Clinical implementation of DIBH benefits patients

AccuTrak clinical application Advantage

• Advantages at CT Simulation Side:

  Real-time Feedback for Breath-hold Monitoring: Provides immediate visual guidance during CT simulation, enabling precise definition of the respiratory baseline and accurate setting of the gating window. Effective Respiratory Coaching & Patient Selection: Facilitates structured breathing training prior to simulation, ensuring patient compliance and the ability to reproduce a stable, coached breath-hold. This helps screen out patients unsuitable for breath-hold techniques, preventing uncoordinated ("blind") breath-holds. Enhanced Reproducibility: Establishes a patient-specific, quantifiable breath-hold baseline during CT scanning, forming the critical reference for subsequent treatment.
• Advantages at treatment Side:

  Automated Synchronization & Beam Gating: Automatically synchronizes with the pre-defined respiratory baseline and gating window established from CT simulation. This enables real-time beam gating or triggering, ensuring radiation delivery only occurs when the patient's breath-hold position precisely matches the planned position. High-Precision Reproducibility: Allows patients to accurately replicate their coached breath-hold state achieved during simulation, significantly reducing intra-fractional motion uncertainties and enhancing targeting accuracy. Non-invasive, Continuous Monitoring: Offers frameless, continuous surface tracking without additional ionizing radiation exposure, improving patient comfort and workflow efficiency throughout treatment.
• Expanded Workflow Integration & Clinical Impact:

  Seamless Data Continuity: Creates a closed-loop feedback system from simulation to treatment. The respiratory pattern and gating parameters defined during CT simulation are seamlessly transferred to the linac, ensuring a consistent and standardized approach. Proactive Quality Assurance: By identifying patients who cannot consistently reproduce the breath-hold during the CT session, potential treatment inaccuracies are mitigated proactively, optimizing resource allocation and patient safety. Adaptive Therapy Potential: The continuous surface data stream can be logged and analyzed for each fraction, providing valuable information for adaptive therapy strategies and treatment response assessment related to anatomical changes

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DIBH

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Motion Management

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SGRT have become a cornerstone of modern image-guided radiotherapy (IGRT), fundamentally enhancing the patient setup workflow.

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Visual Feedback

The visual feedback solution can enable patients to see whether their breath holding state is consistent with CT positioning in real time, and improve the coordination of breath holding from the perspective of patients

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