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Can AI assist embryologists when only low-quality embryos are available for selection?

2025-07-312025-07-21 作者 Fertsy

This paper focuses on the practical challenge of evalua … 阅读更多

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Evaluation of sperm penetration ability through deep learning

2025-07-312025-07-16 作者 Fertsy

The paper introduced herein proposes a deep learning-ba … 阅读更多

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Artificial intelligence and automation technologies are reshaping IVF laboratories

2025-07-312025-07-16 作者 Fertsy

Current Status of IVF Practice: Disparities Persist Ami … 阅读更多

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Verification of the role of deep learning in IVF using multiple interpolation method

2025-07-312025-07-16 作者 Fertsy

The paper introduced herein focuses on a critical evalu … 阅读更多

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生生易参与欧洲生殖年会Eshre2025

2025-10-192025-07-02 作者 Fertsy

生生易将携最新研究成果亮相2025年第41届欧洲人类生殖与胚胎学学会年会(ESHRE 2025)。此年会与去年 … 阅读更多

分类 公司动态

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.

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一种可解释的人工智能胚胎选择模型的泛化验证:一项跨品牌的回顾性研究

2025-08-132025-06-08 作者 Fertsy

Human Reproduction & The 41th Annual Meeting of the … 阅读更多

分类 已发表成果

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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  • AI+辅助生殖:生生易-南京鼓楼医院AI胚胎评估系统成果成功转化
  • Timelapse-Based 3D Reconstruction of Blastocysts
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  • Automated AI for real-time sperm selection in ICSI: reducing variability and studying the role of sperm in embryo development
  • [易学堂] 自动化 AI 系统在 ICSI 精子选择中的应用:变异性控制与精子功能机制探索

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