Together. All the way.

The human embryo is extremely sensitive to stress and surrounding factors. In fact the embryonic stage is the most sensitive stage of the whole life cycle. This is why it is particularly important to use safe and non-toxic products during gamete handling and embryo culture. In this recorded webinar Dr. Christer Silversand will show how you can create optimal culture conditions by understanding the importance of extensive quality testing and using an unbroken chain of quality products.

In the IVF lab we basically do the same things every day. Often performed on a very tight schedule and not all that interesting but still must be done with care, as everything which concerns patients. Preparation of dishes is one of those very important things that at least I find time consuming and slightly boring. Dish preparation is commonly done several times a day: perhaps in the morning for ICSI, during mid-day for sperm insemination of oocytes and most common, in the late afternoon as part of the preparations for next day. How do we prepare dishes? And how should we do it?

“Maintaining the correct temperature is a critical environmental factor for gametes and embryos and needs to be carefully monitored. You must be aware of confounders as hot and cold spots on warming plates, laminar hood or ventilation flows and open or closed lid to ensure a safe working temperature”, says Jan Gunst, clinical embryologist at the public IVF clinic at AZ Sint-Jan in Bruges, Belgium. Watch his story here.

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.

Correct assessment of a semen sample is mandatory for diagnosis of infertility. During preliminary assessment as well as during potential later treatment, the appropriate selection procedure should result in a clean fraction of progressive motile functional sperm cells. This blog post will discuss different alternatives for sperm selection.

Hyaluronic acid, also called hyaluronan, is a glycosaminoglycan distributed widely throughout our body. It is particularly abundant in the female reproductive tract, both in the oviduct and the uterus, which makes hyaluronan an important molecule for applications in assisted reproduction. In this blog I will focus on the role of hyaluronan in the process of embryo implantation.

Oxygen, the very gas that we depend on for life, is largely responsible for our ageing, demise and ultimately our death. Professor David K Gardner considers this paradox in his blog post.

There are many differences between Stockholm, Denver and Lhasa. One of them is the need for different CO₂ settings in the IVF lab, due to different altitudes. In this blog post Dr. Markus Montag gives advice on how to ensure successful embryo culture at high altitude. 

Another ASRM is over with lots of interesting new science presented. As always the programme covered a large variety of topics. In this blog I will highlight some of the studies and sessions which I found of particular interest.

A successful IVF treatment is a pregnancy that results in the birth of a healthy child. Many aspects are discussed in order to raise pregnancy rates. An increasingly important parameter to reflect a successful IVF program in today's world of IVF is the time to pregnancy and live birth. In this blog post I will go through some of the critical steps in the IVF procedure and how they can be optimised.