Our guest blogger Dr. Gary Harton is well known in the reproductive genetics field, where he has spent his entire career. In this blog post he will take you through the basics, the history, the advantages, the debates and what is yet to be determined when it comes to preimplantation genetic testing in assisted reproduction.
When working with assisted reproduction we use a lot of different terms and definitions. This blog post will give you an update on the rather new acronym PGT (preimplantation genetic testing) as well as a glossary of common and useful terms.
EmbryoScope time-lapse system is used in combination with preimplantation genetic testing at IVF Riga. Medical Director Dr. Violeta Fodina says that this makes it possible to select only the best embryos for genetic testing, thereby reducing the time to pregnancy and delivery of a child. Watch her story here.
Lab Director and co-owner Dr. Oliver Sterthaus at Fertisuisse in Switzerland built a completely new IVF clinic in 2014 with his colleagues. When setting up the new lab, convenience and workflow were important factors, and therefore they decided to use the dynamic Octax NaviLase laser system for all laser procedures. Watch his story here.
Many clinics have seen the benefit of making time-lapse a standard of care for their patients. The same is true for Preimplantation Genetic Screening (PGS). The fact that there are two such widely implemented techniques has created some questions about which new technology will offer the best treatment options for improving clinical outcome. In this webinar Dr. Tine Qvistgaard Kajhøj shows how time-lapse and PGS can be used together to offer the best overall possibility for improving outcomes and clinical workflow.
Almost three decades ago, preimplantation genetic testing (PGT) was applied clinically for the first time by pioneers like Alan Handyside in the UK and Yuri Verlinsky in the US. Still, introducing this procedure can be a challenge. In this blog post you will get a practical guidance of what to consider when introducing PGT in your IVF clinic.
Once again we can look back on the biggest event in the IVF community - the Annual Meeting of the European Society for Human Reproduction and Embryology. More than 10 000 people gathered in Helsinki, Finland to gain new scientific information, meet with colleagues and friends as well as explore the exhibit for new products and technologies. As usual, the scientific program is a mix of invited sessions, free communications, posters and sponsored activities. In this blog post we will make an attempt to summarise our reflections from this year’s ESHRE.
The 11th Alpha Biennial Congress took place in the beginning of May. Vitrolife was present, together with around 400 participants. If you were not there, this blog post will give you a short recap and the opportunity to watch our Scientific Symposium "Time-lapse for improved overall IVF".
Embryo viability after transfer depends on the embryo itself, the environment in which it has been before transfer and the uterine environment into which it is transferred to. Picking out the embryo(s) most likely to be viable is the goal of any embryo selection process. Both time-lapse and preimplantation genetic screening (PGS) are well established methods for enhancing the chance of transferring a viable embryo. In this blog post I will describe how using them together can enhance your decision making.
Preimplantation Genetic Screening (PGS) is a procedure designed to examine embryos for chromosomal abnormalities with the aim of de-selecting embryos with low implantation potential. Preimplantation genetic diagnosis (PGD) refers to genetic diagnosis of embryos prior to transfer in cases with a known inherited disorder. Vitrolife has conducted a survey within the IVF community to determine how wide spread the use of these procedures actually is in the everyday routines. The results will be shared in this blog post.