Publications by authors named "Yuanhao Cai"

Background: Cholesterol stones affect a certain subpopulation of children. Concerns have been raised on the impact of gallbladder surgery on the growth of children and adolescents.

Aim: To study the population characteristics, clinical features, treatment, and prognosis of gallstones in children.

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Article Synopsis
  • Automated classification of lymph node metastasis (LNM) is crucial for diagnosing and predicting patient outcomes, but it's difficult due to the need to analyze tumor shape and spread in tissues.
  • The article introduces a two-stage dMIL-Transformer framework that utilizes multiple instance learning to improve classification by focusing on tumor morphology and spatial distribution.
  • The framework achieves better accuracy (1.79%-7.50% improvement over existing methods) through a double Max-Min MIL strategy for instance selection and a Transformer-based approach for integrating and analyzing the selected instances.
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Acute lung injury (ALI) impaired the function of blood oxygen exchange function, resulting in tissue hypoxia and patient death. Recently, human umbilical cord mesenchymal stem cells (hUCMSCs) are thought to mitigate the effects of ALI, which boosts researchers' interest in employing stem cell-based therapies to manage ALI. However, as a novel therapy, hUCMSCs still face various limitations such as migrating weakly and insufficient proliferation in vivo.

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Ophthalmologists have used fundus images to screen and diagnose eye diseases. However, different equipments and ophthalmologists pose large variations to the quality of fundus images. Low-quality (LQ) degraded fundus images easily lead to uncertainty in clinical screening and generally increase the risk of misdiagnosis.

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The emission of CO₂ has been considered a major cause of greenhouse effects and global warming. The current CO₂ capture approaches have their own advantages and weaknesses. We found that free-flowing hydrated sodium carbonate (Na₂CO₃) powders with 30 wt % water can achieve a very high CO₂ sorption capacity of 282 mg/g within 60 min and fast CO₂ uptake (90% saturation uptake within 16 min).

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