The summer eczema or dermatitis is a summer seasonal, occurring most often associated with severe itching chronic relapsing skin disease in the animal. This problem is not only in the Iceland horse stance a role, as alleged mistake again and again, but concerns are increasingly all races.
Iceland horses are not frequent and severe affected by this disease than all other races (except imported horses, but the explanation why we come later). The Iceland horses are mistakenly be suspected to be particularly predisposed to this disease because the disease was in the Iceland horse scene early discussed and publicized.
Severe pruritus with or without crusts, which can be distributed on the dorsal mane Croup and tail, with the possible distribution on the head, shoulders and torso, forcing the animals to rub violently and bite, which may even go as far as self-mutilation on. For long-lasting symptoms appear thickened scaly skin (Schaefer et al. 1999 REES 2004). The set showed clinical picture is usually found during the grazing season in the summer months. After the end of the season can occur in the winter months for complete healing of the changes (Schaefer et al. 1999).
One must be aware that the sweet itch is an allergy with the horses.
This allergy is usually caused by the salivary proteins, particularly of mosquitoes of the genus Culicoides spp. (Diptera, Family: Ceratopogonidae). Many horses respond in the form of a type I allergy, leading to local skin reactions. (BAKER & QUINN, 1978, Fadok and Greiner, 1990). But the trigger may also be metabolic disorders or food intolerance.
The causes are many and they all play a role together but can be reduced to a common denominator, and that's stress.
The stress is the cause of any allergy.
It is exactly the same as in humans, too. A healthy body, a healthy immune system can handle such stress cope. But when together many causes that may cause enormous stress and the organism is weakened, then there is the outbreak of the disease, of any nature whatsoever.
It did not all horses this allergy even though they live together in one place, under the same conditions. So, the horses that have it, weaker than the system had not affected animals. For imported horses, Iceland, the rate is very high because these animals end up in a completely different environment, with completely different, bad posture, the movement is usually reduced by 70% who mourn her home to ... the stress is enormous. It is a logical and natural consequence that the imported horses Iceland mehr betroffen sind.
Nun, das typische Menschenverhalten ist die Auslöser zu meiden und die Pferde davor zu „schützen“ und somit werden die betroffenen Tiere in den Ställen gehalten und zwar oft ganzjährig. Sie werden eingedeckt, manchmal so dass nur Augen zu sehen sind. Falsche Futterung ist auch sehr verbreitetes Problem welches nicht die Gesundheit unterstützt und somit auch der Genesung entgegenwirkt, wie zum Beispiel eiweißreiches Grass von gedüngten Wiesen oder industriel angefertigtes, ungeeignetes Futter. Das Stoffwechsel wird überbelasted und nicht in der Lage damit umzugehen, besonderes durch die nicht artgerechte Haltung. Es ist ein Wunder dass die Pferde nicht schwerwiegendere Erkrankungen zeigen.
And it must also be clear that in these horses the skin organ is affected, but all the other horses have the same stress, which manifests itself elsewhere. I see the biggest problem is that special horse, and Iceland not only affected animals have severe liver specific load and liver enzymes are elevated. Through my work with the psycho-kinesiology, as well as dealing with energy relationships in the body this issue is completely nachvolziehbar and an inevitable process. The emotions of disappointment, frustration, anger, despair, fear, unhappiness, are directly connected with organs liver and kidney. Any emotional distress in this area affected the function of the liver. The institutions may responsible for the detoxification of the body not fully perform their function, it caused energy blockages. The bowel function is also affected and the excretion of toxins is not working properly. This finds expression in the skin that is increasingly used to eliminate the toxins. The immune system is compromised and that's enough bite of a mosquito and develop inflammatory processes that bypass the body can not.
And we are here only arise in the causes which are caused by farming, while we must not forget that the horses for riding and other uses will be used (Which again erzäugt pain and negative emotions) and the increased risks of all this again many times. The body of the horse with a lot for him to fight her unnatural factors.
Consider one fact: there are no observations of SE with the wild horses. The outbreak of the disease happens when the come to the man.
This alone shows us the solution of the problem.
The best example is Dülmener wild horses. In the open position, they show no eczema even though they are surrounded by marsh, mosquitoes and even though their pastures are fertilized with synthetic fertilizer, because it would not otherwise have sufficient food. Only when the trapped and sold, some from etnwickeln Ihen eczema.
There is certainly a genetic predisposition to eczema in humans as well, but this occurs under natural conditions do not appear. The nature, they would have sorted out long ago.
The attitude is a big problem and it is always recommended as the first pick to improve the attitude that animals have the opportunity to live humanely get the opportunity to give the body to regenerate. The horses must be able to meet a natural need for movement and Essrhythmus, the need for the herd, erzäugt positive emotions and mobilizes Healing energies. The horse has to move so that the institutions can function. The hooves should be kept natural and in good shape so that the hoof mechanism will be worked and the body can help in healing.
Without this no cure is possible.
Many affected horses show a zinc deficiency, especially when the wounds heal and can not close. It is not enough to feed from various zinc supplements, it must be controls determining whether the body can also process it been accepted, and. This best control the blood to be sure.
It is not recommended silage and haylage to feed the horses, including due to lactic acid obtained Metale some changes and the inclusion in one of the horses, unnatural, it is difficult. No commercial food, use only natural, untreated hay and grass, as well as oats and natural salt - or powder and mineral stones in their natural form (not finished products) to the horse should be free are available.
