Comentario del Dr. Fernando Arizábal Estimados amigos:
El incremento de la incidencia de enfermedades por poluciòn electromagnètica en nuestro medio y que lo vemos en la medicina Sintergètica, nos pone alerta para PREVENIR y EDUCAR respecto a èsta tendencia de la modernidad sobretodo por el uso INDISCRIMINADO de la telefonìa celular, microondas, computadores, TV, centrales electricas,redes de alta tensiòn, antenas repetidoras de TV, cable, telefonìa satelital, centrales electricas y otros. Si bien hasta hace pocos años se tomaba electromagnetic pollution as a secondary or adjunct to outbreaks of disease, has lately been generating and causal effect of various pathologies, mainly those related to the nervous system: panic attacks, dysautonomia, migraines, insomnia, depression, anxiety etc. It has been also the alteration of behavior and decrease the threshold to adapt to stress (UAE) in people who are constantly subjected to this radiation. I attached a summary of a study document for them to learn more.
Greetings. Dr. Fernando Arizabalo.
(Summary document Electromagnetism Study research group led by Dr. Jorge Carvajal Posada in Medellin, Colombia.)
Slowly but surely we recognize that we have created and perpetuated a dangerous noise within the ocean of natural forces that have played for millions of years the program of life itself.
This despite all the studies with conflicting results, reflecting not only different worldviews but also a vested interest in the economic and political.
The public admission of the effects of electromagnetic fields on human health, create such an avalanche of lawsuits that would ruin it for utilities, as would reformulate all of our power distribution systems, location of media, radio, satellite, radar, power plants, as well as profound changes in electrical technology. All of our consumer society would collapse, so the contradictions are understandable and resistance around an issue whose implications cover a similar spectrum.
In Sintergetica medical perspective, the disease itself is a complex language whose meaning can not be read outside the multi-causal contexts, and it is this attitude in which we analyze the issue of electromagnetic pollution, we can not say that alone is the cause of many diseases that are assigned, although there is no room for doubt that, coupled with other factors involved electromagnetic pollution promoting or inducing a multitude of disorders of human health.
radiation effects are difficult to observe in conventional terms, because there is no apparent cause-effect relationship in the short term, and as with other stress-producing biological agents, their effects are more evident if the soil is pre-committed organic or weakened. In polluted conditions Electromagnetic harder for your body to maintain homeostasis. From the above it follows that electromagnetic waves can cause biological effects, ie may produce a detectable physiological change, but it should be noted that may not always result in an adverse health effect, being in some cases even beneficial for the same .
In the interaction of electromagnetic fields with biological systems, the effects depend on the type of radiation, distance to the source and the exposed tissue. A description of the magnitudes involved in this interaction must take into account the type and the "amount" of radiation as a source emits, la cantidad de energía que es capaz de depositar y el tipo de material expuesto.
Atendiendo a la energía que transportan y en función de los efectos biológicos que producen, se clasifican en dos grandes grupos:
- Radiaciones Ionizantes .- Que son las ondas electromagnéticas de frecuencia muy alta que tienen la suficiente energía para producir ionización, rompiendo los enlaces atómicos que mantienen unidas las células. Estas radiaciones al interactuar con la materia producen ionización dando lugar a la aparición de uno o varios electrones y a un ión positivo, químicamente activos, por lo que pueden provocar reacciones y cambios químicos en el material con el que interactúan. One of the most important reactions is the radiolysis. Ionizing radiation can be corpuscular (subatomic particles) or electromagnetic (X rays)
- Non-Ionizing Radiation .- What are electromagnetic waves of lower frequency and whose energy is not sufficient to cause breakage of atomic bonds, however, can produce other biological effects.
Here are the three major regions of the spectrum in which these radiations are divided, starting with the most energy.
a) Optical radiation : They're formed by ultraviolet radiation, visible light and infrared rays. These radiation produced on the human body heat and chemical photo effects, ie can initiate chemical reactions leading to the onset of photophobia, erythema, peeling of superficial tissues, etc. The most energy is ultraviolet radiation and ionizing some capacity.
b) Microwave : Because of its great social importance today, mobile is worth noting the frequency ranges which depend on the system used. In this region of the spectrum, the main effects are due to the ability to induce electrical currents in tissues exposed to them, leading to a rise in internal temperature. They are called thermal effects. If the temperature rise due to radiation is not severe (less than 1 º C) blood circulating through the tissue is able to dissipate excess heat moderate. However, if the temperature rise is high, produced, of course, a very intense exposure is poorly vascularized tissue, can lead to irreversible damage. c) RF : Its effects are mainly due to three factors: resonance, heating and burns or electric shock. These currents can alter the flow of ions but that possibility is not universally accepted.
Slowly but surely we recognize that we have created and perpetuated a dangerous noise within the ocean of natural forces that have played for millions of years the program of life itself.
This despite all the studies with conflicting results, reflecting not only different worldviews but also a vested interest in the economic and political.
The public admission of the effects of electromagnetic fields on human health, create such an avalanche of lawsuits that would ruin it for utilities, as would reformulate all of our power distribution systems, location of media, radio, satellite, radar, power plants, as well as profound changes in electrical technology. All of our consumer society would collapse, so the contradictions are understandable and resistance around an issue whose implications cover a similar spectrum.
