Radon: The invisible danger and the search for nature-inspired solutions

Radon is a radioactive gas that most people are unaware of, yet it poses serious threats to our health. It is formed by the natural decay of uranium in the soil and can reach dangerous levels, especially by accumulating in enclosed spaces. Estimated to be responsible for 3% to 14% of lung cancer cases worldwide, this gas must be addressed in a much broader context when considering Turkey's geographical and environmental characteristics.

Turkey's Radioactive Vise: Threats from the North and South

Due to its geographical location, Turkey is affected not only by natural radon accumulation but also by the irresponsible discharge of radioactive waste by neighboring countries.

The Threat from the North:

The Black Sea has become an area that Russia treats almost like its own bladder for radioactive and chemical waste. Russia's dumping of waste from its nuclear facilities and industries into the Black Sea causes this waste to be transported to Turkey's Black Sea coast by sea currents. This situation can be directly linked to the increase in cancer cases in Sinop and its surrounding areas.

The Pressure from the South:

Southern European countries and other regions with coastlines treat Turkey's southern ports like a "latrine," sending their toxic medical and radioactive waste there. These wastes, which are accepted for a fee, not only increase environmental pollution but also trigger cancer cases in the region.

Striking Fact: The economic income Turkey gains by accepting such waste is far smaller than the budget spent on treating the health problems caused by this waste. The resources used in cancer treatments clearly demonstrate the true cost of such misguided policies.

Radon and Turkey's High-Risk Regions

Radon accumulation in Turkey is more common in some regions due to soil structure and geographical features:

Kars: Radon and radioactive waste transported via Armenia pose a significant risk in Kars and its surroundings.

Sinop: The transport of Russian-sourced radioactive waste across the Black Sea makes Sinop one of the high-risk regions in this regard.

Çanakkale and Istanbul: Radioactive elements transported from the Black Sea to the Marmara Sea create a risk of accumulation around the Dardanelles and Istanbul. This concentration could lead to an increase in cancer cases in densely populated cities.

The Role of Microorganisms in Radioactive Detoxification

Nature offers remarkable solutions for reducing the effects of radioactive substances. Some microorganisms living in soil and seas not only show resistance to radioactive substances but also have the potential to detoxify them.

Microorganisms That Render Radon Harmless:

Radiation-resistant bacteria such as Deinococcus radiodurans can repair DNA damage caused by radon and neutralize free radicals. These microorganisms can be used in the biological transformation of radioactive elements.

Marine Microorganisms in the Sea of Marmara:

Some microorganisms found in the Sea of Marmara can detoxify radioactive elements. By examining the biological processes of these microorganisms in areas where mucilage is dense, the effects of radon accumulation can be mitigated.

Recommendations for Combating Radon

1. Microorganism-Based Solutions:

The use of bacteria resistant to radioactive elements could offer a biotechnological solution to reduce radon accumulation in agriculture and water resources.

2. Natural Filtration Systems:

Biofilters can be developed to prevent the accumulation of radioactive elements in the soil. These filters can protect both the soil and groundwater, thereby reducing health risks.

3. Reviewing Radioactive Waste Policies:

Turkey must urgently review its policy of allowing environmental waste into the country and establish stricter inspection mechanisms in this regard.

Conclusion: New Approaches for Human and Environmental Health

The effects of radon and other radioactive elements threaten Turkey's health not only through natural means but also through the irresponsible policies of neighboring countries. These wastes, transported from the north via the Black Sea and from the south through our ports, cause great harm to human health and manifest themselves in the rise of cancer cases.

However, nature offers us promising solutions to cope with these problems, such as microorganisms. These biological mechanisms, which can reduce the effects of radioactive elements, could create a great opportunity to develop innovative solutions for human health and the environment in the future. Perhaps there is science hidden in the depths of the Marmara or in the micro-world beneath the soil that will save us from this invisible enemy. In short, academic staffing that institutionalizes "unhealthy science" gives birth to "science-less health" that turns graduation ceremonies into a textile bazaar.