Research shows that autism and other nervous disorders are being diagnosed more and more often today. The reason for this may be not only hereditary genetic diseases, but also dangerous chemicals. In particular, organophosphates alone, used in agriculture, seriously affect the state of the central nervous system.
And recently, experts identified 10 chemicals, so-called neurotoxins, found both in the environment and in household items, furniture and clothing. According to scientists, these substances are the cause of the development of diseases that affect the nervous system. Most of them are already severely limited in use, but some of them still pose a great danger.
Chlorpyrifos
A common chemical in the past, part of the group of organophosphate pesticides, used to kill pests. Currently, chlorpyrifos is classified as a highly toxic compound, hazardous to birds and freshwater fish, and moderately toxic to mammals. Despite this, it is still widely used in non-food crops and for processing wood products.
Methylmercury
Methylmercury is a dangerous neurotoxin that affects the mechanisms of heredity in humans. It causes abnormal mitoses (K-mitoses) in cells and also damages chromosomes, and its effect is 1000 times greater than that of colchicine. Scientists believe it is possible that methylmercury can cause birth defects and mental defects.
Polychlorinated biphenyls
Or PCBs, are part of a group of chemicals defined as persistent organic pollutants. They enter the body through the lungs, gastrointestinal tract with food or skin, and are deposited in fats. PCBs are classified as a probable human carcinogen. In addition, they cause liver disease, disrupt reproductive function and disrupt the endocrine system.
Ethanol
As it turns out, ethanol is not an environmentally friendly alternative to gasoline. Judging by data from scientists from Stanford University, cars using a mixture of ethanol and gasoline contribute to an increase in the level of two carcinogens in the atmosphere - formaldehyde and acetaldehyde. In addition, when using ethanol as fuel, the level of atmospheric ozone will increase, which, even at low concentrations, leads to all sorts of lung diseases.
Lead
Penetrating into the body, lead enters the bloodstream, and is partially excreted naturally, and partially deposited in various systems of the body. With a significant degree of intoxication, disturbances in the functional state of the kidneys, brain, and nervous system develop. Poisoning with organic lead compounds leads to nervous disorders - insomnia and hysteria.
Arsenic
Industrially, arsenic is used to make fertilizers, chemically treat wood, and make semiconductors. Arsenic enters the human body in the form of dust and through the gastrointestinal tract. With prolonged contact with arsenic, malignant tumors can form, in addition, metabolism and the functions of the central and peripheral nervous system are disrupted.
Manganese
First of all, manganese enters the human body through the respiratory tract. Large particles rejected by the respiratory tract can be swallowed along with saliva. Excessive amounts of manganese accumulate in the liver, kidneys, endocrine glands and bones. Intoxication over several years leads to disruption of the central nervous system and the development of Parkinson's disease. In addition, excess manganese leads to bone diseases and increases the risk of fractures.
Fluorine
Although fluoride is widely used in oral hygiene to combat bacterial dental diseases, it can cause many negative effects. Consumption of water containing fluoride at a concentration of one part per million causes changes in brain tissue similar to Alzheimer's disease. The most paradoxical thing is that an excess of fluoride has a destructive effect on the teeth themselves, causing fluorosis.
Tetrachlorethylene
Or perchlorethylene is an excellent solvent and is used in the textile industry and for degreasing metals. On contact with open flames and heated surfaces, it decomposes producing toxic fumes. With prolonged contact, tetrachlorethylene has a toxic effect on the central nervous system, liver and kidneys. A number of acute poisonings leading to death are known.
Toluene
In the chemical industry it is used for the production of benzene, benzoic acid and is part of many solvents. Toluene vapors penetrate the human body through the respiratory tract and skin. Intoxication causes developmental disorders of the body, reduces learning abilities, affects the nervous system and reduces immunity.
Some substances can have extremely negative effects on human health. Natural or synthetic poisons affect the kidneys, liver, heart, damage blood vessels, causing bleeding, or act at the cellular level. Neurotoxins are substances that damage nerve fibers and the brain, and the results of such toxins are called neurotoxic disorders. The impact of this kind of poisons can be either delayed or cause acute conditions.
What are neurotoxins and where are toxic substances used?
Neurotoxins can be chemicals, drugs that cause anesthesia, antiseptics, metal fumes, aggressive detergents, pesticides and insecticides. Some living organisms are capable of producing neurotoxins in response to a threat to the immune system, and numerous toxic substances are present in the environment.
