Publications by authors named "O V Chaplia"
Article Synopsis
- As interest in deep space travel increases, understanding how humans can adapt for reproduction in space is vital, alongside advancements in assisted reproductive technologies (ART) on Earth.
- The review covers essential ART components like gamete handling, fertilization, embryo culture, and cryopreservation, emphasizing the challenges posed by microgravity and radiation in space environments.
- Solutions like microfluidic devices and automated systems are highlighted, with a call for interdisciplinary research to advance reproductive medicine in space, which could also benefit fertility treatments on Earth.
The study was focused on morphokynetic characteristics of in vitro cultured human embryos that were considered to be aneuploid or euploid according to the preimplantation genetic screening results. Among all the embryos examined only 34.2% were chromosomally balanced, while others possessed isolated or combined chromosome abnormalities.
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