AI Article Synopsis
- Ultrasound three-dimensional visualization improves diagnostic accuracy by providing better images of anatomical structures, but faces challenges like noise and segmenting small areas.
- The study proposes a new model, PA-Unet++, which enhances multi-target segmentation of the thyroid and surrounding tissues by addressing noise issues and utilizing techniques like pyramid pooling and attention gates.
- Results showed significant improvements in segmentation metrics, indicating that this approach can enhance clinical applications like diagnosis and treatment planning in ultrasound imaging.
Article Abstract
Background: Ultrasound three-dimensional visualization, a cutting-edge technology in medical imaging, enhances diagnostic accuracy by providing a more comprehensive and readable portrayal of anatomical structures compared to traditional two-dimensional ultrasound. Crucial to this visualization is the segmentation of multiple targets. However, challenges like noise interference, inaccurate boundaries, and difficulties in segmenting small structures exist in the multi-target segmentation of ultrasound images. This study, using neck ultrasound images, concentrates on researching multi-target segmentation methods for the thyroid and surrounding tissues.
Method: We improved the Unet++ to propose PA-Unet++ to enhance the multi-target segmentation accuracy of the thyroid and its surrounding tissues by addressing ultrasound noise interference. This involves integrating multi-scale feature information using a pyramid pooling module to facilitate segmentation of structures of various sizes. Additionally, an attention gate mechanism is applied to each decoding layer to progressively highlight target tissues and suppress the impact of background pixels.
Results: Video data obtained from 2D ultrasound thyroid serial scans served as the dataset for this paper.4600 images containing 23,000 annotated regions were divided into training and test sets at a ratio of 9:1, the results showed that: compared with the results of U-net++, the Dice of our model increased from 78.78% to 81.88% (+ 3.10%), the mIOU increased from 73.44% to 80.35% (+ 6.91%), and the PA index increased from 92.95% to 94.79% (+ 1.84%).
Conclusions: Accurate segmentation is fundamental for various clinical applications, including disease diagnosis, treatment planning, and monitoring. This study will have a positive impact on the improvement of 3D visualization capabilities and clinical decision-making and research in the context of ultrasound image.
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| http://www.ncbi.nlm.nih.gov/pmc/articles/PMC10926618 | PMC |
| http://dx.doi.org/10.1186/s12938-024-01215-1 | DOI Listing |
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