According to scientific research data summarized in the publication of the authoritative weekly medical journal “The Lancet,” about two hundred toxins can damage the human nervous system. Later (after studying data from the National Institute of Occupational Safety), it became necessary to add to the published list the same number of toxic substances that in one way or another have a negative effect on the central nervous system.
In the latter case, damage to nerve fibers was combined with damage to associated organs and systems, and symptoms of a neurotoxic disorder appeared when permissible exposure limits were exceeded.
Thus, the list of chemicals that can be classified as neurotoxins expands depending on what criteria a particular publication or author adheres to.
You can get neurotoxin poisoning by inhaling toxic fumes, increasing the permissible concentration in the blood, or eating foods saturated with large amounts of toxic substances. Many toxic substances are present in the environment, consumer goods, and household chemicals. Neurotoxins are used in cosmetology, medicine and industry.
What is the neurotoxic effect on the body?
Neurotoxic effects primarily affect the brain and nerve fibers. Neutralization of the work of cells in the nervous system can lead to muscle paralysis, the occurrence of an acute allergic reaction, and affects the general mental state of a person. In severe cases, poisoning can cause coma and be fatal.
Toxic substances of this kind are absorbed into nerve endings, transmitted to cells and disrupt vital functions. The body's natural detoxification mechanisms are practically powerless against neurotoxins: in the liver, for example, the main functional feature of which is the elimination of harmful substances, most neurotoxins, due to their specific nature, are reabsorbed by nerve fibers.
Neurotoxic poison can complicate the course of any disease, which makes definitive diagnosis and timely treatment difficult.
Establishing an accurate diagnosis necessarily includes determining the suspected source of infection, studying the history of contact with a potential poison, identifying the full clinical picture and conducting laboratory tests.
Classification of the most famous representatives of neurotoxins
Medical sources classify neurotoxins into channel inhibitors, nerve agents, and neurotoxic drugs. Based on their origin, toxic substances are divided into those obtained from the external environment (exogenous) and those produced by the body (endogenous).
The classification of neurotoxins, poisoning from which is likely to occur at work and at home, includes three groups of the most common substances:
- Heavy metals. Mercury, cadmium, lead, antimony, bismuth, copper and other substances are quickly absorbed into the digestive tract, spread through the bloodstream to all vital organs and settle in them.
- Biotoxins. Biotoxins include potent poisons that are produced, in particular, by marine life and spiders. Substances can penetrate mechanically (by a bite or injection) or by eating poisonous animals. In addition, botulism bacteria are biotoxins.
- Xenobiotics. A distinctive feature of this group of neurotoxins is their prolonged effect on the human body: the half-life of dioxin, for example, ranges from 7 to 11 years.
Symptoms of neurotoxin damage
Neurotoxic disorders caused by toxic substances are characterized by a number of symptoms typical of poisoning in principle, and specific signs that occur during intoxication with a particular compound.
Heavy metal intoxication
Thus, patients experience the following signs of heavy metal intoxication:
- abdominal discomfort;
- bloating, diarrhea, or constipation;
- nausea and occasional vomiting.
At the same time, poisoning with a specific metal has its own distinctive characteristics. Thus, with mercury intoxication, a metallic taste is felt in the mouth, increased salivation and swelling of the lymph nodes are characteristic, and it is characterized by a strong cough (sometimes with blood), lacrimation, and irritation of the mucous membranes of the respiratory tract.
A severe case is: anemia develops, the skin becomes bluish, and the functioning of the liver and kidneys is quickly disrupted.
Biotoxin poisoning
In case of poisoning with biotoxins, the first signs of intoxication may include:
- increased salivation, numbness of the tongue, loss of sensation in the legs and arms (typical of poisoning with tetrodotoxin contained in puffer fish);
- increasing abdominal pain, nausea and vomiting, bowel irregularities, spots before the eyes and respiratory failure (botulinum toxin intoxication);
- severe pain in the heart, hypoxia, paralysis of internal muscles (a condition similar to a heart attack occurs when poisoned with batrachotoxin contained in the glands of some species of frogs).
Intoxication with xenobiotics
A neurotoxic poison of anthropogenic origin is dangerous because symptoms of intoxication can appear over a long period of time, which leads to chronic poisoning.
