The EmbryoScope® is a state-of-the-art incubator similar to traditional incubators but with an integrated camera that continuously captures real-time images of developing embryos using time-lapse technology.
This technology provides valuable information about embryo development. Time-lapse allows for images to be taken almost every minute from the moment of fertilization.
Snapshots taken by EmbryoScope® are automatically captured every 5 minutes, 24 hours a day, without interruption.
The EmbryoScope® is used in assisted reproduction treatments such as:
To monitor embryo development from fertilization until transfer to the uterus.
In treatments using donor eggs, the EmbryoScope® helps select the best embryos to increase the chances of success.
For those who have had unsuccessful IVF attempts, the EmbryoScope® provides additional data to improve embryo selection.
In these cases, each embryo is crucial, so detailed monitoring maximizes the chances of treatment success.
To monitor embryo development from fertilization until transfer to the uterus.
In treatments using donor eggs, the EmbryoScope® helps select the best embryos to increase the chances of success.
For those who have had unsuccessful IVF attempts, the EmbryoScope® provides additional data to improve embryo selection.
In these cases, each embryo is crucial, so detailed monitoring maximizes the chances of treatment success.
The EmbryoScope® captures hundreds of embryo images without removing them from the incubator, ensuring optimal temperature, humidity, and gas conditions.
Observation continues until the blastocyst stage, minimizing embryo handling and reducing the risk of damage, ultimately improving fertility success rates.
EmbryoScope® has great potential in the field of scientific research, helping to better understand embryo development.
This tool offers a large amount of continuous and detailed data on embryonic development and the evaluation of its quality that can allow us to obtain more reliable markers that allow us to select the best embryo to transfer and not depend only on embryonic morphology.
