Interactive organ, vessel and lesion visualization.
Surgical Planning
West China Hospital applies SenseCare liver planning to complex hepatobiliary surgery.
SenseCare liver surgical planning supports enhanced CT analysis, three-dimensional reconstruction and resection simulation for individualized liver surgery.
Case Summary
West China Hospital, Sichuan University
West China Hospital uses SenseCare liver intelligent surgical planning as an entry point for smart-hospital construction across the medical pathway. The system integrates multi-phase CT analysis, lesion detection, liver and vessel reconstruction, surgical simulation and residual-liver assessment.
Territory resection and curved-surface resection.
Phase recognition, reconstruction, simulation and residual-liver assessment.
The system automatically identifies optimal enhanced CT phases, registers images and reconstructs the liver, liver segments, lesions, portal vein and hepatic vein.
Surgeons can compare territory resection and curved-surface resection plans before surgery.
The system calculates resection volume, future liver remnant, standard liver volume and safety thresholds.
In surgical demonstration use, preoperative planning supported precise lesion localization, safe-margin judgment and individualized operative-path selection.
From images to executable surgical strategy
The liver planning workflow begins with enhanced CT sequence analysis and automatic phase recognition. AI extracts the liver, hepatic segments, lesions and vascular structures, then builds an interactive three-dimensional model linked with two-dimensional images.
Surgeons can rotate, measure, crop and edit the reconstruction, compare anatomical and vascular-territory liver segments, and adjust lesion or vessel boundaries when needed.
Planning around safety and liver-function preservation
For hepatobiliary surgery, the important question is not only where the lesion is, but how much functional liver can be preserved. SenseCare supports territory resection and curved-surface resection simulation, automatically calculating resection volume, residual liver volume and safety thresholds.
This turns preoperative discussion into a quantified planning process, helping the surgical team choose a path that balances complete lesion removal with postoperative liver-function preservation.
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