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                            [content] => *! Compensation for respiratory motion is crucial in abdominal cancer treatments, and this study builds on the 2015 MICCAI Challenge to show how improved ultrasound tracking can help reduce treatment margins and protect healthy tissue.*! Researchers developed methods to estimate and predict liver motion using continuous ultrasound imaging during radiation therapy, analyzing the balance between tracking accuracy and runtime efficiency.*! Results showed high tracking accuracy (up to 0.9 mm) and highlighted that faster methods could significantly decrease treatment margins, suggesting that this approach could enhance treatment efficiency and safety while minimizing patient discomfort.
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