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fertsy papers

Generalization validation of an interpretable artificial intelligence embryo selection model: a Cross-Brand retrospective study

2025-08-012025-06-22 作者 Fertsy

The present study validated the generalizability of our AI-based embryo assessment system across different brands of time-lapse imaging systems.

分类 Paper 标签 Conference、 ESHRE 41th 发表评论

Internal and External Validation of an Interpretable Intelligent Blastocyst Evaluation System

2025-08-012024-11-23 作者 Fertsy

No Abstract Available

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Practical Application of Trustworthy AI in Embryo Selection

2025-08-012024-11-23 作者 Fertsy

No Abstract Available

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Utilizing Artificial Intelligence to Uncover Day 5 Morphokinetic Features Associated with Single Blastocyst Transfer Implantation Outcome

2025-08-012024-07-23 作者 Fertsy

An interpretable AI model was designed to quantify Day 5 blastocyst dynamics, including growth and spontaneous collapse, improving implantation prediction compared to conventional approaches.

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Automated Embryo Image Analysis: An Explainable AI Model Based on Day 5 Developmental Parameters for Predicting Clinical Pregnancy Outcomes of Blastocysts

2025-08-012024-06-23 作者 Fertsy

No Abstract Available

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Interpretable Artificial Intelligence-Assisted Embryo Selection Improved Single-Blastocyst Transfer Outcomes: A Prospective Cohort Study

2025-08-012023-12-23 作者 Fertsy

This prospective cohort study demonstrates that an interpretable AI model may assist embryologists in improving implantation rates during single-blastocyst transfer. The findings support the potential clinical value of AI-assisted embryo selection, warranting further validation in broader settings.

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An Interpretable Deep Learning-Based AI System for Predicting Blastocyst Formation from Early Embryo Development

2025-08-012023-09-10 作者 Fertsy

No Abstract Available

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A Deep Learning Framework Design for Automatic Blastocyst Evaluation with Multifocal Images

2025-08-012021-01-23 作者 Fertsy

A deep learning framework was developed to assess blastocyst quality from multifocal images, with a multichannel VGG-16 model enabling accurate and objective morphological analysis.

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Automated Evaluation System Based on Artificial Intelligence and Visualization Technology Can Effectively Improve the Accuracy of Blastocyst Evaluation

2025-08-012020-06-08 作者 Fertsy

No Abstract Available

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