1. **Principle of Chemical Production**: Neurotherapy is an alternative therapy that operates on the premise that a malfunctioning gland or organ fails to produce essential chemicals in adequate quantities, leading to disease. This therapy stimulates the production of necessary substances and hormones by activating various glands and organs within the body through targeted pressure on specific points.
2. **Hormonal Regulation**: It is well-established that most hormones target specific endocrine glands, which secrete other hormones. When hormone levels in the blood reach optimal ranges, the pituitary and hypothalamus glands naturally reduce the secretion of corresponding stimulating hormones. This mechanism, known as negative feedback, is critical for maintaining hormonal balance. Neurotherapy actively engages the pituitary gland, which controls nearly all endocrine glands—excluding the thymus, parathyroid, and the medulla of the adrenal glands. It regulates the thyroid gland, adrenal cortices, ovaries, and testes. In cases of hormone deficiency, Neurotherapy effectively stimulates the pituitary gland to secrete the necessary stimulating hormones, correcting the deficiency.
3. **Redundant Chemical Production**: By nature, the body prepares each chemical in two or more locations to prevent deficiency-related issues caused by specific organ dysfunction. For instance, 85% of erythropoietin is produced in the kidneys. If oxygen levels in the blood drop, this chemical stimulates the bone marrow to produce blood. If both kidneys malfunction, the liver compensates by producing erythropoietin, though at reduced levels. Neurotherapy emphasizes this redundancy as a crucial aspect of treatment.
4. **Nervous System Activation**: The brain contains approximately 100 billion neurons, while the spinal cord has about 100 million neurons. The intestines also house around 100 million neurons. Twelve main types of chemicals are produced by intestinal neurons, although brain neurons typically generate these chemicals in larger quantities. If brain neuron dysfunction leads to a deficiency in these chemicals, diseases like Parkinson’s can arise. Neurotherapy activates the enteric nervous system in the intestines, addressing diseases resulting from chemical deficits in the central nervous system.
5. **Acid-Base Balance**: Maintaining acid-base balance is vital for good health. Acids produce hydrogen ions (H⁺) when dissolved in water, while bases produce hydroxyl ions (OH⁻). The normal blood pH ranges from 7.36 to 7.44. A properly functioning digestive system helps maintain this balance. Often, according to Neurotherapy, disease arises from disturbances in this balance. Correcting these disturbances can lead to normalization of the patient’s condition.
6. **Assumptions of Colon and Kidney Function**: In Neurotherapy, it is assumed that the ascending colon is alkaline, whereas the segment from the end of the ascending colon to the middle of the transverse colon and the entirety of the descending colon is acidic. The right kidney is thought to filter 80% base and 20% acid, while the left kidney filters 80% acid and 20% base. Similarly, it is assumed that the right ovary produces progesterone and the left ovary produces estrogen.
7. **Autoimmunity and Treatment**: When T-memory cells of the thymus gland malfunction, they can produce antibodies against the body’s own proteins or cells. For example, if proteins from the synovial membrane of the knee joint enter the bloodstream, the thymus may mistakenly create antibodies against these proteins, resulting in conditions like arthritis. This is known as autoimmunity. In allopathy, treatment often involves steroids, which can lead to side effects due to excessive dosages. In contrast, Neurotherapy stimulates the adrenal cortex to produce the required steroids in appropriate quantities automatically, thereby minimizing side effects.
8. **Cholesterol Utilization**: About 85% of cholesterol consumed by the body is processed by the liver to produce bile salts for digestion. The adrenal cortices, ovaries, and testes utilize the remaining 15% for synthesizing corticoids, estrogen, progesterone, and testosterone. Additionally, the intestine produces an amino acid called tyrosine during digestion, which is used to create Triiodothyronine (T3), Thyroxine (T4), epinephrine, and norepinephrine. Without adequate substrates in the diet, hormone production can be insufficient.
9. **Navel Setting and Digestion**: Neurotherapy is based on the principle of navel setting within the abdomen to facilitate proper digestion. If digestion and absorption are not functioning optimally.
10. Even if a part of the body has been reserved for two years, Neurotherapy can regenerate it within that timeframe, provided that only the processes (dendrites and axons) are affected and the central body is intact. For individuals suffering from cataracts, stimulating the pancreas through Neurotherapy can lead to the disappearance of the cataract after a series of treatments. Neurotherapy has demonstrated the potential to successfully treat a variety of diseases by stimulating the pancreas, including: