What are the non thermal effects of electromagnetic radiation detectors on the human body reflected in
The organs and tissues of the human body all have weak electromagnetic fields, which are stable and orderly. Once disturbed by external electromagnetic fields, the weak electromagnetic fields in equilibrium will be destroyed, and the human body will also suffer damage. This is mainly caused by the influence of low-frequency electromagnetic waves, that is, after the human body is exposed to electromagnetic radiation, the body temperature does not significantly increase, but it has already interfered with the inherent weak electromagnetic field of the human body, causing changes in blood, lymph, and cell protoplasm, posing serious harm to the human body, and can lead to fetal malformations or natural miscarriage in pregnant women; Affects the circulatory, immune, reproductive, and metabolic functions of the human body.
The non thermal effects on the human body are reflected in the following aspects:
1. Neurosystem: After repeated exposure to electromagnetic radiation, the central nervous system and other functions of the human body undergo changes. If conditioned reflex activity is inhibited, bradycardia may occur, etc.
2. Sensory system: Low intensity electromagnetic radiation can cause a decrease in human olfactory function. When a person's head is exposed to low-frequency, low-power sound pulses, it will make them hear sounds like machines, insects, or birds chirping.
3. Immune system: Preliminary observations have been made in China that compared to normal individuals of the same age, people who have been exposed to low-intensity microwaves for a long time have a decrease in immunoglobulin 1gG in their body fluids and cellular immune indicators, and a decrease in the product of T cell wreath and lymphocyte conversion rate, leading to a decrease in the immune capacity of the body fluids and cells.
4. Endocrine system: Low intensity microwave radiation can cause dysfunction of the thalamus pituitary adrenal gland in humans; The activity of CRT and ACTH increases, significantly affecting endocrine function.
5. Genetic effects: Microwaves can damage chromosomes. Animal experiments have found that; Using microwaves of 195MHz, 2.45GHz, and 96Hz to irradiate mice can result in chromosomal defects in 4-12% of spermatogonial bone formation. Mice that inherit these chromosomal defects can cause intellectual disability and shortened life expectancy in injured individuals.