Even if you create these optimal conditions for the horse, one must be aware that it may take up to three years occurs until the desired recovery and up to fill the depot back to normal condition and normalize, particularly when a kidney damage available.
There are various means available with which to support the recovery, such as effective micro organisms, Schuessler salts would or homeopathic remedies. can have in practice, the colloids proven very useful, because the body can absorb very well and eliminated as needed.
remains conclusion, only by the welfare optimum, optimum hoof care and no willful inflicting of damage to the horse's body (without free riding assembly, clamping of the horses in harness, bits fogging, etc) is a cure. Depending on the horse and the extent of the disease, one or more of these conditions must be created.
Otherwise, the allergy, as many people falsely claimed - incurable.
Wolfgang Bischof, colloid expert and researcher info@O3-e.de to answer any questions members of the Academia as a courtesy to
colloids have a 1:1 bioavailability for the body and the body needs no energy to use it. Here is some information about the colloids are also valid for the animals.
Colloidal copper copper is ineffective as an element in our body. In connection with certain proteins, however, it provides for important metabolic reactions. It takes as part of a transport molecule to already outside the cells of oxygen radicals. Together with the trace element zinc, copper and fight free radicals within the cell. The above-mentioned transport molecule transported iron particles into the spinal cord. There is iron important for the production of red blood cells.
copper is necessary for the conversion of iron into hemoglobin. Copper makes the amino acid tyrosine usable. Copper provides the structure and elasticity of bones, ligaments, connective tissue, blood vessels and cartilage.
The connective tissue cells secrete a copper protein, collagen and elastin fibers to each other. In this way ensures copper for the elastic strength of the blood vessels. The pigment that causes the action of sun rays, the tanning of the skin, is also controlled by a copper enzyme. Copper is also in the body in the breakdown of excess hormones, such as histamine involved. The protein histamine produces swelling and redness in inflammation.
joy, euphoria and happiness are simple biochemical processes based on enzymes and proteins. The nerve stimulation dopamine is responsible for creating serene and harmonious mood. At the same time, the precursor of norepinephrine and dopamine dar. This hormone makes for happiness in the metabolism and optimistic enthusiasm. The conversion of dopamine into norepinephrine requires an enzyme that contains at least two, probably eight copper atoms. The same enzyme also contributes to the production of the major stress hormone adrenaline.
The trace element is active in the construction and renovation of the myelin sheath of nerve cells involved. Of crucial importance for the function of the nervous system is the moisture content of these cell protective layer. Here again, a copper enzyme is responsible.
If the body is fed for a long time too little copper to thin the protective layers of nerve cells. This can lead to nerve inflammation or necrosis in the nerve tissue. For this reason, the copper supply is very important.
warning symptoms
copper deficiency can cause the following symptoms:
general weakness
Negative mood
Early graying of hair
need predisposition to skin inflammation
breathing
Colloidal chromium Our body only negligible amounts of vitamin B12, iodine and also in chrome. Even a daily amount of 80 micrograms is enough to supply the body with chromium.
comes at a chromium deficiency symptoms like tiredness, nervousness, irritability, and signs of diabetes mellitus (= Diabetes). These are all complaints to the disturbed glucose (carbohydrate) metabolism are due.
nerve and brain cells require only glucose as fuel, in contrast to all other body cells. The reason is that this carb burns faster and emits its energy content than, say, fat.
The brain and nerve cells need a lot of energy quickly, as they often have to react very quickly. Does the glucose supply well, it is balanced, nerves well under pressure, wide awake and highly focused. Lack of glucose in the blood, then the opposite is the case. Chromium plays in the control of blood glucose levels play an important role. It works closely with the pancreatic hormone insulin, which regulates the incorporation of glucose into the cells.
a slight reduction of sugar candy you will usually be to increase blood sugar levels to increase again. As the cleavage product of sucrose (= sugar) resulting glucose enters the bloodstream immediately namely, bringing the nerves and brain-awaited fresh impetus.
Blood glucose readings below 90 milligrams per tenth of a liter of blood begin first disturbances. You feel dull in some inexplicable way, even if you have long since forgotten. In addition, you feel irritated all the time. At values \u200b\u200baround 70 you can hardly concentrate, every wrong word makes einen extrem gereizt. Bei einem Wert um die 60 könnte man an die Decke springen.
Selbstverständlich kann Chrom den Blutzuckerspiegel nicht alleine regulieren bzw. anheben. Oft gibt es auch andere Ursachen für einen anhaltenden Unterzucker. Doch trotz allem, wenn der Wert stimmt, ist Chrom daran beteiligt.
Den genauen Chromstatus kann man nicht messen, denn Konzentrationen im Blut sagen nichts über die Menge in den Zellen aus. Die Gewebskonzentrationen sind 10- bis 100-mal höher als im Blut. Auch die Ausscheidung über den Urin lässt keinen Befund ablesen.
Mit zunehmendem Alter sinkt die Chromaufnahme im Körper. Deshalb haben Menschen ab 40 Jahren häufiger Probleme mit ihrem Blutzuckerspiegel.
