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Background

Multi-organ segmentation from CT scans is pivotal in the medical field as it significantly aids in the precise diagnosis of various diseases. It involves separating different organs visible in CT scans, thereby providing detailed images that allow medical professionals to detect any abnormalities more accurately. The significance of this process cannot be overstated, as it directly contributes to the effectiveness of disease diagnosis and treatment plans.

Worldwide, there is a growing trend in the application of multi-organ segmentation from CT scans, powered by advancements in technology that make the process more efficient and accurate. As medical imaging technology becomes more sophisticated, the ability to segment multiple organs at once is becoming increasingly essential, especially in complex cases where understanding the relationship between different organs is necessary. This trend is not only revolutionizing diagnostic procedures but also propelling research in disease prediction and treatment. It is a testament to the transformative power of technology in healthcare and its potential to improve patient outcomes globally.

Method

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Results

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Conclusions

The segmentation models that I have developed are currently being utilized in our in-house tool. The inference results of these models are assisting the work of our internal medical imaging interpretation experts. Furthermore, their feedback is contributing to the performance improvement of the models and pre/post-processing procedures.