Sex Predetermination by semen sexing in bovine

Main Article Content

Somporn Duanyai

Abstract

This academic paper is compiled based on past research that has attempted to isolate sperm to have specific X or Y chromosomes, which, when applied, would result in a calves that meet the needs of farmers. The most accurate sperm screening method is flow cytometry / cell sorter. This method is based on the principle that sperm with X have approximately 4% more DNA content than sperm with Y chromosome. Sperm isolation was performed DNA stained with Hoeschst 33342, which gave a blue glow when receiving a laser light with a wavelength of 351 - 364 nm. Sperms with an X chromosome glow more than sperm with the Y chromosome when the dyed sperm was introduced into the machine. sorter Sperm with X chromosome, Y chromosome, can be separated with approx 90% screening accuracy. The sorter is able to sort 32,000 sperm / sec. After the separation process, 8,000 sperm with X and Y chromosomes are obtained. Semen / second. If containing 2 million semen tubes per tube, 14 ampoules can be produced / each sex. In an hour This method can be used for commercial purposes. Separate semen can be used for insemination of both dairy cattle and beef cattle. It is more suitable than used in the mother cows. Simultaneous induction of ovulation (FTAI) may be performed to facilitate the management of IVF. Gender separated semen is suitable for embryo production prior to transfer in order to obtain calves of the sex they need. The use of separate sexes shortened the time for cattle breeding. And resulting in increased income within the farmers' farms.

Article Details

How to Cite
Duanyai, S. (2021). Sex Predetermination by semen sexing in bovine. Journal of Science and Technology Buriram Rajabhat University (Online), 5(1), 1–14. retrieved from https://ph02.tci-thaijo.org/index.php/scibru/article/view/244150
Section
Research Articles

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