Using Your Own Fat Stem Cell Mitochondria With Egg Injection to Improve Embryo Quality in Women With Repeated IVF Failures

What this Trial Is About

This research aims to evaluate the potential of transferring mitochondria from a womans own adipose stem cells to her oocytes during intracytoplasmic sperm injection ICSI to improve embryo development and increase the success rate for women who have experienced multiple failed IVF attempts. Embryo quality is crucial for successful assisted reproductive technologies, and factors such as age and genetics can affect this. Since oocytes depend heavily on mitochondria for energy, boosting mitochondrial content may enhance embryo quality in patients with repeated IVF failures. In this study, mature sibling oocytes will be randomly divided into two groups. One group will undergo conventional ICSI, while the other group will receive mitochondria transplanted from adipose-derived stem cells together with ICSI called Mito-ICSI. Viable blastocysts from both groups will be biopsied for genetic testing to check for chromosome abnormalities. This randomized, double-blind study compares the outcomes of these two approaches. Participants will provide adipose tissue samples through subcutaneous liposuction and consent to have all embryos frozen and biopsied for genetic testing. Researchers will monitor embryo development rates up to 8 weeks after the procedure and track pregnancy outcomes, such as clinical pregnancy rates, live births, and complications, over up to 24 months. The study involves close monitoring and assessments to evaluate the effects of the mitochondrial transfer on embryo quality and pregnancy success.

Adipose Stem Cell Mitochondria Supplementation to Oocytes (ASCENT)