Applying the nanobiotechnological methods for optimize the in vitro cultivation technology for cows oocytes

Abstract

Aim. Investigated effect nanomaterial of highly dispersed ultra fine silica (UFS) by carbohydrate – sucrose (UFS/sucrose) on the effectiveness of meiotic maturation cows oocytes in vitro. Methods. The fresh and frozen – thawed cow oocyte-cumulus complex (OCC) was divided into four groups: three experimental in which the cultivation was carried out in a medium containing of 0, 1; 0, 01 and 0,001 % UFS/sucrose and control without adding nanomaterial. Results. It was concluded that the addition of UFS/sucrose in 0.001 % concentration is effective for elevation level of oocytes maturation and provides reception of 76,8% oocytes that induced the metaphase II of meiosis. Adding carbohydrate – sucrose (UFS/sucrose) in 0.001 % concentration to the culture medium frozen – thawed cow generative cells, make positive effect on in vitro fertilization and provide embryos quantity enhancement to 33.3 %. Conclusions. Addition of UFS/sucrose in 0.001 % concentration to the culture medium have increase effect and promote level in vitro maturation of cows oocytes rising to 76.8 %. Usage of UFS/sucrose in 0.001 % concentration as part of in vitro culture medium for cows oocyte-cumulus complex conduce rising quantity of cattle embryos to 33.3 % after in vitro fecundation frozen – thawed and maturation oocytes. Keywords: oocytes, in vitro culture, embryos, nanomaterial, ultra fine silica (UFS).

Authors and Affiliations

С. І. Ковтун, А. Б. Зюзюн, О. В. Щербак, П. А. Троцький

Keywords

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  • EP ID EP618775
  • DOI -
  • Views 51
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How To Cite

С. І. Ковтун, А. Б. Зюзюн, О. В. Щербак, П. А. Троцький (2018). Applying the nanobiotechnological methods for optimize the in vitro cultivation technology for cows oocytes. Фактори експериментальної еволюції організмів, 22(), 257-261. https://europub.co.uk/articles/-A-618775