Vitrification has in recent years become the cryopreservation method of choice, with high survival rates and developmental potential of oocytes and embryos similar to fresh ones. Yet there are challenges to overcome, both for the oocyte and embryo and for the embryologist. In this recorded webinar Dr. Ann-Helene Jakobsson will give you insight into how to succeed with vitrification.
During the Vitrolife Scientific Symposium at ESHRE 2017, we had the pleasure of listening to three international experts in the field of human IVF sharing their experience in laboratory management, morphokinetics and cryobiology. We are confident that information from these presentations will assist you in not only in improving your workflow, but will help you to maximise the success of each cycle of IVF performed.
Vitrification and warming are operator dependent techniques. You need skilled embryologists with attention to detail to obtain high survival rates. Every IVF lab has its own ways of working to achieve optimal success. In this blog post we share tips and tricks we have learned from visiting labs around the world when providing support and troubleshooting on vitrification.
For decades we have employed slow freezing of gametes and embryos and performed the dehydration and rehydration steps at room temperature with results which until recently were considered satisfactory. Today, vitrification is the cryopreservation method of choice in many clinics and alternative protocols are available. Different manufacturers of vitrification products have different recommendations regarding procedure temperature, commonly either room temperature or 37⁰C, but which is the optimal temperature for vitrification and why? This blog post will give you insight.
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