Effects of Microwave Radiation on the Central Nervous System

Several studies have been performed on the effects of microwave radiation on the central nervous system. The mechanisms involved include oxidative stress, protein synthesis, and synaptic structures. These factors may lead to cognitive impairments, including learning and memory difficulties.

The National Natural Science Foundation of China funded a series of studies. In these experiments, mice were exposed to 9.417 GHz microwaves for 2 hours a day for 10 months. The study found that the number of crossings between cells was reduced three days after exposure, and the apoptosis score was significantly decreased in the exposed group.

Another study examined the 900 MHz microwave radiation's effects on microRNA expression in the brain. They found that long-term exposure to the radio frequency generated a significant increase in microRNAs. The authors concluded that exposure to 900 MHz might trigger neoplastic processes.

Research has also shown that microwave radiation can cause lipid peroxidation of cell membranes. In addition, a series of adverse reactions in the central nervous system have been reported.

The most common type of radar sends bursts of microwaves. The most popular radars are used by ships and aircraft. These radars are designed to detect echoes from objects. The horizon for these communication links is about 30 to 40 miles.

Some studies have shown that exposure to microwaves can cause short-term memory problems and sleep disorders. Other research has suggested that radiation may have adverse effects on the skeletal muscle. Some researchers have even proposed that sex hormones may be affected by microwaves.