In Sintergetica medical perspective, the disease itself is a complex language whose meaning can not be read outside the multi-causal contexts, and it is this attitude in which we analyze the issue of electromagnetic pollution, we can not say that alone is the cause of many diseases that are assigned, although there is no room for doubt that, coupled with other factors involved electromagnetic pollution promoting or inducing a multitude of disorders of human health.
radiation effects are difficult to observe in conventional terms, because there is no apparent cause-effect relationship in the short term, and as with other stress-producing biological agents, their effects are more evident if the soil is pre-committed organic or weakened. In polluted conditions Electromagnetic harder for your body to maintain homeostasis. From the above it follows that electromagnetic waves can cause biological effects, ie may produce a detectable physiological change, but it should be noted that may not always result in an adverse health effect, being in some cases even beneficial for the same .
In the interaction of electromagnetic fields with biological systems, the effects depend on the type of radiation, distance to the source and the exposed tissue. A description of the magnitudes involved in this interaction must take into account the type and the "amount" of radiation as a source emits, la cantidad de energía que es capaz de depositar y el tipo de material expuesto.
Atendiendo a la energía que transportan y en función de los efectos biológicos que producen, se clasifican en dos grandes grupos:
- Radiaciones Ionizantes .- Que son las ondas electromagnéticas de frecuencia muy alta que tienen la suficiente energía para producir ionización, rompiendo los enlaces atómicos que mantienen unidas las células. Estas radiaciones al interactuar con la materia producen ionización dando lugar a la aparición de uno o varios electrones y a un ión positivo, químicamente activos, por lo que pueden provocar reacciones y cambios químicos en el material con el que interactúan. One of the most important reactions is the radiolysis. Ionizing radiation can be corpuscular (subatomic particles) or electromagnetic (X rays)
- Non-Ionizing Radiation .- What are electromagnetic waves of lower frequency and whose energy is not sufficient to cause breakage of atomic bonds, however, can produce other biological effects.
Here are the three major regions of the spectrum in which these radiations are divided, starting with the most energy.
a) Optical radiation : They're formed by ultraviolet radiation, visible light and infrared rays. These radiation produced on the human body heat and chemical photo effects, ie can initiate chemical reactions leading to the onset of photophobia, erythema, peeling of superficial tissues, etc. The most energy is ultraviolet radiation and ionizing some capacity.
b) Microwave : Because of its great social importance today, mobile is worth noting the frequency ranges which depend on the system used. In this region of the spectrum, the main effects are due to the ability to induce electrical currents in tissues exposed to them, leading to a rise in internal temperature. They are called thermal effects. If the temperature rise due to radiation is not severe (less than 1 º C) blood circulating through the tissue is able to dissipate excess heat moderate. However, if the temperature rise is high, produced, of course, a very intense exposure is poorly vascularized tissue, can lead to irreversible damage. c) RF : Its effects are mainly due to three factors: resonance, heating and burns or electric shock. These currents can alter the flow of ions but that possibility is not universally accepted.
Some conclusions from electromagnetic pollution studies:
• The thermal power pollution exists.
• The non-thermal electromagnetic pollution exists and is more severe when the waves are modulated by frequency matching biological frequencies. Electromagnetic radiation
• Many do not fall into these two categories.
• It is necessary to produce electromagnetic radiation harmful to life.
• The electromagnetic energy is used by the body to integrate, correlate, harmonize and implement various physiological processes, a biologically compatible frequencies and doses.
• Such intrinsic energy is actually created and transmitted in the body and controls functions specific biological.
• Studies on biological cycles and animal migrations support the thesis that the average environmental electromagnetic energy transfer of information from the environment to the organism.
• low level electromagnetic fields within the physiological range of frequencies
can alter physiological processes, biological rhythms and human behavior.
• Electromagnetic energy at frequencies and intensities outside the range of intensities and frequencies biological induces adaptive homeostatic responses
may trigger several diseases.
• There is a causal relationship between exposure to electromagnetic fields
cell physiology and the body.
• One of the best known effects is the reduction of circadian secretion of melatonin by the pineal gland, which is also associated with some diseases such as depression and cancer. In addition to altering the function of the nervous system and the system of secretion of endogenous opioids, which causes the disorder of a wide range of adaptive processes and behaviors.
• The electromagnetic influence is universal, and cumulative growing.
• Strong electromagnetic fields affect membrane phenomena but its effects can be reversed.
• Magnetic fields reduce the uptake of calcium into cells by altering the hydration water around the ion.
• Invertebrates and lower vertebrates have the ability to detect and respond to
electric and magnetic fields.
• Exposure to electromagnetic fields has been implicated in certain cancers, depression, abortions. This seems to be due to depression in the synthesis of melatonin by the pineal gland and disruption of the system hypothalamus - pituitary gland pair required the normal functioning of immune and endocrine system.
Other effects of electromagnetic fields .-
• Disorders of brain activity, including memory loss, fatigue, concentration problems, dizziness.
• Sleep and learning.
• Increased blood-brain barrier permeability.
• Changes in GABA with an increase in neurodegenerative diseases including Alzheimer
• Altered blood pressure and the rate of heart rate variability and heart disease.
• Increased risk of suicide and depression.
• Disturbances of the immune system.
• Reduced sperm count and the appearance of erectile dysfunction.
• Increase in abortions and congenital anomalies
In summary of the research in the last 30 years shows a clear relation of electromagnetic pollution:
- cardiovascular disorders (arrhythmia, hypertension, vascular disease).
- nervous system disorders (neuropathies, dysautonomia, migraines)
- Disturbances of reproduction and development (abortions, birth defects)
- Insomnia, headaches, anxiety, irritability, fatigue, dizziness, malaise.
- Cancer.
- immune system disorders.
- endocrine system disorders.
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