Publications by authors named "Damir Margaretic"

Mammographic density is an independent risk of breast cancer. This study has evaluated the radiologists' reproducibility and subjectivity in breast density estimation and in order to decrease the radiologists' subjective errors the computer software was developed. The very good reproducibility existed in the strong correlation with the first and the second mammogram assessment after three month period for each radiologist (correlation coefficient 0.

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Background: Diagnostic value of available tumor markers, such as cancer antigen CA 15-3 and carcinoembryonic antigen (CEA) in breast cancer is limited. There is an ongoing search for additional, potentially better diagnostic blood markers with improved clinical utility. The aim of this study is to evaluate performance of the approach based on routine blood tests accompanied by a statistical learning tool to the diagnosis of breast cancer.

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Article Synopsis
  • The total skin electron treatment in radiotherapy requires numerous measurements to evaluate depth dose curves and ensure dose uniformity.
  • A Monte Carlo simulation model was developed to streamline the measurement process, showing less than 5% difference from experimental data.
  • The study expanded the model to account for variations in body curvature by simulating depth dose distribution across different cylindrical orientations, validating the model's accuracy with comparisons to film measurements.
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We report on a 62-year-old HIV-negative male patient with Kaposi sarcoma. After 8 years of treatment of smaller localized skin lesions with surgery and local radiotherapy, the patient developed extensive lesions of the whole skin. The extent of the lesions required the administration of the total skin electron therapy (TSET).

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