Hava Kirliliği Maruziyetinin Üreme Sağlığı Üzerindeki Etkileri
Özet
Hava kirliliği, özellikle ince partikül madde (PM2.5) maruziyeti, insan üreme sağlığı ve embriyo gelişimi üzerinde çok boyutlu patolojik etkilere yol açan küresel bir halk sağlığı sorunudur. Solunum yoluyla kan dolaşımına karışan PM2.5; oksidatif stres, sistemik inflamatuar hasar, DNA metilasyon modifikasyonları ve hücresel apoptozu indükleyerek üreme sistemine zarar vermektedir. Erkek üreme sisteminde histomorfolojik değişikliklere, sperm sayısının, hareketliliğinin ve kalitesinin azalmasına yol açarken, kan-testis bariyerinin bütünlüğünü bozmakta ve testosteron gibi kritik hormon düzeylerini düşürmektedir. Kadınlarda ise anti-Müllerian hormon (AMH) seviyelerini azaltarak over rezervini ve folikül kalitesini doğrudan olumsuz etkilemekte, östrojen sentezine müdahale etmektedir. Perinatal dönemdeki maruziyetler ise gebelik kaybı, spontan düşük, erken doğum ve düşük doğum ağırlığı riskini ciddi ölçüde artırmaktadır. Bu çevresel tehdit karşısında hemşireler, Florence Nightingale’den bu yana gelen çevre ve sağlık ilişkisi vizyonuyla, prekonsepsiyonel danışmanlık, eğitim ve antenatal izlemler aracılığıyla bireyleri bilinçlendirmede en uygun konumdaki profesyonellerdir. Hemşireler, disiplinler arası ortaklıklar kurarak risk altındaki popülasyonları koruyacak etkin sağlık politikalarını savunma ve toplum sağlığını geliştirme sorumluluğuna sahiptir.
Air pollution, particularly exposure to fine particulate matter (PM2.5), is a global public health problem leading to multidimensional pathological effects on human reproductive health and embryonic development. Entering the bloodstream through respiration, PM2.5 damages the reproductive system by inducing oxidative stress, systemic inflammatory injury, DNA methylation modifications, and cellular apoptosis. In the male reproductive system, it causes histomorphological changes, reduces sperm count, motility, and quality, while disrupting the integrity of the blood-testis barrier and lowering critical hormone levels such as testosterone. In women, it directly and adversely affects ovarian reserve and follicle quality by reducing anti-Müllerian hormone (AMH) levels, and interferes with estrogen synthesis. Furthermore, exposure during the perinatal period significantly increases the risks of pregnancy loss, spontaneous abortion, preterm birth, and low birth weight. Against this environmental threat, nurses are the most appropriately positioned professionals to raise awareness through preconception counseling, education, and antenatal follow-ups, drawing on the vision of the relationship between environment and health since Florence Nightingale. Nurses hold the responsibility to advocate for effective health policies to protect populations at risk and to promote public health by establishing interdisciplinary partnerships.
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