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The Digital Twin Assisted Surgery (DTAS) offers clinicians a powerful new approach to surgical planning, decision-making, and intra-operative guidance. For the first time, it becomes possible to simulate procedures on a patient-specific model that evolves in real time, transforming how complex surgeries are approached.

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With DTAS, clinicians will be empowered to:

• Visualize individual anatomy in unprecedented detail, including tumour margins, vascular pathways, and organ relationships.

• Pre-plan procedures on a virtual model, testing different approaches, predicting challenges, and refining techniques before entering the operating room.

• Adapt in real time, with the digital twin responding to intra-operative events, providing dynamic feedback, and supporting confident decision-making.

• Reduce uncertainty and variability, particularly in high-stakes or anatomically complex surgeries, thereby improving consistency and outcomes.

• Collaborate more effectively across multidisciplinary teams, with a shared, interactive model that enhances communication and planning.

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DTAS is not just a tool—it is a surgical intelligence platform, enabling clinicians to combine clinical judgment with data-driven precision. As surgery enters the era of personalization and predictive modelling, DTAS will be at the forefront, bridging innovation with patient-centered care.