Scientific studies show that in age-related diabetes mellitus, insulin secretion increases again when molecules, is built into the chrome, be taken over a longer period of time through the diet. Therefore, chromium is an important component of a successful future treatment of diabetes mellitus.
substances chromium reduce
So-called stress factors call for increased rations chrome or lead to increased chromium excretion. This includes any physical activity (eg at work or sports, infectious diseases).
The simple sugars in the diet deprives the body of chromium (eg pasta, Dumplings, bread, cakes, cookies, anything sweet, with sugars and drinks).
warning symptoms
chromium deficiency can cause the following symptoms:
constant fatigue
nerve weakness
lassitude
unrest
irritability
sleep
impaired concentration
Depressive moods
dizziness
headache
anxiety
craving for sweets
alcohol addiction
Colloidal manganese Manganese is one of the mini-motors of our life force, even though we of this trace element daily only 2:00 to 5:00 thousandth of a gram of need. Liver, kidney, pancreas and heart cells need a lot of manganese, as these cells have to pay the most. A lack of effect in these organs from the fastest. The pituitary gland (which produces most of the hormones), the pineal gland (produces the sleep hormone) and the mammary glands of women are pumped full of manganese. In addition, make active manganese enzymes, particularly those that certain vitamins in the metabolism functional. One can, for example, still eat as much fresh fruit, that would be given vitamin C without manganese than one-fifth value!
also in protein, carbohydrate, fat and cholesterol metabolism plays Manganese a similarly important role. The skeleton needs manganese as urgent as the blood. The trace element also supports nerve and brain and is important for the production of thyroid hormones.
If love and sex are not kidding anymore, manganese deficiency are the cause. Manganese is among others used for the production of the pigment melanin in skin and hair and for the biosynthesis of the potent dopamine nerve stimulation. Dopamine provides the body for balance, inner peace and serenity.
Only about 5% of manganese in food are absorbed into the blood. By calcium, phosphorus salts, iron, and vegetable acids, the trace element braked in its bioavailability, or prevented from penetrating into the bloodstream through the intestinal mucosa. The histidine protein component (mostly in animal foods) and citrate (salts of citric acid contained particularly rich in lemon), however, facilitate the entry of manganese in the metabolism and thus increase its bioavailability.
Inside the cell body stimulated manganese enzymes that break down proteins but not composed. Therein lies the secret of our youth. When manganese is missing a number of protein production sites is degraded by the cells. The protein is extremely important for cell renewal. If there is a deficiency, the cell nucleus and other cell components can not be regenerated properly it comes to premature aging.
also for insulin production, manganese is essential. Also, the excess fat in the bloodstream can not be involved in various metabolic processes without this trace element. Manganese helps with that is to reduce blood fats, and protects against atherosclerosis and heart problems.
manganese, in combination with vitamin C, the disease lupus erythematosus (inflammatory skin disease) counter. In this disease, the collagen in skin, blood vessels and other elastic tissue is destroyed.
warning symptoms
manganese deficiency can cause the following symptoms: tinnitus and hearing loss
Trockene, rissige Haut
Pessimismus und Verzagtheit
Müdigkeit
Mangelnde Libido
Gewichtsverlust
Gelenkschmerzen
Unruhezustände
Nachlassendes Haarwachstum
Kolloidaler Schwefel Schwefel kommt in der Natur frei (als Vulkanschwefel oder Gesteinsschwefel) oder in gebundener Form (als Sulfid, Sulfit oder Sulfat) vor. Er verbirgt sich z.B. hinter Glaubersalz (Natriumsulfat) und hinter Bittersalz (Magnesiumsulfat).
Schwefel im Körper
Im menschlichen Körper kommt dieses Mineral nur in gebundener Form vor, als Bestandteil der schwefelhaltigen Aminosäuren Zystein, Methionin und Taurin. They are needed for the production of protein.
Most of our metabolism we get from sulfur proteins. A lack of sulfur leads to serious complications in the metabolism. He is mentioned not only in protein but also in various vitamins. Thus, the sulfur-containing molecule ensures that the energy production in the cells does not stop. Also affect the sulfur-charged molecules in vitamin B1 and biotin, supported by polyunsaturated fatty acids, the protection and in the supply of nerve cells.
dense fibers
connective tissue, cartilage, and the inorganic bone matrix need as sulfur. Both the synovial fluid, as well as the inner layer of our joint capsules are made of sulfur compounds and must be renewed again and again due to high loads. If not, can be painful and stiff joints degeneration result.
Activated Sulfur is also involved in detoxification processes in the body.
protection from pathogens
The sulfur-containing amino acid methionine has many important functions in the body. It conveys the important immune substance and selenium to assist in the defense against pathogens. This trace element is very important for the eyes, but also to the vessel walls and the Connective tissue, the need to build a lasting protection against free radicals.
also for fat metabolism is essential methionine. Together with other substances, it ensures that the oily-wet protective layers of nerve cells intact. This is an important prerequisite for our mental and spiritual well-being.
Beautiful skin, hair and nails
To shine our hair and nails remain solid, they are dependent on the supply of sulfur. Because the keratin keratin, which is required for the formation of hair and nails, is also a sulfur-containing protein. By the way, her hair red-haired people has the highest sulfur content.
sulfur provides two ways for supple skin that keeps the natural oil and moisture content maintains the skin and transports zinc into the connective tissue. Together with vitamin C reduced this trace element on strong elastic collagen, it is made stable and stretchy fabric.
too premature wrinkles can be counteracted by sulfur. For cysteine, one of the most important protein components of the skin is also largely of sulfur. Vitamin C protects cysteine \u200b\u200bin the tissue before the attack of free radicals and is therefore one of the most effective skin vitamins.
