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  What is the ERA® (Endometrial Receptivity Analysis) test?

  ERA® test, developed and patented by Igenomix (PCT/ ES2009/000386), is a test designed to evaluate endometrial receptivity. ERA® is the first diagnostic test that determines each woman’s unique personalized embryo transfer timing, therefore synchronizing the embryo transfer with the individualized window of implantation.

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  OVOIL HEAVY is not just any other oil.

  OVOIL HEAVY is the world’s first synthetically derived paraffin oil – developed, manufactured, tested and certified specifically for clinical IVF. With consistently high lot-to-lot quality and increased viscosity, OVOIL HEAVY provides exceptional safety for your embryo culture while improving handling qualities in the lab.

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  Oocyte collection tube

  Our oocyte collection tube is certified and quality tested at all stages of manufacture from the raw materials to the finished product – to ensure the right conditions for gametes and embryos.

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  Mouse Embryo Assay (MEA): It’s not what you do, it’s the way that you do it

  Download the scientific study abstract by Ang PH et al. showing that the blastocyst cell count performed on MEA tests, are more sensitive endpoint than embryo development.

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  Successful embryo implantation

  A culture system protecting the embryos and providing correct nutrients is a prerequisite for embryo viability and successful outcome.

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  Extensively quality tested

  Sperm sensitivity testing 1-cell mouse embryo assays Sensitive CF1 mouse strain on raw material 1 cell, F1 hybrid mouse on finished product Mouse embryo assays with multiple endpoints Blastocyst differentiation staining and cell counts Read more on how to ensure embryo viablity in your culture system:

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  Extensively quality tested

  Gx Media have gone through the same rigorous quality testing as all our other Vitrolife products. The mouse embryo assay (MEA) is the most valuable tool Vitrolife has to ensure safe and consistent products. Read more about how we perform MEA.

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  Quality control

  To us, quality is being passionate about all the details leading up to the most supportive products in the most protective environment for the most viable embryo. High pregnancy rates depend on numerous factors, some of which are beyond human control. That is why we are devoted to control everything that can be controlled in order to achieve high pregnancy rates. Consequently our QC tests span from each single LOT of raw material to microscopic inspection of every single micropipette.

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  VitroTemp is the perfect complement to Vitrolife square dishes

  Our dishes are specifically designed to support and facilitate IVF procedures, making your work easier and more effective. All square dishes have an absolute flat bottom. When placed on a heated stage, all dishes receive the same bottom temperature. VitroTemp is specifically designed for temperature measurements of media in Vitrolife square dishes while handled outside the incubator. This is a completely new way to measure temperature in media during manipulations in open air. Once you have calibrated the temperature of your heated stage you can feel confident that all dishes will have the same temperature. Our dishes are manufactured with quality controlled and certified materials. The finished products are further tested to ensure a secure environment for gametes and embryos.

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  Safe since the start

  Proven in more than 200 scientific publications With tens of thousands of children born after laser treatment and with no adverse effects, you can be sure your gametes* and embryos are safe during laser procedures performed using Octax lasers. Octax laser technology has been tried and tested in over 200 preclinical and clinical publications, which have shown zero adverse effects on oocytes*, embryos or the children born after laser treatment. No alterations of the cytoplasm.  Histology on mouse oocytes after laser treatment. (Germond et al., 1995) No thermal damage observed.  SEM analysis of the zona pellucida after laser treatmentof mouse zygotes. (Rink et al., 1996) No genetic, histological or anatomical effects.  Transfer of mouse zygotes into foster mothers after laser treatment, immunohistochemical/anatomical analysis of the offspring, breeding for another two generations. (Germond et al., 1996) No increase in chromosomal aberrations and congenital malformations.  Follow-up study on 134 one-year-old children after laser-assisted hatching (LAH) as compared to controls without LAH. (Kanyo & Konc, 2003) *Some applications are country specific approved laser applications option.