Damage from formaldehyde or dioxins - by-products of the production of pesticides, paper, plastics, etc. - is accompanied by the following symptoms:
- loss of strength, fatigue, insomnia;
- abdominal pain, loss of appetite and exhaustion;
- irritation of the mucous membranes of the mouth, eyes and respiratory tract;
- nausea, vomiting blood, diarrhea;
- impaired coordination of movements;
- anxiety, delirium, feeling of fear.
Features of neurotoxin poisoning
A distinctive feature of neurotoxins is damage to the human nervous system.
Thus, the patient’s condition is characterized by:
- impaired coordination of movements;
- slowing brain activity;
- disturbances of consciousness, memory loss;
- throbbing headache;
- darkening of the eyes.
As a rule, the general symptoms include symptoms of poisoning from the respiratory, digestive and cardiovascular systems. The specific clinical picture depends on the source of intoxication.
Prevention of intoxication at work and at home
Prevention of poisoning largely depends on the nature of the potential threat. So, in order to avoid intoxication with biotoxins, food should be thoroughly cooked, avoid eating expired or low-quality products, and prevent contact with potentially poisonous animals and plants. Heavy metal poisoning can be prevented by using products made from these materials strictly for their intended purpose, observing safety measures when working in hazardous industries and sanitary rules.
1 ml of solution for intravenous and intramuscular administration contains 50 mg of active substance and excipients: sodium disulfite - 1 mg; water for injection - up to 1 ml.
Release form
- 1 ampoule (2 ml) of 5, 10, 20 and 50 pieces in a cardboard package;
- 1 ampoule (5 ml) of 5, 10 and 20 pieces in a cardboard package.
pharmachologic effect
- the drug protects membranes of brain cells (neurons) from any influences (membrane-protective effect);
- improves blood circulation in the brain and reduces the need of neurons for oxygen (antihypoxic effect);
- has a direct activating effect on mental activity (nootropic effect);
- removes, fear And voltage ;
- increases stress resistance (anxiolytic effect);
- suppresses development seizures (anticonvulsant effect).
Pharmacodynamics and pharmacokinetics
Active ingredient: Neurox ethylmethylhydroxypyridine succinate (EMHPS) suppresses the toxic effect of free radicals formed during metabolism in the human body and destroying cells and tissues. It protects the membranes (shells) of brain cells from any influences, improves their structure and function (including the transport of oxygen and neurotransmitters - substances through which information is transmitted in brain cells).
Under the influence of Neurox, the concentration in the brain increases, which is called the hormone of pleasure. All this leads to increased stress resistance and mental abilities, decreased anxiety And convulsive readiness . Neurox has an antitoxic effect in acute and chronic alcohol intoxication , at withdrawal syndrome (which develops against the background of withdrawal from alcohol in patients) and with an overdose of drugs that affect the central nervous system.
The duration of action of Neurox when administered intramuscularly is up to 4 hours. The maximum concentration in blood plasma occurs 20–40 minutes after administration. The active substance quickly passes from blood vessels to organs and tissues and is also quickly excreted from the body in the urine, after metabolizing (decomposing into metabolic products -) in the liver.
Indications for use of Neurox
Indications for use of Neurox:
- acute cerebrovascular accidents, including;
- diseases associated with metabolic disorders in brain cells ();
- conditions after undergoing traumatic brain injuries ;
- mild mental impairment in the background;
- anxiety states in the background and mental illness ;
- (as part of complex treatment).
Indications for use of Neurox also include alcohol intoxication , withdrawal syndrome due to chronic alcoholism and acute intoxication with antipsychotic drugs ( antipsychotics ).
Medicine Neurox - contraindications for use
Neurox cannot be used for the following diseases and conditions:
- severe diseases accompanied by acute impairment of kidney or liver function (and liver failure );
- and breastfeeding;
- increased sensitivity of the body to the components of the drug;
- children of any age.
Neurox is used with caution when allergic diseases and reactions that the patient has had in the past. During treatment, care should be taken when driving a car and performing other work that requires increased concentration and speed of response.
Neurox - side effects
Against the background of rapid administration of the drug (especially with intravenous jet administration), dryness and a metallic taste in the mouth, a surge of heat, a sore throat and a feeling of lack of air may occur. It is also possible allergic reactions .
If you use the drug in courses longer than recommended, you cannot exclude the possibility of nausea , And intestinal colic , or difficulty falling asleep.
Neurox, instructions for use
Neurox is administered intramuscularly or intravenously (stream or drip). When administered by drip, the drug is diluted saline solution (0.9% sodium chloride). Neurox dosages are most often selected individually by the doctor, taking into account the disease, the patient’s condition and the manufacturer’s recommendations.
