Abstract
OBJECTIVE: The view and location of meiotic spindles on human oocytes have been proposed as indicator of oocyte quality in cycles undergoing ovarian hyperstimulation. From these studies it was shown that oocytes having a clear spindle closely located under the first polar body have better fertilization rate, and better embryo development parameters. Spindles from oocytes growing in the absence of high dosis of gonadotrophins may have different values when analyzed under polarized light. We aimed to compare spindle status using the polarized light OosightTM optics of oocytes from patients undergoing natural cycles to the spindles of oocytes that have grown under regimes of ovarian hyperstimulation.
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