Lab & Quality control
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Webinar: 'Returning to safe IVF lab operations in the COVID era'
In this webinar, Dr. Jason E. Swain and Dr. Charles Bormann will discuss disaster preparedness, and the new realities and considerations COVID-19 will impose on day-to-day operations within IVF Clinics and Infertility Practices. The webinar is moderated by Dr. Mark Larman PhD, Chief Scientific Officer, Vitrolife.
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Is it safe to aliquot IVF media?
A question we often get from clinics is for how long time an opened bottle can be used. And if it is possible to aliquot and use the medium until expiry date. In this blog post Dr. Ann-Helene Jakobsson makes an attempt to answer these and other related questions on safe usage of media.
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Webinar: 'The importance of quality control in the human ivf laboratory'
In this webinar, Dr. Markus Montag will discuss various aspects of quality control. The importance of osmolality, pH, temperature control, air quality, workflow, embryotoxicity and various other laboratory aspects will be explained.
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How clean is the air in your IVF lab?
In one of our most read blog posts, embryologist Giles Palmer gives advice on what to think about in order to get good air quality in your lab.
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Webinar: 'How to create optimal culture conditions by paying attention to quality control'
In this webinar, Dr. Christer Silversand will help you understand how you can create optimal culture conditions by understanding the importance of extensive quality testing and using an unbroken chain of quality products.
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Temperature measurements and temperature control in the IVF lab are crucial for your results
It is common practice to maintain a temperature of 37°C during all working and culture conditions in the IVF laboratory. This will allow for an optimal environment for the handling and culture of gametes and embryos. In this blog post Jaco Terblanche, from Vitrolife Academy, will explain why temperature control in the IVF lab is crucial, what equipment to be measured, when to measure and what to do with the results.
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Why you should only use IVF certified plastics
The success of an IVF treatment depends on numerous factors. The patients and the causes of their infertility, the hormone stimulation regimen, culture media, quality and maintenance of equipment and skills of staff are all factors that will influence the outcome. One important factor that can have a detrimental impact on the IVF treatment outcome, but is sometimes overlooked, is the quality of the plastic equipment. Learn more in this blog post written by Dr. Ann-Helene Jakobsson.
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Quality and workflow efficiency - two sides of the same coin
Looking at available data on results in IVF, outcome differs widely between clinics and countries. In this blog post Dr. Markus Montag speculates if this could be related to quality and workflow in the constantly developing field of IVF. He also provides valuable tips on how to create a more efficient workflow in your lab and thus gain higher quality.
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The use of plastic equipment in IVF
There are at least 30 plastic items involved in every IVF procedure. If each of the 30 items used during an IVF-treatment reduces the embryos viability by 2%, the final viability at re-implantation is reduced by 44%. Download this white paper to learn about what to think about when using plastics in your IVF lab.
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Our mouse embryo assay (MEA) secures embryo viability
Our mouse embryo assay (MEA) is the most valuable tool we have to ensure safe and consistent products. This makes it possible for our customers to create an optimal environment for embryo development and ultimately helping patients becoming parents. Watch this video from our MEA lab in Denver to deepen your knowledge about the critical aspects of MEA and how our stringent testing benefits your daily work in the lab.
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The value of quality control and quality assurance - it's in the details
In this presentation embryologist and former lab director Jaco Geyer from Vitrolife talks about the value of quality control and quality assessment in the IVF lab.
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Reprotoxicity - how safe are your embryos?
Reprotoxicity is defined as a negative influence on the physiology and viability of human gametes and embryos. It can result in reduced gamete and embryo viability with a subsequent reduction in implantation rate or ongoing pregnancy rates. Let our Mouse Embryo Assay Manager, Brett Glazar teach you how you can avoid reprotoxicity in your culture system.
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Establishing a new fertility centre - investing in laboratory technology
Watch embryologist Katie Vaughan from Cambridge IVF in UK talking about their purpose-built assisted reproduction unit. Learn about practical aspects, their investments in laboratory technology and the importance of choosing suppliers that shared their vision.