Instructions for use of Neurox recommend starting treatment with a daily dose of 50-300 mg. A dose of more than 50 mg is best distributed over 2 to 3 injections. The dose is gradually increased until a therapeutic effect is obtained. The maximum daily dose is 800 mg. The course of treatment, depending on the patient’s condition and dosage, can range from 5 to 30 days.
The medicine is administered intravenously as a stream very slowly for at least 5 minutes, and dropwise at a rate of 40-60 drops per minute.
Neurox injections - is an overdose possible?
In case of an overdose, or, conversely, may appear. If the drug is administered intravenously, some elevation may occur within 90 to 120 minutes after administration. After this time, the symptoms of blood pressure return to normal on their own, and health is restored within 24 hours.
At insomnia Sometimes medications from the group are prescribed tranquilizers (for example,) in a minimal dosage.
Interaction of Neurox with other drugs
Neurox potentiates (intensifies) the effect (For example, Diazepam ), antiepileptic (), antiparkinsonian (Levodopa ) medicines and nitrates (). Reduces the toxic effect of alcohol.
Terms of sale
Neurox can be purchased at the pharmacy only with a doctor's prescription.
Storage conditions
Neurox ampoules should be stored out of the reach of children, in a dry place, protected from light, at a temperature not exceeding 25°C.
Best before date
The drug is stored for 3 years if the above conditions are met.
Analogues of Neurox
Level 4 ATX code matches:Analogues are drugs from different drug groups that are used to treat the same diseases. Analogues of Neurox:
- drugs from the group nootropics ( , );
- drugs from the group benzodiazepine tranquilizers ( , );
- drugs from the group antiepileptic drugs ();
- drugs that improve cerebral circulation ();
- drugs from the group antioxidants ( And ).
Alcohol and Neurox
Neurox reduces the toxic effects of alcohol.
Reviews of Neurox
Reviews about Neurox are different, approximately half of them are positive, half are negative. Positive reviews mainly note the effect of complex treatment of various neurological disorders , which included Neurox as a member.
Negative reviews about Neurox are associated with the lack of therapeutic effect after the course of treatment. Obviously, the effectiveness of this drug is largely related to the correctness of its prescription and the selected dosage.
Neurox price
The price of Neurox in Moscow depends on the dosage of the drug in one ampoule and on the number of ampoules in the package:
- 10 ampoules of 2 ml - from 306 to 378 rubles;
- 50 ampoules of 2 ml – from 1066 to 1274 rubles;
- 5 ampoules of 5 ml – 287 – 349 rubles.
The price of Neurox injections will depend on the dose selected by the doctor and the duration of the course of treatment. The price of Neurox tablets cannot be determined, since this drug is not available in tablets.
- Online pharmacies in Russia Russia
- Online pharmacies in Ukraine Ukraine
- Online pharmacies in Kazakhstan Kazakhstan
ZdravCity
Neurox solution IV and IM 50 mg/ml 2 ml n50CJSC "PharmFirma "Sotex"
Neurox solution IV and IM 50 mg/ml 2 ml n10CJSC "PharmFirma "Sotex"
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Neurox (amp. 50mg/ml 5ml No. 5)
Neurox (amp. 50 mg/ml 2 ml No. 10)
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Neurox solution d/in. 50 mg/ml 2 ml No. 10 ampPHARMFIRM SOTEX CJSC
Neurox solution d/in. 50 mg/ml 5 ml No. 5 ampPHARMFIRM SOTEX CJSC
What are the dangers of neurotoxic effects?
A number of substances can have a detrimental effect on nerve fibers, and such substances are called neurotoxins, and their results are called neurotoxic disorders. Neurotoxins can cause acute reactions or delayed action, turning the toxic effect into a chronic process.
Chemical reagents, anesthetics, antiseptics, detergents, pesticides, insecticides, metal fumes, and drugs with neurotoxic side effects can act as neurotoxins. Neurotoxic effects can begin when the components of these substances accidentally enter the respiratory system, into the blood, and when their permissible concentration in the blood is exceeded.