Natural antibiotic
The
in some Lebensmitteln enthaltenen Schwefelverbindungen wirken wie Antibiotika und eignen sich daher bei Erkältungen, Grippe, Bronchitis und anderen Infektionen.
Schwefel als Konservierungsmittel – diese abreagierte Schwefelform ist für den Körper nicht zuträglich
Schwefelige Säure und ihre Salze (= Sulfite) sind in vielen Lebensmitteln als Zusatzstoffe enthalten. Sie sollen die Haltbarkeit verbessern. Schwefelige Säure wird z.B. dem Wein (u.a. schwerem, süßem Wein) zugesetzt um ihn lange lagern zu können und das Wachstum von Schimmelhefen zu stoppen. Ist die Menge sehr gering, ist dies gesundheitlich unbedenklich. Manche Menschen reagieren aber schon bei den kleinsten Mengen der schwefelhaltigen Preservatives with allergies. This manifests itself mainly headache and nausea. identified as organic wines wines have no sulfur additives and are therefore better tolerated but less durable.
warning symptoms
sulfur deficiency can cause the following symptoms:
depression
fears
Dull
Fahle skin
poor connective tissue
Brittle fingernails
cataract
liver poisoning
circulatory disorders
joint problems
Colloidal selenium selenium is the biggest allies of our immune system. Selenium ist enthalten im Enzym Glutathionperoxidase (= GP), welches Zellen vor freien Radikalen schützt. Freie Radikale entstehen durch die Einwirkung von Sauerstoff und UV-Licht und wirken zerstörend auf das Gewebe und alle Zellbestandteile. Außerdem sind freie Radikale für das Zellaltern verantwortlich, was erklärt warum Selen die Zellen frisch und jung erhalten kann.
Während Vitamin E als Immunsubstanz hauptsächlich die ölig-feuchte Schutzschicht der Zelle schützt, kommt das selenhaltige GP-Enzym im wässrigen Zellinnern, im Zellkern und in den vielen Energiebrennkammern zum Einsatz - typischerweise dort, wo freie Radikale besonders aggressiv angreifen, wie z.B. im Auge.
Selen sorgt dafür, that the tissue is elastic, that do not clog arteries, the blood pressure does not rise excessively and that the muscle (including heart muscle cells) always be supplied with enough oxygen. The trace element helps prevent ailments and diseases and provides for an accelerated healing process. The production of antibodies against pathogens and toxins is selenium-dependent cell. Together with vitamin E selenium prevents cardiac dysfunction and prevents angina pectoris before. If the ECG suggests alert can possibly help selenium.
selenium also accelerates the excretion of toxic heavy metals such as mercury, cadmium and silver, and also fixes including infertility. The function of the male testes in fact, depends on a high concentration of selenium-containing proteins.
is important to our vitality, the selenium-dependent deiodinase enzyme, which is responsible for the activation of thyroid hormone.
deficiency in risk groups
basis of many scientific studies have found that certain risk groups do not have enough selenium in the body. These include people with heart problems
cancer patients with diabetes
alcoholics
artificially nourished patients
chronic indigestion
infections of the gastrointestinal tract
vegetarians or vegan
premature infants not breast-fed children.
The prepared from cow's milk infant formula reached only about a third of the selenium content of milk. Also used in the normal fruit baby food products contain very little selenium. This shows once again how important breastfeeding is.
The selenium content of the grain depends on the selenium content in the soil. The arable soils in Europe are relatively selenarm, especially in the mountain ranges and in the Alps, where glaciers have rain and over time a large portion of the trace elements washed from the soil. The practice of monoculture for many years and the use of chemical fertilizers for selenium poverty responsible. Selenium is, like most other trace elements, slightly boiled. So you should avoid long cooking times at high heat.
warning symptoms
selenium deficiency can cause the following symptoms:
Increased susceptibility to infection
lack of mental acuity
vision
aging
heart failure
skin pallor and hair loss
Brittle nails
muscle aches
joint problems
Colloidal zinc was used to the ground rich in zinc, a bluish metal. The glaciers were formed during the Ice Age, however, major Teile der im Boden vorkommenden Metalle und Mineralien heraus gewaschen. Eine lange Folge von Erntezyklen sowie der weit verbreitete Getreideanbau in Monokultur taten ihr übriges um die Konzentrationen kostbarer Spurenelemente im Boden zu reduzieren. Heutzutage sind Felder, Äcker und Gärten meist so ausgelaugt, dass deren Produkte unserem inneren Stoffwechsel nicht mehr genügen. Ganz zu schweigen von Pestiziden, Insektiziden und Tonnen anderer Giftstoffe, die unsere Ackerböden noch viele Jahrzehnte belasten werden. Verglichen mit dem üppigen Korn unserer Urahnen, liefert das heutige Getreide nur noch ein Drittel der verwertbaren Biostoffe.
