Embryo pooling is a practice in reproductive medicine where multiple IVF cycles are combined to create a larger pool of embryos. This technique is utilized to increase the chances of successful pregnancy, especially for patients with low ovarian reserves. By collecting and storing embryos from multiple cycles, clinics can optimize the selection of the healthiest embryos for transfer, thereby improving the likelihood of achieving a successful pregnancy.

Embryo pooling offers several advantages for patients with low reserves. Firstly, it allows the accumulation of a higher number of embryos over multiple cycles, increasing the chances of selecting high-quality embryos for transfer. This can be particularly beneficial for patients who may produce a limited number of eggs in each individual cycle. Secondly, embryo pooling can provide a buffer against potential cycle cancellations or unsuccessful fertilizations, ensuring that there are an adequate number of embryos available for transfer.

Furthermore, embryo pooling enables clinicians to assess the development and viability of a larger cohort of embryos before selecting the most viable ones for transfer. This selective process increases the likelihood of implantation and ultimately a successful pregnancy. It also offers patients the opportunity to undergo fewer stimulation cycles, reducing the physical and emotional burden associated with repeated IVF treatments.

Overall, embryo pooling is a strategic approach used by clinics to maximize the chances of success for patients with low ovarian reserves by optimizing the selection of embryos for transfer, ultimately increasing the likelihood of achieving a successful pregnancy.