Antioxidants in bovine semen preservation
Beneficial effect of antioxidants in bovine semen preservation
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Semen collection and artificial insemination play important roles in the genetic improvement of livestock species. The frozen semen technology damages the sperm during the process of cryopreservation and thawing of the semen. These cryodamage can be minimized by use of various cryoprotective agents or cold shock absorbers including antioxidants in semen extenders to improve the cryopreservation capability or freezability of the sperm to enhance the conception rate. Therefore antioxidants are included in the semen extender to prevent the cryodamage during the process of cryopreservation. The co...
Semen collection and artificial insemination play important roles in the genetic improvement of livestock species. The frozen semen technology damages the sperm during the process of cryopreservation and thawing of the semen. These cryodamage can be minimized by use of various cryoprotective agents or cold shock absorbers including antioxidants in semen extenders to improve the cryopreservation capability or freezability of the sperm to enhance the conception rate. Therefore antioxidants are included in the semen extender to prevent the cryodamage during the process of cryopreservation. The common additives are bovine serum albumin, catalase, glutathione, cysteine hydrochloride, taurine, trehalose, superoxide dismutase and so as to improve the semen quality parameters. Further herbal antioxidant like pomegranate is also included in the semen extender to protect the sperm from oxidative cryodamage. This book will be useful to the scientists working in the andrology or semen processing laboratory, animal breeders, dairy farmers or commercial frozen semen banks and extender/preservatives manufacturing companies.
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