Beschwerden, Erkrankungen und Befindlichkeitsstörungen aller Art sind oft nur auf einen simple lack of vitamins, minerals and trace elements due.
patients are often at one or more individual symptoms of long-term treatment with various drugs, although in many cases, only there is a zinc deficiency.
Similar to most other trace elements of zinc in the blood is not very important. Especially important is the zinc concentration in the cells. Therefore, zinc deficiency can not resolve today to tomorrow, as for example in vitamin C deficiency is possible. Conversely, however, already 12 hours after fall entirely zinc-free main meal of the zinc concentration in the blood for up to 50%.
The zinc in these foods is better absorbed by the body, as contained in these foods many protein components that form stable complexes with zinc and then easily pass through the intestinal wall into the blood.
Included in contrast to the animal supplier zinc and dietary fiber cereal a vegetable protein and additional acids, which form insoluble complexes with zinc. In addition, zinc competes with other metals to the most effective way from the intestine into the blood. For example, need zinc and iron, the same protein carrier to be transported from the intestine into the bloodstream. Vitamins come much more easily into the blood as minerals and trace elements. This issue is also one of the main arguments for colloids, since, for example the mentioned competition does not occur, etc.
Each of our cells is surrounded by an oily-wet coating. Here cavort among other immune bodies, enzymes and proteins. Through the cell layer of protection inside the cell is supplied. Without zinc would prevail both in the cell or the cell membrane in a mess. The trace element prevents the protective layer to create foreign molecules. It is also part of scavengers fend off the destructive substances.
But in the cell interior also provides zinc for strength for the final structure of ribonucleic acids and deoxyribonucleic acids (= DNA) that store our genetic material. So-called zinc finger genes and chromosomes to ensure that fluctuations in the zinc concentrations by food affect not irritating to the work of the DNA. Only then can the cell nucleus or individual parts can be regenerated. This is the main prerequisite for our health and that we do not age too quickly.
Another task fulfilled as a zinc enzyme activator build the thyroid hormones, growth hormone, reproductive hormones in the pituitary gland and of cortisol, a stress hormone, anti-inflammatory. Zinc-dependent enzymes in the body take in too many chemical reactions. It supports the carbohydrate and energy metabolism, and dismantling of protein molecules, as well as the production of red blood cells, but also maintain the health of skin and pancreas.
still on zinc, a concentration hormone from the pituitary gland, thus ensuring that we can be alert and awake. With the activation of this hormone is the emission of the same euphoria peptide beta-endorphin, which has a match with optimism to the daily tasks. Another object of this trace element is to support the immune system in its defense mechanisms, it strengthens the different white blood cells.
The zinc concentrations in foods are subject to sharp fluctuations. The Absorption of zinc in the body is reduced by phytic acid and increased by protein.
warning symptoms
zinc deficiency can cause the following symptoms:
growth disorders
hair loss
skin diseases
anxiety
loss of libido, erectile dysfunction
Depressive moods
impairment of motor
Delayed wound healing
vision
Colloidal molybdenum Although this trace element in our bodies only in extremely low doses is present (about 0.2 mg in the body), it is an important link for other trace elements. For example, iron can not be used without sufficient molybdenum from the body. Moreover, this rare trace element important component of several enzymes for sulfur recovery, the purine metabolism (important for the degradation of uric acid) and the smooth flow of energy processes in the cells. With the help of molybdenum are essential enzymes activated, such as xanthine oxidase, which is important for the detoxification of the kidneys.
"molybdenum regulates pH in the body .. per 0.1 increase (eg 6.1 to 6.2)
factor increased oxygen levels 10 -> better fat burning
warning symptoms of molybdenum deficiency can
following complaints verursachen:
schlechtes Allgemeinbefinden
Herzjagen
Gesteigerte Atemfrequenz
Nachtblindheit
Übertriebene nervliche Erregbarkeit
Kolloidales Kalium Im menschlichen Organismus befinden sich ca. 2 g Kalium pro Kilogramm Körpergewicht. 98% davon sind innerhalb der Zellen angesiedelt. Im Inneren der Zelle ist die Flüssigkeit als ideales Lösungsmittel für viele Enzyme und Eiweißstoffe. Für eine ausreichende Flüssigkeitsmenge in den Zellen sorgt das Kalium und wird hierbei vom Natrium unterstützt. Käme der Austausch von Nährstoffen zum Stillstand, würde mehr Wasser in die Zelle eindringen und diese fast zum Platzen bringen. Ein Ausfall the sodium-potassium pump is therefore the precursor of the cell death.
also in glucose metabolism, potassium is irreplaceable. Potassium transport, supported by the phosphorus, glucose (= carbohydrates) to the brain cells. In contrast to all other cells, do the brain cells are supplied exclusively with glucose. For humans, the lack of glucose is noticeable in dizziness, lack of concentration and sudden fatigue. can
brain cells prefer glucose, since this molecule can be cleaved and quickly made available. In dangerous situations, the brain must be quick alert to respond properly. burned up a fat molecule and a cell for food Available passes, a lot more time.
potassium is also involved in protein metabolism and activates certain enzymes.
The potassium intake is mainly through the small intestine. The body itself is regulated by the hormones of the adrenal cortex. These ensure that about 95% of dietary potassium on renal excreted. The adrenal glands are also involved in stress-related processes in the body play an important role. cause you to stress an increased hormone secretion, which in turn result an increased potassium excretion in the intestine is.
