such as celiac disease, autoimmune diseases and cancer, etc.,
Residual antibiotics and growth hormones in animal food can stimulate the body's stem cell regulation, leading to excessive proliferation and active self-immunity regulation.
Studies on the transmission of allergic antigens in human and mouse embryonic development have shown that during pregnancy, mothers can transmit allergen sensitivity to the fetus, causing allergies in young children. Therefore, pregnant women's use of antibiotics, antiviral drugs, hormones and food additives will not only cause their own effects, but also affect the development of fetal immune stem cells.
Leukemia is the most common cancer in children, accounting for 30% of cancers before the age of 15 and 25% of cancers before the age of 20.
• Acute lymphocytic leukemia (ALL) accounts for 75% to 80% of all childhood leukemia cases; acute myeloid leukemia (AML) accounts for 15% to 20%. About 85% of all cases are of the B-cell lineage (B-ALL), and 15% are of the T-cell lineage (T-ALL).（Ref:Childhood Leukemia Stephen P. Hunger, David T. Teachey, Stephan Grupp, and Richard Aplenc ）
3, Best way to treat sick children.
Children have a more powerful autoimmune system than adults, and have the strongest self-repair capabilities. External intervention and treatment should be the last resort, and a reasonable diet is the best treatment. Patiently observe and accompany, cooperate with body and visceral tidal massage exercises to enhance the tidal function of internal organs, help the growth, development and repair of all tissues and organs, and improve the ability of regulation. This is the second treatment method. Antibiotics, antiviral drugs, anti-allergic drugs, hormones, food additives and other methods that interfere with the activity of stem cell-like cells and stem cells are the last resort.
Repeatedly emphasized that "a reasonable diet is the best treatment. The second best treatment is to observe and accompany the patient, massage the internal organs, and finally choose interventional treatment as a last resort." This is a recommendation for every parent.
Children have stronger internal metabolism, active growth and stronger autoimmunity. Using scientifically configured botanicals can achieve rapid response, good effect and quick recovery.
Inspired by the effects of high fever and convulsions in children on stem cell activity, Life physics believes that high fever can regulate the progression of certain autoimmune diseases and cancer. Regular muscle contraction and relaxation exercises throughout the body can help the body improve tidal fluctuation function.
In Beijing Tongrentang, Auckland clinic , TCM Dr. Emily Han specially designed a series of Chinese herbal medicine combined with acupuncture treatments, which can help you solve a series of childhood refractory diseases.
Beijing Tongrentang, Auckland clinic , TCM Dr. Emily Han