Technotes

This technote summarises clinical benefits of using the EmbryScope time-lapse system

This technote describes how to validate pH and CO2 in your culture system. The pH of a culture medium is directly related to CO2 concentration.

This technote summarises our extenstive studies to ensure that light exposure during image acquisition using EmbryoScope is safe for embryo development.

This technote shows that correct use of the EmbryoSlide culture dish with oil overlay and lid does not lead to significant evaporation in the non-humidified environment of the EmbryoScope time-lapse incubator.

This technote shows that core temperature measurements of the slide arm is a valid indirect measure of temperature of media in the EmbryoSlide culture dish mocrowell. External validation of temperature control in the EmbryoScope time-lapse incubator is accomplished by measuring core temperature in the EmbryoSlide culture dish arm using a YSI probe.

This technote gives an overview of the safety features and validation for human embryo culture in the EmbryScope time-lapse system.

Technote Preparation of EmbryoScope culture dish

Additional technote on proper preparation of the EmbryoSlide dish to ensure optimum image acquisition and culture conditions

Technote EmbryoScope+ culture dish preparation

This technote describes how to validate pH of culture medium in the EmbryoScope+ time-lapse incubator.

This technote summarises clinical benefits of using the EmbryScope time-lapse system

This technote describes the KIDScore D5, which is a model based on morphology and morphokinetic traits associated with the implantation potential of embryos transferred on day 5. The model is designed to help clincs avoid transferring embryos with low implantation potential.

Technote This technote describes the KIDScore D3 Basic, which is a model based on the morphokinetic traits associated with the implantation potential of embryos transferred on day 3. The model is designed to help clincs avoid transferring embryos with low implantation potential.

This technote is about the Guided Annotation tool, which is designed to support the busy workdays in the laboratory. The tool guides you from variable to the next in an annotation strategy and by automatically forwarding the embryo images to estimated timings of events. Guided Annotation in synergy with KIDScore models otpimally supports your consitent embryo assessment process.

This technote describes how the Guided Annotation tool is set up in a completely customisable way to support the needs and strategies of your clinical workflow. This tool is designed to support the busy workdays in the laboratory and guides you from variable to the next in an annotation strategy and by automatically forwarding the embryo images to estimated timings of events. Guided Annotation in synergy with KIDScore models otpimally supports your consitent embryo assessment process.

This technote describes how to register relevant embryo development events and working efficiently with annotations.

This technote describes the grading of blastocyst morphology with the use of time-lapse technology. This facalitates a more thorough evaluation because the complete course of development can be considered. A comprehensive impression of the blastocyst can be used as the basis for grading morphology, which should be utilised when grading ICM and TE and is neccessary when using KIDScore D5.

This technote describes the definitions of variables most commonly used in embryo assessment with time-lapse. These definitions will help you attain consistent annotations and thereby objective evaluations in your clinic and further streamline the understanding of embryo developmental events within the clinic and beyond the clinic.

This technote contains a summary of the prevalence and effect of developmental traits which can only be observed with time-lapse.

This technote gives you simple starting tips to make the most of your data when using morphokinetics to build a model customised for your clinic.

This technote provides instructions on exporting data from the EmbryoViewer Software. In order to analyse your morphokinetic data, you will need to export to a file format which is easy to use with data analysis programs.

This technote describes how PGT-M with karyomapping identifies genetic loci on the inherited chromosomal segments to assess the genetic status of each embryo.

This technote explains how to use Octax lasers in blastocyst collapsing.

This technote explains how to use Octax lasers for sperm viability testing.

This technote explains how to use Octax lasers for trophectoderm biopsy.

This technote describes the KIDScore D5, which is a model based on morphology and morphokinetic traits associated with the implantation potential of embryos transferred on day 5. The model is designed to help clincs avoid transferring embryos with low implantation potential.

This technote describes the KIDScore D3 Basic, which is a model based on the morphokinetic traits associated with the implantation potential of embryos transferred on day 3. The model is designed to help clincs avoid transferring embryos with low implantation potential.

This technote describes the grading of blastocyst morphology with the use of time-lapse technology. This facalitates a more thorough evaluation because the complete course of development can be considered. A comprehensive impression of the blastocyst can be used as the basis for grading morphology, which should be utilised when grading ICM and TE and is neccessary when using KIDScore D5.

Technote EmbryoScope+ culture dish preparation

Technote Preparation of EmbryoScope culture dish

Technote Using the pH validation dish in EmbryoScope+

This technote describes how to validate pH of culture medium in the EmbryoScope+ time-lapse incubator.

This technote describes a safety study about the use of laser systems directly in the EmbryoScope time-lapse incubator

Additional technote on proper preparation of the EmbryoSlide dish to ensure optimum image acquisition and culture conditions

This technote summarises a large, multisite validation of preimplantation genetic testing for aneuploidy (PGT-A) by the VeriSeqPGS Solution using both cell line and embryo biopsy samples.

Technote Rapid aneuploidy screening using the MiSeq System