Embryo nesting is a critical process we can support by using EmbryoGlue to increase the chances of pregnancy.
Embryo transfer is one of the most critical and sensitive processes in IVF treatment. It is followed by the nesting phase, during which the embryo must break out of its protective shell and acquire new cell layers. Once the blastocyst implants in the uterine mucosa, or the moist, inner lining mucus in the uterus, the actual implantation process begins.
There are a number of factors why even good-quality embryos may not succeed in nesting. One of these may be a breakdown in communication between the blastocyst and the uterine lining. This is what EmbryoGlue replaces- it simulates the natural environment in the uterus and helps the embryo to nest after transfer.
EmbryoGlue helps connect the tissue of the embryo and the lining of the uterus. It contains a high concentration of hyaluronan (0.5 mg/ml), which is commonly found in the fallopian tubes and uterus, as well as recombinant human albumin, a source of energy and a reservoir for the release of essential hormones, vitamins and metals.
Embryoglue | PFC
EmbryoGlue boosts pregnancy success rates by up to 19%. PFC’s experience with multiple transfer attempts and IVF for women over 35 confirms its effectiveness. Combine EmbryoGlue with laser-assisted hatching for optimal implantation.
To maximise the chances of your goal of a successful transfer, EmbryoGlue is one of the beneficial parts of implantation treatment. Our coordinators, physicians and embryologists are ready to discuss if EmbryoGlue is the most appropriate option in your case.
Preimplantation genetic screening and diagnosis — prevention of nesting failure and transmission of genetic defects.
Modern microsurgical sperm collection methods from the testicles and epididymis in the case of low / zero sperm concentration.
Selection of the best quality sperm based on concentration and motility using a microfluidic chip.
Intracytoplasmic injection of sperm directly into the egg in order to overcome barriers and increase chances of fertilisation.
An innovative polarising microscopy method for monitoring egg maturity to determine the correct timing for fertilisation.
Monitored embryo development over 48 hours to select the embryo with the highest potential for implantation.
A real-time embryo development tracking system to select the embryos with the highest potential for nesting.
Laser-assisted hatching is a non-invasive method for facilitating an embryo to leave the protective shell and promote nesting.
Asynchronous embryo transfer is a method in which we transfer 2 embryos of different ages to increase chances of succesful implantation.
ERA test, beReady — advanced analytical methods of the genetic profile of the uterine lining to determine the timing of implantation.
Preservation of eggs and embryos for potential future use by fast, gentle and efficient freezing.