All refined foods such as white rice or white flour products have enormous loss of potassium!
it is dangerous if you are not only nutrients, but even to salt-rich diet. The kidneys are constantly trying to excrete the excess sodium from the body. But as the excretion of potassium is coupled to the sodium excretion, this mineral is also lost.
potassium for athletes
potassium is 95% excreted in the urine, the remaining percentages will be mainly on the account of respiration and sweat. A special case dar. athletes sweating through the effort of the body extremely strong and eliminates many of the sweat electrolytes such as potassium. For this reason, athletes must be particularly ensure sufficient supply of potassium and minerals.
risk of laxative
occur at regular laxative use extreme potassium deficiency. Without potassium and other minerals, the intestine can not be re-excited to its own activities. Because the bowel movement is dependent on nerve stimulation and neuromuscular stimulation. This may in turn without sufficient potassium can not be activated. The gut is always loose, it must produce higher doses of the laxative be taken to even more to achieve an effect. There is a vicious circle.
warning symptoms
potassium deficiency, the following complaints cause:
nervousness
sleep
fatigue
arrhythmias
muscle weakness
muscle cramps
constipation
intestinal cramps
faintness
Dry skin
acne (especially in adolescents)
headache
Delayed wound healing
Colloidal iron 10-12 mg iron to the body are fed daily. Women have a much higher demand because of the high iron loss during menstruation, namely 13-25 mg, depending on the extent of bleeding.
iron deficiency eventually leads to anemia (= Anämie). Diese äußert sich zunächst harmlos mit Leistungsabfall, brüchigen Nägeln, Verstopfung und Kopfschmerzen. Bei länger dauernder Anämie kann es dann zu gefährlichen Warnsymptomen kommen wie Ohnmachtsanfälle, Atemnot, Herzjagen, Schweißausbrüche, Angstzustände und Übelkeit.
Um alle Körperzellen mit genügend Sauerstoff versorgen zu können, produziert unser Stoffwechsel im Knochenmark zwei bis zweieinhalb Millionen rote Blutkörperchen pro Sekunde und reichert diese mit Eisen an. Jedes dieser Blutkörperchen enthält rund 300 Millionen Hämoglobinmoleküle. Für die Produktion des Hämoglobins braucht der Stoffwechsel Eisen. Ein gesunder Man cut the daily food between 10 and 15% of its iron content, a man of iron deficiency, up to 20%.
The bone marrow is also able to increase the production of hemoglobin and red blood cells up to six times, condition is good health.
The hemoglobin molecule carries oxygen from the lungs to all body cells.
iron molecules are transported in the blood and other body fluids by using transferrin, a protein body. Iron is needed not only for the red blood cells, but also plays for the function of many enzymes important. So-called iron-sulfur enzymes leisten wichtige Aufgaben in der Atmungskette von Skelettmuskelzellen. Fehlt hier Eisen, dann sind die Muskeln nicht genügend belastbar. Man bekommt schneller einen Muskelkater, leidet generell an Muskelschwäche und verringerter körperlicher Leistungsfähigkeit. Auch Enzyme, die gar kein Eisen enthalten, werden durch einen Eisenmangel geschwächt. Ein typisches Beispiel ist das kupferhaltige Enzym Monoaminooxidase, das im Nervensystem Empfindungen wie Glück, Euphorie und Optimismus auslöst, indem es bestimmte Eiweißstoffe zu Glücklichmachern wie Noradrenalin umwandelt.
Damit das im pflanzlichen Eiweiß enthaltene Eisen besser vom Blut aufgenommen werden kann, sollte man zu jeder Mahlzeit reichlich Vitamin C eat.
warning symptoms
iron deficiency can cause the following symptoms:
listlessness
constipation
Brittle nails
poor concentration
libido
breathing
skin pallor
hair loss
Colloidal Nickel Nickel is a very outgoing mineral with many biomaterials (such as protein components) received a connection. The trace element helps in the activation of carbohydrate metabolism and energy balance. It also increases the effect of some important hormones such as insulin (= hormone to lower blood sugar levels) und Vasopressin (= Hormon zur Blutdrucksenkung). Die Wirkung von dem Stresshormon Adrenalin wird durch Nickel vermindert. Nickel unterstützt ebenfalls die Eisenaufnahme und die Eisenverwertung im Körper.
Erste positive Ergebnisse bereits bei Diabetes 1 und 2 und das bereits nach einigen Tagen
Warnsymptome
Ein Mangel an Nickel kann folgende Beschwerden verursachen:
Verminderte Eisenverwertung
Blutarmut (= Anämie)
Verdauungsstörungen
Müdigkeit
Herzschwäche
Kolloidales Magnesium Mit 2,5% Anteil ist Magnesium das achthäufigste Element der Erdrinde. Es ist im Gestein, im Meerwasser sowie im Ground and surface water in varying concentrations.
In plants, magnesium is widely used. It is an important building block for cell function of plants, especially for the formation of chlorophyll. Chlorophyll in turn, the leaf green building, with the help of sunlight carbon from the carbon dioxide in the air in the plant cell and thus ensures the plant to survive. Also for the people and animals, magnesium is an essential (= vital) fabric. The human body contains 20 to 28 g of magnesium. About 60% of them are stored in the skeleton. About 40% are in the soft tissues (including skeletal and cardiac muscles, liver, colon, thyroid and kidney). In the muscles of the magnesium content is seven times higher than that of calcium.
is a very small proportion of magnesium in the region outside of the cells and mixed in with the interaction of neuropeptides, hormones and nervous irritants.
