印度水稻两系育种进展与展望

Manonmani Swaminathan
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引用次数: 1

摘要

通过杂交水稻技术提高产量的潜力在邻近国家得到了很好的证明。三系杂交水稻技术在制种方面遇到了一些困难。环境影响雄性不育的鉴定克服了种子生产中遇到的问题,因为它是由温度调节的,它被称为温度调节雄性不育,使用这一品系生产的杂交种被称为两系水稻杂交种。介绍了雄性不育的类型、鉴定新种质的方法和选育新种质的方法。本文列举了用常规方法和分子方法对tgms系进行表征的方法。对诱导育性环境下转基因种子的增殖和两系杂交种的制种进行了解释。种子生产地点是唯一确定的种子繁殖品种。研究了两系水稻杂交种的杂种优势潜力。展望了转基因研究的前景和两系杂种优势潜力,以期提高水稻的产量潜力。
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Progress and Prospects of Two Line Rice Breeding in India
Increasing the yield potential through hybrid rice technology was very well proved in nearby countries. Three line hybrid rice technology is encounted with some of the difficulties in seed production. Identification of Environmentally influenced male sterility overcomes the problem encountered in seed production since it is regulated by the temperature it is called temperature regulated male sterility and hybrids produced using this line is called two line rice hybrids. Types of male sterility and methods to identify the new TGMS lines and breeding methods employed for producing the tgms lines were described. Characterization of tgms lines by both conventional method and molecular tools has been enumerated. Seed multiplication of tgms under fertility inducing environment and seed production of two line hybrids has been explained. Seed production location was exclusively identified for seed multiplication of tgms lines. Heterotic potential of two line rice hybrids has been studied. Future prospectes in tgms research and two line heterotic potential was explained for increasing the yield potential in rice.
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