AI Embryo Selection

AI-Assisted Embryo Selection – Clinical Guide

What is AI-Assisted Embryo Selection?

Artificial intelligence (AI)-assisted embryo selection is an advanced technology that aims to identify the embryo with the highest implantation potential by using embryo images and developmental data.

How Does It Work?

AI systems use algorithms trained with thousands of embryo data points. Embryos are scored by analyzing time-lapse images and morphological data.

Data Used

• Embryo morphology
• Cleavage times (morphokinetics)
• Cell symmetry
• Fragmentation
• Time-lapse video analyses

Purpose

To select the embryo with the highest pregnancy potential and increase transfer success.

Advantages

• Objective evaluation
• Ability to analyze details that the human eye might miss
• Provides standardization
• Optimizes embryo selection

Disadvantages

• Additional cost
• May not be available in every center
• Clinical results are not yet conclusive for all patient groups

Clinical Applications

• Recurrent IVF failure
• Patients with a large number of embryos
• Situations where embryo selection is challenging

Relationship with Time-Lapse

AI systems mostly work in conjunction with time-lapse embryo monitoring systems and analyze continuous data flow.

Comparison with PGT

AI relies on morphological and developmental data; it does not perform genetic analysis. PGT, on the other hand, provides evaluation at the chromosomal level.

Future Perspective

AI systems are increasingly being used in IVF laboratories and play an important role in embryo selection.

Conclusion

AI-assisted embryo selection is a promising technology in IVF treatment. However, it is not sufficient on its own, and clinical decisions must always be made in conjunction with physician and embryologist evaluation.