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首页> 外文期刊>Current Journal of Applied Science and Technology >Current Status of Sex Sorted Semen and its Long Term effect on Population Dynamics and Y-Chromosome Degeneration of the Breed Among Dairy Animals in Jharkhand, India: A Review
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Current Status of Sex Sorted Semen and its Long Term effect on Population Dynamics and Y-Chromosome Degeneration of the Breed Among Dairy Animals in Jharkhand, India: A Review

机译:性别的现状分类精液及其长期对印度乳房动物乳制品种群动态和Y-染色体退化的影响:综述

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Sex Sorted Semen gives the liberty of producing offspring of the desired sex - in farming animals by using it in conjunction with other assisted reproductive technologies such as?Artificial Insemination and In-Vitro Fertilization after selecting the healthy sperm and separating into X-Female and Y-male Chromosome bearing populations based on their DNA content. It is an important biotechnological tool to increase the milk production and the profitability of Dairy Industry. Current study deals with the Principle, methods, main method, advantages, disadvantages and the current status of Sex sorted semen in India and Jharkhand. The main emphasis of this study is to draw the attention of Scientific fraternity towards the effect of Sex Sorted Semen on Population dynamics. The Sex Sorted semen increases the deviation of ratio between Male and Female Population from ideal 1:1, thereby decreasing the effective population size Ne and thus slowly reducing the viability and survivability of the population or breed concerned. Further the already depleting Y chromosomes will be reaped off all its genes in long run at a faster rate due to antagonistic selection pressure arising out of Artificial selection via Sex Sorted Semen acting against all the gene of Y chromosome of the breed or population concerned which might disturb many vital genes and the associated functions. The degeneration and extinction of scientists have been predicted long ago. The effect of Sex Sorted semen on Y- chromosome degeneration is yet to be pointed out, calculated and subsequently verified in any of the literatures. SSS is indeed a boon for India as well as Jharkhand. It might be too early to predict about the negative impact of SSS on population dynamics and Y-Chromosome degeneration. Further research work must be done to assess the extent and authencity of above mentioned impact( Predicted? theoretically) by calculation as well as practical field based Experimentation.
机译:性别分类精液通过使用它与其他辅助生殖技术相结合,在选择健康精子和分离成X-Meant和Y中的其他辅助生殖技术 - 基于其DNA含量的Male染色体患者。这是一种增加牛奶产量和乳品行业盈利能力的重要生物技术工具。目前的研究涉及印度和贾坎德的性别分类精液的原理,方法,主要方法,优缺点和当前状态。本研究的主要重点是引起科学果断对性别分类精液对人口动态的影响的关注。性分类精液从理想的1:1增加了男性和女性人群之间的比例,从而降低了有效的人口尺寸NE,从而慢慢降低有关人口或品种的生存能力和生存性。此外,由于通过性分类精液引起的拮抗选择压力,通过性分类的拮抗精液引起的拮抗选择压力,将在长期的速率下,从抗拮抗的选择压力作用于可能打扰许多重要基因和相关功能。科学家的退化和灭绝很久以前已经预测。性别分选精液对Y-染色体变性的影响尚未指出,计算并随后在任何文献中核实。 SSS确实是印度和jharkhand的福音。预测SSS对人口动力学和Y-染色体变性的负面影响可能过早。必须进行进一步的研究,以评估上述影响的范围和作用(从理论上预测)通过计算以及基于实际的实地的实验。

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