What are the IVF laboratory procedures used in special cases?

1. Activation with Calcium Ionophore / Ionomycin

Calcium ionophore activation is an effective technique used to increase fertilization rates, especially after ICSI (Intracytoplasmic Sperm Injection). So what is ionomycin and what role does it play in this process? Ionomycin is a compound that facilitates the passage of calcium across the cell membrane, thereby increasing intracellular calcium levels and promoting fertilization.

For couples experiencing low fertilization rates after ICSI, calcium ionophore activation offers a promising solution. This special activation technique increases the chances of success by ensuring a higher rate of fertilization of the eggs. Furthermore, this laboratory-based method is compatible with natural processes and can be performed safely.

In short, activation with calcium ionophore/ionomycin is an important alternative for couples who want to achieve successful results in reproductive treatments. With this technique, it may be possible to overcome the problems of low fertilization and bring couples one step closer to their dreams.

2. Piezzo Electric (Piezo-ICSI)

The piezoelectric method is a revolutionary innovation in IVF treatments. Especially in difficult cases such as hard shingles and morphological problems (globozoospermia or sperm cells obtained by TESE) where the sperm’s ability to fertilize is reduced, the answer to the question of what piezo-ICSI is becomes very important. This method aims to increase success rates by increasing the sensitivity of microinjection assisted fertilization processes.

Unlike traditional microinjection methods, piezo-ICSI uses piezoelectric technology. This technique, which punctures the egg membrane more gently and effectively, minimizes the risk of damage to embryos. It offers high success rates in cases of low fertilization risk, allowing couples to get one step closer to their dreams.

The piezzo electric method, which is among the sensitive IVF techniques, attracts attention with both its reliability and effectiveness. Thanks to this technology, which is with couples in their most precious moments, more families reach a happy ending. Thanks to the advantages of piezo-ICSI, it has become a promising option for couples undergoing IVF treatment.

3. Monitoring with Embryoscope

Embryoscope monitoring offers a revolutionary innovation in IVF treatment. So what is an embryoscope and why is it so important? The embryoscope uses time-lapse embryo monitoring technology to monitor embryos continuously and in detail. This method enables the development of embryos to be monitored continuously, enabling the selection of the best quality embryos.

Embryo monitoring plays a critical role in improving the success of the IVF (in vitro fertilization) process. In traditional methods, embryos are periodically removed from artificial incubators and checked, whereas with an embryoscope they are monitored in the incubator for 24 hours. From the moment of microinjection until the moment of embryo transfer, the development of the embryos is continuously monitored and recorded. This makes development monitoring more precise and embryo quality assessment and embryo selection for transfer more reliable.

In conclusion, embryoscope monitoring offers great advantages for both doctors and prospective parents. Embryos are allowed to grow under optimal conditions and the chances of success are significantly increased by selecting the right embryo. With this technology, we are entering a new era in IVF treatments; it is now much more possible to achieve more hopeful and successful results.

4. Embryo Selection with AI (Artificial Intelligence)

Embryo selection with artificial intelligence is one of the most exciting innovations in modern medicine. AI-assisted IVF aims to achieve higher success rates by using AI in embryo evaluation. While traditional methods of embryo selection are usually based on the experience of experts, digital embryo analysis makes this process more objective and precise.

Thanks to technological IVF applications, artificial intelligence can analyze the development of each embryo in detail and help select the healthiest ones. This leads to more promising results for expectant mothers and increases the chances of families having healthy babies. Embryo selection with artificial intelligence is likely to significantly increase the success of future IVF treatments and developments in this field are being followed with excitement.