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印度的转基因棉花及检测策略。

Genetically modified cotton in India and detection strategies.

作者信息

Randhawa Gurinder Jit, Chhabra Rashmi

机构信息

National Research Centre on DNA Fingerprinting, National Bureau of Plant Genetic Resources, New Delhi, India.

出版信息

Methods Mol Biol. 2013;958:17-28. doi: 10.1007/978-1-62703-212-4_2.

Abstract

India is one of the largest cotton-growing countries. Cotton is a fiber crop with varied applications from making tiny threads to fashionable clothing in the textile sector. In the near future, cotton crop will gain popularity as a multipurpose crop in India. The commercialization of Bt cotton in 2002 and consequently the fast adoption of Bt cotton hybrids by cotton farmers have enhanced the cotton production in India. Presently, genetically modified (GM) cotton has occupied 21.0 million hectares (mha) that comprise 14% of the global area under GM cultivation. In the coming years, improved cotton hybrids, with stacked and multiple gene events for improved fiber quality, insect resistance, drought tolerance, and herbicide tolerance, would further significantly improve the cotton production in India. With the dramatic increase in commercialization of GM crops, there is an urgent need to develop cost-effective and robust GM detection methods for effective risk assessment and management, post release monitoring, and to solve the legal disputes. DNA-based GM diagnostics are most robust assays due to their high sensitivity, specificity, and stability of DNA molecule.

摘要

印度是最大的棉花种植国之一。棉花是一种纤维作物,在纺织行业有着广泛应用,可用于制造细线到时尚服装等。在不久的将来,棉花作物在印度将成为一种多功能作物而更受欢迎。2002年转基因棉花商业化,随后棉农迅速采用转基因棉花杂交品种,提高了印度的棉花产量。目前,转基因棉花已占据2100万公顷,占全球转基因种植面积的14%。在未来几年,具有用于改善纤维品质、抗虫性、耐旱性和耐除草剂性的堆叠和多个基因事件的改良棉花杂交品种,将进一步显著提高印度的棉花产量。随着转基因作物商业化的急剧增加,迫切需要开发具有成本效益且强大的转基因检测方法,以进行有效的风险评估和管理、释放后监测以及解决法律纠纷。基于DNA的转基因诊断是最强大的检测方法,因为DNA分子具有高灵敏度、特异性和稳定性。

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