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  Radiogenomics is the integration of radiology and genomics to improve personalized cancer treatments. By combining genetic data and medical imaging, radiogenomics helps predict how cancers will respond to radiotherapy. This personalized approach aims to enhance treatment effectiveness, improve outcomes, and minimize damage to surrounding healthy tissues.

  With radiogenomic biomarkers, doctors can analyze a patient's genetic profile and radiological images to identify genetic factors that influence a tumor's response to radiation therapy. This allows for more accurate predictions, better treatment planning, and a higher likelihood of successful cancer treatment.

 Incorporating radiogenomics into cancer care provides significant advantages by enabling tailored radiation treatments. By leveraging both genetic information and radiology, oncologists can optimize radiotherapy for individual patients, reducing side effects and improving overall treatment success.

The future of radiogenomics is promising, offering more precise, personalized, and targeted therapies. As the field evolves, integrating genomic data with radiology will transform the way cancer is diagnosed and treated, ultimately improving the prognosis and quality of life for patients undergoing radiation therapy.

Radiogenomic