Neurotoxic effects substances on the body manifests itself in a number of signs:
- Headache,
- dizziness,
- Feeling faint
- Weakness of the muscles of the limbs,
- Balance disorders
- Feeling of tissue numbness,
- Tissue sensitivity disorders
- Slow or impaired reflexes
- Cardiac disturbances (arrhythmias, tachycardia),
- Visual impairment,
- Breathing disorders
- Pain similar to radicular syndrome,
- Movement disorders
- Urinary retention or urinary incontinence,
- Confusion.
Neurotoxic disorders may be reversible and disappear when the action of the neurotoxin ceases, but they can also lead to irreversible damage in the body.
You can be exposed to neurotoxic effects:
- in the production of chemicals, being in a harmful atmosphere for a long time,
- when working with fertilizers and insecticides in agriculture and on private summer cottages,
- when carrying out disinfection of premises, being in an atmosphere filled with vapors of a concentrated disinfectant,
- during repair and construction work with paints and varnishes, adhesives, solvents in poorly ventilated areas,
- being near a combustion zone with a high concentration of carbon monoxide,
- Being in the zone of a chemical man-made disaster (emergency releases).
Neurotoxic disorders can over time transform into diseases of the nervous system and musculoskeletal system: myopathies, Parkinson's disease, decreased or loss of vision, dysfunction of the vestibular apparatus, mental degradation, tics, tremor.
Treatment of neurotoxic disorders is based on carrying out detoxification measures to remove toxic substances from the body and reduce their concentration in tissues, restore water and electrolyte balance, and cleanse the blood of toxins through hemosorption. In case of neurotoxicosis, symptomatic therapy is carried out (anticonvulsants, muscle relaxants, anti-inflammatory drugs, antiallergic drugs) to eliminate disorders that appear as a result of toxic effects. The priority direction in the treatment of neurotoxic disorders is the restoration of respiratory activity, hemodynamics, and the prevention of cerebral edema. Next, the affected organs are monitored, appropriate treatment is prescribed and motor activity is restored.
What are neurotoxins?
Neurotoxins are substances that affect the nervous system of mammals. They are absorbed by nerve endings and transmitted through neurons into cells. Along the way, they destroy vital functions of nerve cells, such as axonal transmission of nutrients, mitochondrial respiration and the correct reading of DNA information. The body is constantly trying to eliminate neurotoxins in all available ways: through the liver, kidneys, skin and exhaled air. Detoxification mechanisms include acetylation, sulfation, glucuronidation, oxidation and others. Often, a body affected by microbes experiences a molecular malfunction that causes it to begin producing neurotoxins (destructive to its own tissues).
The liver plays the most significant role in the process of eliminating toxins. Here, most waste products are sent into the bile into the small intestine and must leave the body through the gastrointestinal tract. However, due to the lipophilic/neurotrophic nature of neurotoxins, most are reabsorbed by the numerous abdominal nervous system (VNS) nerve endings in the intestinal wall. The LBP has more neurons than the spinal cord.
Once reabsorbed, toxins can take one of the following four routes:
Here is a partial list of neurotoxins in order of importance:
I have found that mercury in its various chemical forms has a synergistic, reinforcing effect with all other neurotoxins. Once mercury is eliminated, the body begins to eliminate other neurotoxins more effectively.
What are the symptoms?
Any disease can be caused, provoked or enhanced by neurotoxins. Fatigue, depression, insomnia, memory loss, dullness of the senses are common early symptoms (see list of mercury-related symptoms on following pages).
How to make a diagnosis?
| History of contact with the source of infection (Have you had amalgam fillings? tick bites? etc.) | |
| Symptoms (short-term memory, numbness, strange sensations, etc.) | |
| Laboratory tests (for metals: hair, stool, blood, urine; for xenobiotics: biopsy of adipose tissue, urine; for fungus) | |
| Autonomic Response Testing by Dr. Detrich Klinghardt | |
| 5. | Bioenergy test (EAV, movement physiology, etc.) |
| 6. | Response to Therapeutic Trial. |
| 7. | Functional Acuity Contrast Test measures blood flow in the retina. |
Treatment
Why do we even want to treat someone? Is this necessary? Can't the body get rid of these toxins on its own?
