Gain data-backed insights and enhance clinical decision-making in embryo grading.
Trained on thousands of embryo images, EMBRYOAID delivers reliable insights to support your clinical decisions- anytime, anywhere.
Enhance embryo evaluation with artificial intelligence trained on thousands of images—delivering consistent, evidence-based insights to support confident decision-making.
Ensure consistent embryo evaluation with AI-driven analysis that reduces variability and supports uniform lab practices—no matter who is on shift.
Build trust and transparency with easy-to-understand reports that translate complex embryo evaluations into clear, shareable insights for patients.
How EMBRYOAID supports their daily work and decision-making.
EMBRYOAID ranks embryos based on their implantation potential, which highly correlates with embryos selected by embryologists based on morphology. EMBROAID is a highly useful AI application, especially when embryos have the same quality but with different implantation potential. This will shorten the time for pregnancy.
FAKIH IVF
As an embryologist, precision is key when selecting embryos for transfer and freezing. EMBRYOAID adds an extra layer of AI-driven analysis that supports decision-making without replacing our expertise.
High Complexity Laboratory Director at Fertility Centers of Illinois
EMBRYOAID is validated, and published in leading peer-reviewed journals.
Our recent multicentre study across six IVF centres in five countries demonstrates the potential of artificial intelligence to support embryo selection in IVF. An AI-based embryo scoring algorithm was evaluated against 20 embryologists using 1,681 embryo pairs with known clinical outcomes. The model achieved an accuracy of 70.1%, outperforming most individual embryologists and exceeding the […]
This study evaluated how AI can assist embryologists in predicting embryo implantation success in IVF. Using 2,075 embryo pairs from six international centres, the AI model showed consistently high accuracy and generalizability. It outperformed most individual embryologists and closely aligned with expert consensus, suggesting it can enhance decision-making consistency. AI’s performance was independent of clinical […]
This study investigated whether IVF lab workload can be optimized without compromising clinical outcomes. Using simulations based on 774 real IVF cycles, various scheduling strategies were tested by adjusting trigger days. The balanced optimization approach reduced weekend workload by 20% while maintaining a high yield of mature (M2) oocytes. Unlike pure workload or M2-focused strategies, […]
This research opens exciting possibilities for more standardized, efficient, and accessible embryo selection in clinics worldwide — especially where experienced embryologists may be limited. Additional poster description for MIM website:This ongoing prospective, multicenter study explores how AI can support embryologists in selecting embryos for transfer during IVF. Early results from 221 transfers show that clinical […]
Everything you need to know about the product .
Yes. EMBRYOAID has been trained on and validated with both time-lapse videos and static images of blastocysts. The tool is equally reliable regardless of the imaging approach used.
Yes. EMBRYOAID is designed to integrate smoothly with major embryoscopes and microscopes. We have established partnerships with ESCO’s MIRI® Time-Lapse Incubators and Hamilton Thorne’s LYKOS® laser systems, among others.
Yes. EMBRYOAID can be integrated with Electronic Medical Record (EMR) systems using secure APIs. Collaboration with the clinic’s IT department enables a smooth and safe connection, ensuring efficient and secure exchange of patient and embryo data.
EMBRYOAID was evaluated using a dataset of 2,075 embryo pairs, where each pair included one embryo that resulted in pregnancy and one that did not. The AI achieved an accuracy rate of 69.7%, outperforming both the average embryologist accuracy of 66.7% and the expert committee score of 68.7%. In addition.
Yes. EMBRYOAID uses HTTPS encryption, performs regular security audits, and stores data with backups retained for 10 years. Only embryo images and anonymized IDs are required, no personal data unless entered by the clinic. The platform ensures that all data is accessible only to authorized users and complies with strict data protection standards.
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This content is intended exclusively for qualified medical professionals and may include specialized information that should not be interpreted by individuals without appropriate medical training.
