Patient's question:
Medical Description: We live on the sixth floor, in the east unit, with another unit to the west. To the west of the west unit, there are three base stations, all approximately 30 meters away from our home. The height of the base stations is higher than our sixth-floor level. We have requested the environmental department to conduct a test, and the radiation levels measured outside the window were 3-4 V/m, while inside the house it was 1 V/m. The power density inside the house was approximately 0.6 uW/cm2 (0.6 microwatts per square centimeter), which is equivalent to 6 milliwatts per square meter. Could you please advise if these radiation levels pose any risk to pregnant women? Thank you.Past Treatment and Effect: We kindly request assistance from experts in this field. Thank you.
Type of Help Needed: We would like to obtain research from the medical community on the effects of electromagnetic radiation on pregnant women.
Doctor's answer:
1、The first three months are very crucial,The fetus has not yet fully formed during this time and is easily affected by external environmental interference. Prolonged exposure to electromagnetic radiation or staying in an area with electromagnetic radiation can cause it to enter the body, potentially leading to symptoms of fetal miscarriage or developmental issues.
2、During the 4th to 6th months of pregnancy
This period is critical for the development and formation of the fetus's brain. If one stays in an environment with electromagnetic radiation for a long time, it can affect the functioning of brain cells, potentially leading to incomplete brain development and symptoms of intellectual disability.
3、During the 7th to 10th months of pregnancy
This is a key period for the formation of the fetus's physical functions. During this time, if pregnant women use electronic devices like computers and smartphones for extended periods, they may experience symptoms such as fatigue, insomnia, and poor appetite. This can then affect the fetus's nutritional supply and immune cell growth, potentially leading to congenital diseases.