Here's a short list single risk factors, which can trigger the accumulation of metals in a healthy body or slow down the elimination processes in the body:
| genetic | |
| working with toxic materials | |
| previous diseases | |
| operations | |
| medicines or drugs | |
| emotional trauma, especially in childhood | |
| social status | |
|
high carbohydrate intake with insufficient protein intake (especially in vegetarians) |
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| use of homeopathic mercury | |
| food intolerances | |
|
electromagnetic exposure (when using a mobile phone, a house near high voltage lines, etc.) |
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| constipation | |
| amalgam fillings from the patient or his mother. |
In this paper, we will only discuss elimination techniques that are natural, safe, and have also been shown to be effective (or more effective) than some of the available pharmaceutical techniques. Because these products cannot be patented and used for unethical personal gain, European and North American scientists have not paid much attention to them. Many of the best scientific studies on this topic come from Asian countries.
Main program:
1. High intake of proteins, minerals, fatty acids and fluids.
| Proteins are stored by progenitor cells for endogenous metal detoxification and shuttle agents such as glutathione, etc. The branched chain amino acids in bovine and goat whey have an important independent detoxification effect. | |
| Metals attach only in those locations that are programmed for metal ions to attach. Mineral deficiency allows toxic metals to attach to the free receptor. A healthy mineral base is a prerequisite when attempting detoxification (selenium, zinc, manganese, germanium, molybdenum, etc.). Replacement minerals can cleanse the body of toxins. Also important are electrolytes (sodium, potassium, calcium, magnesium), which help in transporting toxic waste through the extracellular space to the lymphatic and venous vessels. | |
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Lipids (derived from fatty acids) make up up to 60-80% of the central nervous system and must be constantly replenished. Their deficiency makes the nervous system vulnerable to fat-soluble metals, such as metallic mercury, which is constantly released as an odorless and invisible vapor from amalgam fillings. |
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| Without enough fluid, the kidneys can be poisoned by metals. The underlying membranes swell and the kidneys can no longer filter toxins effectively. Adding a small amount of a balanced solution of electrolytes to water helps restore intra- and extracellular fluid balance. |
This kitchen seasoning can mobilize mercury, cadmium, lead and aluminum in both the bones and the central nervous system (see. “Removal and Preconcentration of inorganic and methyl mercury from aequeous media using a sorbent prepared from the plant Coriandrum Sativum”, J of Hazardous Materials B 118(2005) pp 133-139 D Karunasagar et al.). BioPure Cilantro is grown from special seeds from Brazil that are grown in conditions and soils that enhance its toxin-busting properties. It is perhaps the only effective substance for mobilizing mercury accumulated in the intracellular space (attaching to mitochondria, tubulin, liposomes, etc.) and in the cell nucleus (correcting damage caused to DNA by mercury).
Because cilantro mobilizes more toxins than it can eliminate from the body, it can overwhelm the connective tissue (where the nerves are located) with metals that were previously concentrated elsewhere. This process is called retoxification. This can easily be avoided by simultaneous consumption of substances that absorb toxins. Our preferred algal organism is Chlorella. Recent animal studies have shown faster skeletal clearance of aluminum compared to all other known detoxifying substances (Intnl J Acup and Electro-Therapeutics Res, 2003).
Dosage and the use of BioPure cilantro tincture: 10 drops dissolved in warm water before bed (many detoxification processes are activated during sleep) or 30 minutes after taking chlorella. Cilantro causes the gallbladder to send bile containing neurotoxins into the small intestine. Bile secretion occurs naturally during meals and is greatly enhanced by cilantro. If chlorella is not taken, most of the neurotoxins are reabsorbed on their way to the small intestine by multiple nerve endings in the intestinal nervous system.
Gradually increase the dose to 10 drops 3 times a day for better effect. During the initial phase of detoxification, cilantro should be used for 5 days with a break of 2 days.
Most effective in combination with the Toxaway microcurrent foot bath.
Other methods of taking cilantro:
3. Chlorella
Both Chlorella pyreneidosa (better toxin absorption, but more difficult to digest) and Chlorella vulgaris (higher chlorella growth factor - see below, easily digestible, lower metal absorption capacity) are available. A list of expert reviews can be obtained from BioPure. Be careful: there is a huge difference in quality. We only recommend BioPure Chlorella.
