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Relevance: Breast cancer is one of the most common oncological diseases. Today, it leads among female cancers.&#x0D;Patients with left breast cancer undergoing radiation&#x0D;therapy have a considerable risk of developing cardiovascular diseases caused by ionizing radiation. Various&#x0D;methods are introduced to reduce the radiation load to&#x0D;critical organs to ensure compliance with the main radiation therapy principle. One of these methods is radiation&#x0D;therapy with synchronized breathing, including deep&#x0D;inspiration breath hold (DIBH). DIBH can significantly reduce the dose load to the heart and the left lung.&#x0D;The study aimed to compare the radiation load to&#x0D;the heart and the left lung during radiation therapy for&#x0D;left breast cancer with free breathing and respiratory synchronization.&#x0D;Results: During radiation therapy with synchronized&#x0D;breathing, the average radiation load to the heart is 1.7&#x0D;times lower and to the left lung – 1.26 times lower compared to radiation therapy with free breathing.&#x0D;Conclusion: The study results confirm that respiratory synchronization in radiation therapy for left breast&#x0D;cancer reduces the dose to the heart and the left lung.

onkologiâ i radiologiâ kazahstana

Comparative analysis of dose distribution&#x0D; to critical organs in radiation therapy&#x0D; of left breast cancer with respiratory&#x0D; synchronization

Comparative analysis of dose distribution to critical organs in radiation therapy of left breast cancer with respiratory synchronization