Reference

Extended exposure to electromagnetic fields (EMFs) has been found to have various impacts on women's immune systems. According to studies, these effects include:

1. Decreased Immune Cell Counts: Studies have shown that exposure to EMFs can lead to lower total lymphocyte, CD4, and CD3 counts 1. This suggests that EMFs may suppress certain aspects of the immune response.

2. Increased Natural Killer (NK) Cells: There is evidence of increased NK cells in individuals exposed to EMFs, which could indicate a stress response within the immune system 1.

3. Altered Cytokine Levels: Extremely low frequency EMF (ELF-EMF) exposure during prenatal and postnatal periods can increase the level of IL-17A in the spleen and blood of young female rats, suggesting an inflammatory response 2.

4. Reduced Cytotoxic Activity: High frequency EMFs have been shown to reduce cytotoxic activity in the peripheral blood of women without a dose-response effect 3, which could impair the ability of immune cells to kill infected or cancerous cells.

5. Oxidative Stress and Inflammation: Pre and postnatal exposure to 900 MHz EMFs can induce inflammation and oxidative stress, potentially altering immune function 7.

6. Potential for DNA Damage: Some studies suggest that exposure to EMFs can lead to irreversible DNA damage at certain SARs (Specific Absorption Rates), which could have long-term effects on health, including immune function 11.

7. No Clear Evidence of Genotoxicity: However, it's important to note that there is no convincing evidence that EMF can change living cells or is genotoxic (harmful to DNA) 10.

In conclusion, while there are indications that extended exposure to EMFs can impact various aspects of the immune system in women, the specific mechanisms and long-term health implications are still a subject of ongoing research. It is crucial to consider the quality and reliability of the studies when interpreting these findings.