The main enzymatic processes take place in the presence of magnesium. More than 300 enzymes are activated by magnesium, so this mineral dominates a large part of all chemical reactions in the body, which are always initiated by enzymes.
magnesium and stress
On the one hand, this mineral used to produce the stress hormones norepinephrine and epinephrine, without which we challenge of everyday life not cope. On the other hand, magnesium dampens the increase of these stress hormones and helps to prevent excessive irritability, aggression and other stress-related harmful overreaction of the body. Between stress and magnesium can occur that is a vicious circle. Under greater emotional and mental stress, the magnesium in the cells decreased more and more, which also leads to increased stress response. If people do not respond to anxious or nervous about the challenges and stress they might magnesium.
engages in a similar manner, a magnesium in the fat and carbohydrate metabolism and is one of the great Hauptbeteiligten am Eiweißstoffwechsel im Organismus.
Vorbeugung gegen Herzkrankheiten
Für eine gesunde Herzmuskeltätigkeit brauchen die Zellen ausreichende Mengen an sauerstoff- und nährstoffreichem Blut. Magnesium ist beteiligt durch die aktive Steuerung der Zellversorgung und an der autonomen Kontrolle des Herzschlags. Magnesium verbessert die Leistung des Herzmuskels, es erweitert die Herzkranzgefäße und beeinflusst positiv die Gerinnungsfähigkeit des Blutes. Durch diese Wirkungen ist es ein wichtiger Faktor bei der Vorbeugung von Arteriosklerose und Herzinfarkt.
Der Organismus versucht den Magnesiumspiegel im Blut aufrechtzuerhalten. Bei einem Mangel ist zunächst immer der Magnesiumgehalt im Blut affected. The body responds with increased neuromuscular excitability, which may manifest as cramps, diarrhea and depression.
magnesium-rich foods
Magnesium is found primarily in plant foods.
green or dark green leafy vegetable (spinach) - Caution, due to incorrect mounting,
strongly acidic soils, or acid rain, the magnesium content can be affected very much!
substances which affect magnesium
oxalic acid and phytic acid, together with magnesium or zinc in the intestine poorly soluble complexes. These are no longer divided but Ret. Similarly, a high-fat diet inhibits the usefulness of magnesium. Scientists also believe that a calcium-based diet to a negative effect on the absorption of magnesium.
go When the flour producing 80% of the magnesium by the separation of the germ of the grain is lost.
The magnesium-rich vegetables should be cooked only briefly, by long cooking, it comes to high losses.
warning symptoms of magnesium deficiency may cause the following symptoms: diarrhea
muscle weakness, leg cramps
myocardial dysfunction
tooth decay
bone complaints
tingling in Arms and legs
nervousness anxiety and confusion states
Depressive moods
impaired concentration
Painful menstruation
Colloidal calcium As five most abundant element on Earth is calcium in rocks, soils, aquatic organisms and widespread. But in the human metabolism is quantitatively the most important this mineral to a variety of tasks.
Our body contains about 1.2 kg of calcium. Of these, 99% as calcium apatite (an extremely stable and insoluble compound) is deposited in bones and teeth. The mineral is absorbed from food and passes through the blood to the bone. There it combines with phosphoric acid to a solid, cement-like structure. The dry mass of bones weighing around 5 kg, of which 1 kg of pure calcium.
When bone calcium has a passive role. It is highly dependent on other nutrients such as silicon, copper, zinc, manganese and others of vitamin D. Calcium
the necessary nerve impulses derived for all controlled muscle movements. Therefore, it is transported with each load of calcium from the bones in the muscle. To prevent demineralization, the bone is now supplied with new calcium. Accordingly, our bones are never the same strong, but constantly change in their strength. Depending on the type of bone tissue, the bone-forming cells take more or less calcium in the bone
with the highest calcium consumption is the most jaw bone arch located, sitting in the teeth.
Most of the calcium needed for bones and teeth. But now the rest of the body calcium (about 1%) satisfied in the blood and body cells important tasks. The plasma calcium (in the blood) in the activation of the coagulation system is involved.
provides calcium in the cells for the permeability between the individual cells and for the transmission of neuromuscular impulses. This is the first place the basis for coordinated Bewegungen gelegt. Außerdem ist Kalzium auch an der Übertragung von Hormonen und Neurotransmittern beteiligt. Letztere sorgen für gute Laune.
Damit die nerven- und hormongesteuerten Vorgänge reibungslos ablaufen können, muß die Kalziumkonzentration im Blut stets einen nahezu konstanten Wert von zehn mg pro zehntel Liter Blutserum aufweisen. Das wird durch drei Hormone garantiert. Das Parathormon aus der Nebenschilddrüse sorgt für einen konstanten Kalziumspiegel im Blut. Das Kalzitonin reduziert dagegen einen Kalziumüberschuß und das Kalzitriol im Vitamin D bewirkt schließlich, dass Kalzium aus der Nahrung über die Darmschleimhaut ins Blut gelangt.