Chlorella has many health effects:
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Antiviral(especially effective against the cell gigantism virus from the herpes family). |
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| Toxin binding(micropolysaccharide membrane) all known toxic metals, environmental toxins such as dioxin and others. | ||
| Improves and activates features detoxification of the body: | ||
| - | significantly increases the reduced level of intracellular glutathione; | |
| - |
various peptides accumulate coeruloplasmin and metallothionein; |
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| - | lipids (12.4%) alpha and gamma linoleic acid help balance the increasing intake of omega 3s during our detoxification program and are necessary for many functions, including the formation of peroxisomes; | |
| - | Methyl-cobalamin is a food for the nervous system, revives damaged neurons and has its own detoxification effect; | |
| - |
Chlorella growth factor helps the body detoxify itself in as yet unexplained ways. It turns out that over a million years, chlorella has developed detoxification proteins and peptides specific to each toxic metal; |
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| - | Porphyrins in chlorophyll have their own metal-scavenging effect. Chlorophyll also activates the PPAR receptor in the cell nucleus, which is responsible for DNA transcription and encoding peroxisome information (see fish oil), opening cell walls (an unknown mechanism), which is important for the detoxification process, normalizes insulin resistance and much more. Medicines that activate this receptor (such as pioglitazone) have shown positive results in the fight against breast and prostate cancer. | |
| Beneficial Nutrient: contains 50-60% amino acids, an ideal nutrient for vegetarians, methyl-cobalamin is the most easily digestible form of vitamins B 12, B 6, minerals, chlorophyll, beta carotene, etc. | ||
| Strengthening the immune system. | ||
| Improves intestinal flora. | ||
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Helps with digestion. |
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Alkalinizing agent (important for patients with malignant tumors). |
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Dosage: start with 1 gram (= 4 tablets) 3-4 times a day. This is the standard dose for adults for 6-24 months of active detoxification. During the more active phase of detoxification (every 2-4 weeks for 1 week), each time cilantro is taken, the dose can be increased to 3 grams 3-4 times a day (1 week of use, 2-4 weeks return to the main dose) . Take 30 minutes before meals and before bedtime. In this way, chlorella reaches precisely the part of the small intestine where bile is injected into the intestine at the beginning of a meal, carrying toxic metals and other toxic waste with it. They are retained by the walls of chlorella cells and are excreted through the gastrointestinal tract.
When removing amalgam fillings, a higher dose should be applied 2 days before and 2-5 days after the procedure (the more fillings removed, the higher the dose and for a longer time). Cilantro should not be consumed during a dental procedure. At this time, it is not a good idea to mobilize deeply buried metals in addition to the expected new effects. If you are taking vitamin C during a detox program, the time between taking the vitamin and chlorella should be as long as possible (preferably after a meal).
Side effects: Most side effects are related to the effects of mobilized metal toxins that are carried throughout the body. This problem can be avoided by significantly increasing the dose of chlorella, rather than decreasing it, which will only worsen the problem (small doses of chlorella mobilize more metals than are retained in the intestines, large doses retain more toxins than they mobilize). Some people have trouble digesting the chlorella cell membrane. The enzyme cellulase solves this problem. Cellulase can be found in many health food stores among the digestive enzyme products. Taking chlorella with food also helps in some cases, although it is less effective this way. Chlorella vulgaris has thinner cell walls and is better tolerated by people with digestive problems. Some manufacturers have created chlorella extracts without cell walls (NDF, PCA), which are very expensive, less effective, but easily absorbed.
This is a heat extract of chlorella that concentrates certain peptides, proteins and other ingredients. Research on chlorella growth factor (CHF) shows that children have no dental problems, are less sick and grow faster, have a higher IQ and better social skills. There are reports of patients with significant tumor shrinkage after using large amounts of PRX. In addition, FHR makes the detoxification process easier, faster and more effective for patients.
4. Garlic(allium sativum) and wild garlic (allium ursinum)
Garlic protects white and red blood cells from destruction by oxidation caused by metals in the blood stream when cleansing the body; it also has its own detoxifying effect. Garlic contains many sulfur compounds, including those that oxidize mercury, cadmium and lead, and makes these metals soluble in water, making it easier for the body to eliminate these substances. Garlic also contains allicin, the most potent natural antiseptic.
Patients with metal toxin poisoning most often suffer from secondary infections, which are partly responsible for many of the symptoms. Garlic also contains the most important mineral that protects against mercury toxicity - bioactive selenium. Most selenium products are poorly soluble and cannot reach the parts of the body where they are needed. Garlic is the most advantageous natural biological source of selenium. Garlic also protects against heart disease and cancer.
The half-life of allicin (after crushing garlic) is less than 14 days. Most prepared garlic products do not contain active allicin. This distinguishes dry frozen garlic from other products. Garlic tincture is an excellent detoxifier, but it is not as effective as an antimicrobial agent.
