Together. All the way.

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.

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.

The use of time-lapse technology in IVF has in many parts of the world become a standard of care. The benefits are many, including the ability to communicate with patients about their treatments. A recent study aimed to find out how the patients value to view time-lapse sequences of their embryos at the time of embryo transfer.

New assessment methods call for new assessment measures. Having a common nomenclature can form the basis for clearer communication of embryo assessment and evaluation. The nomenclature described in this blog post is what we have found to facilitate ease of agreement and understanding between time-lapse users.

In connection to a recent post on the benefits of consistent annotation we invited readers to take a short survey on the use of annotations in their time-lapse software. Thanks to all of you who answered – here are the results.

Do you recognise the feeling of rush-hours in the lab? Do you find yourself not always being completely sure how to score an embryo because you have to make a fast decision? Time is precious and time is your friend when you are a time-lapse user.

The aspect of time is the essential reason why embryo evaluation with time-lapse has several advantages over static-based evaluation. In this blog post I will highlight why annotation is your key to success.

The access to time-lapse technology has given a unique possibility to balance metabolic stress against less handling stress during embryo culture. In this blog post I will describe different culture media strategies and the rationale for using specific media for specific applications.

ASRM – the American Society for Reproductive Medicine took place in Baltimore, USA at the end of October. Together, the Vitrolife team covered most of the scientific sessions. The programme as always covered a large variety of topics. The continued interest in the use of time-lapse in the IVF clinic was particularly evident. In this blog post we share some of the highlights in our view.

With the introduction of time-lapse technology, the field of assisted reproduction takes a leap forward. Time-lapse monitoring systems present a significant step in improving IVF treatment on all levels. Time-lapse technology introduces new opportunities in the clinic for improved workflow, quality control and communication between embryologists, clinicians and patients.

But most importantly, time-lapse has developed into a powerful and well-proven method for ensuring undisturbed culture of embryos, while providing invaluable detailed insight into embryo development. With this, time-lapse allows more informed decisions in embryo selection compared to conventional microscopy. In this blog post, I will discuss how a decision support tool can help you enhance your embryo selection from the information obtained with time-lapse imaging.