Kalzium ist einer der mächtigsten "Bosse" in our brain and nervous system. Two other important minerals, sodium and potassium contribute, then with irritation transmissions closely with calcium. Lack of calcium in nerve and brain cells, causing symptoms in the range between nervous and anxious unrest severely psychotic or neuromuscular deficits.
correct ratio of phosphorus to calcium The mineral phosphorus met while important functions in the body, the phosphates (= salt of phosphoric acid) can lead to a reduction in concentrated form of calcium from the bone mass. A calcium-phosphorus ratio of 1.5: 1, the metabolism to cope with just yet. Wer allerdings viele phosphathaltige Lebensmittel wie Fleisch, Fertiggerichte und süße, kohlensäurehaltige Getränke (z.B. Cola) zu sich nimmt, kommt leicht auf ein zusätzliches Gramm Phosphor pro Tag und damit auf ein Verhältnis von 2 : 1 oder sogar 2,5 : 1.
Warnsymptome
Kalziummangel kann folgende Beschwerden verursachen:
Muskelkrämpfe
Kribbeln und Taubheitsgefühl
Lähmungserscheinungen
Fehlende Muskelkontrolle
Zu niedriger Puls
Herzklopfen, Schlafstörungen
Blutungen
Gelenkschmerzen
Angstzustande
Wachstumsstörungen bei Kindern
Zahnverfall
Veränderungen im Alter
Age also is an important factor for the calcium requirement: can renew example, while a toddler his skeleton within one to two full years, the calcium turnover decreases with increasing age. So weighs from age 40 Age bone loss. This is not due to an impaired capacity, but rather the fact that increases in age, the calcium excretion in the intestine and the deposition of calcium is reduced in the skeleton.
The reasons for this change in old age are particularly fluctuations in hormone production. Therefore, calcium deficiency symptoms are most evident in women in the hormonal upheaval, after the menopause. The ovaries then adjust the production of the hormone estrogen, which provides for the preservation of bone mass. The mismatch between mining and construction leads to a drastic decrease in bone mass. This is logical, as the calcium circulates through the blood and is in constant contact with the bones and body cells. The body draws the mineral from where it is not immediately essential to life: from the bone cells. In case of prolonged calcium deficiency can therefore occur osteoporosis.
stability in food
too long soaking and cooking flooded this important mineral from.
substances that affect calcium
Certain substances in foods are naturally kalziumvernichtend. That is, they bind the minerals in the gut and make it so useless.
These include oxalic acid-rich foods such as: rhubarb, chard and spinach (actually has a high calcium content).
contribute Similarly, phytic acids (contained primarily in cereals). They form together with calcium, iron, zinc and magnesium salts of low solubility, which are then excreted as well.
Even before the consumption of too much animal protein should be warned, it makes for a steady withdrawal of calcium in the urine.
caffeine and theophylline (in black) also promote calcium excretion the kidneys.
Colloidal Gold Supplement Info gold processes controlling the cardiovascular system.
Colloidal gold is often prescribed for the depressed people, especially those who are afraid in the dark, frighten evil bow before conceited and self-blame and weariness of life.
dominate in the body: heart arrhythmia, blood to the head and rheumatic pains in the joints.
The patient with impaired Gold processes has often sleep and wakes up at 4 clock in the morning, sleep no longer.
the symptoms at rest, at night and early morning, in the cold and after mental exertion. You get better in heat, outdoors and in motion.
anti-inflammatory agents
Colloidal gold is an anti-inflammatory agents in intestinal inflammation, eczema, acne, heart inner skin inflammation, all streptococcal diseases caused by the primary and secondary chronic infection, arthritis, gout and arthritis.
From Gold said that it still heals where antibiotics are no longer effective. While antibiotics the cure fever suppresses and weakens the immune system, activated gold the entire defense.
Colloidal gold is useful for all inflammatory and degenerative processes of Joints as the primary and secondary arthritis, spondylitis and arthritis, where the cause in the heart-blood system is located.
Even with dropsy of the joints and heart edema or pleurisy
water The beginning of all is to ensure good water quality. Water has its origin from a special force that can be lost due to environmental influences and transport in the pressure lines.
have over the past 20 years, proven three different technological approaches to water recovery.
first System - passive system - here is source water information, water depth information and the like directly by incorporation oder indirekt durch aufbringen auf die Hauswasserleitung aufgebracht und dadurch entsteht im Idealfall eine Strukturverbesserung des Wassers -
2. System – aktives System – hier wird Wasser nach der Technologie basierend auf den Forschungen von Viktor Schauberger verwirbelt und umstrukturiert und dadurch belebt –
3. System – Magnetsystem – der Hintergrund war hier die Verwendung in Gebieten in denen das Wasser sehr kalkhaltig ist. Leider hat der Markt bis heute kaum funktionierendes hervorgebracht. Neuere Forschungen jedoch haben ergeben, wenn man ein spezielles Magnetsystem intelligent in den Wasserkreislauf integriert, hat es auch sehr positive belebende Eigenschaften.
Aus Erfahrungswerten wissen wir, dass allein die Einbau einen guten Wasserfilter indem Stall Senkung der Krankheitsquote um die 80% als Folge hatte. Dies ist keine Seltenheit.
Dies wären die Ansätze die ich empfehlen würde zu beachten um die Genesung zu fördern, bei Mensch und bei Tier gleichermaßen.