Dosage: 1-3 capsules of dry frozen garlic after each meal. Start with 1 capsule per day after lunch, gradually increasing the dose. Sometimes a patient may have a negative reaction to dead pathogenic fungal or bacterial organisms. Use 5-10 drops of garlic tincture with food at least 3 times a day.
5. Fish oil
The fatty acids in fish oil make red and white blood cells more pliable, thus improving microcirculation in the brain, heart and other organs and tissues. The entire detoxification process depends on optimal oxygen supply and blood flow. Fish oil fatty acids protect the brain from viral infections and are needed for better mental development and vision. The most vital cellular organelle for detoxification is the peroxisome. These small structures are also responsible for the specific work of each cell: melatonin is produced in the pineal gland in peroxisomes, dopamine and norepinephrine are produced in neurons, etc. This is where mercury and other toxic metals take hold and interfere with normal cell function.
Other researchers are focusing on mitochondria and other cellular organelles, which we have noticed are damaged much later. Cells are constantly trying to produce new peroxisomes to replace damaged ones - for this they need a sufficient amount of fatty acids, especially EPA and DHA acids. Until recently, it was believed that our bodies were able to produce EPA/DHA acids themselves from other omega 3 fatty acids, such as fish oil. Today we know that this process is too slow and cannot cope with the increased lack of EPA/DHA acids in the body under the environmental conditions in which modern humans live. Fish oil is now considered an essential food product, even for vegetarians. Recent research has also shown that the transformation that occurred when great apes became intelligent and evolved into humans only occurred in coastal regions where the apes began to consume large quantities of fish. Why not take advantage of this knowledge and consume more fish oil?
The fatty acids in fish oil are very sensitive to electromagnetic radiation, temperatures, light and other processing techniques. Ideally, fish oil should be stored continuously at low temperatures until it is placed in the patient's refrigerator. The source of the fish must be free of mercury or contaminants, which is becoming more and more difficult. Fish oil should taste slightly like fish, but not too much. If the taste of the fish is absent, it means that over-processing has destroyed the vital energy of the fat. If the fishy taste is too strong, then oxidation products are present. I recommend the following products (group 1), during the production of which all conditions were carefully observed to give the product the desired qualities. The clinical results are amazing.
Dosage: 1 capsule of omega3 4 times a day in the active phase of treatment, 1 capsule 2 times a day to maintain the effect. Best used simultaneously with chlorella.
VegiPearls products contain half EPA/DHA acids. Vegetarian capsules eliminate even the slightest possibility of containing a prion and make the idea of \u200b\u200btaking fish oil more acceptable for vegetarians. Recently, fatty acid receptors have been discovered on the tongue, along with other taste buds. If the capsules are chewed, the stomach and pancreas begin to prepare the gastrointestinal tract in such a way as to ensure maximum absorption. Children love chewing VegiPearls.
To treat bipolar disorder and other mental illnesses, 2000 mg of EPA acid per day is needed (David Horrobin). For malignant tumors – 120 mg 4 times a day. It is easy to calculate the required dose using the information on the package insert.
Molds
Many fungi produce toxic metabolites called mycotoxins, many of which are neurotoxins. More than 100 species cause infections in humans.
Three classifications of infections:
For example:
Mycotoxins:
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aspergillus and penicillum species produce: |
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| aflatoxin | ||
| sterigmatocytin | ||
| ochratoxin | ||
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species stachybotrys and fusarium produce (the worst are probably stachybotrys chartarum - a greenish-black fungus that grows on fiberboard, plaster, dust and lint, wallpaper, insulating material, wet wood. The spores are not destroyed by fire. The spores settle on the floor: even detection of 1 spore often indicates that “the case is lost”): |
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| satraoxins | ||
| tricothecine (very powerful). Some subtypes: stachybotryolactone, verrucarin J, roridin E, satratoxin F, G&H, sporidesmin G, trichoverrols and trichoverrins, 9-phenylspirodrimanes (cyclosporins & spirolactams) | ||
| T-2 toxin | ||
| vomitoxin | ||
| fumonisin | ||
| zearalenone | ||
There are many other mycotoxins produced by these and other fungi, the health effects of which remain unknown.
Symptoms of mycotoxin exposure:
| acute effect: | |||
| sudden memory loss | |||
| fistula problem | |||
| flu-like symptoms | |||
| body pain | |||
| pharyngitis | |||
| diarrhea | |||
| general malaise | |||
| headache | |||
| nosebleed | |||
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