诱变技术包

S. Datta
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引用次数: 1

摘要

诱变剂被确定为在生命系统中诱导遗传变异的来源已有80多年的历史。从那时起,科学界就致力于将突变技术应用于作物改良项目。世界范围内的活动已经产生了大量的文献,并导致了3000多个突变植物品种的发布。每年发表的许多研究论文都只是年复一年的刻板印象模型,我们仍然把一些实验作为日常活动来重复。现在是时候强调过去工作的历史,兴衰,成就的现实和局限性,以及突变技术的前景。现在有必要在广泛的研究活动后评估突变的现状,必须实施任何需要的纠正,以开发一套完整的突变技术,以最大限度地利用突变技术的商业利用。到目前为止,关于无性繁殖作物,特别是观赏作物的知识将作为一个模型系统,为未来在作物改良计划中成功和准确地应用突变技术的需求规划准备一个完整的技术包。本文将对突变技术的许多重要基础方面和技术进展进行权威的评述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Technology Package for Induced Mutagenesis
It is more than 80 years since mutagens were identified as a source of inducing genetic variability in a living system. Since then scientific community is deeply engaged to apply mutation techniques in the crop improvement program. Worldwide activities have generated a massive amount of literature and have led to the release of over 3,000 mutant plant varieties. Many research papers are published each year which are just a stereotype model year after year and we are still repeating some of our experiments as routine activities. Time has come to highlight the history of the past work, rise and fall, reality and limitations of achievements, and prospects of mutation technology.  It is now necessary to assess the present status of mutation after extensive research activities and must implement whatever correction is needed to develop a complete package of mutation technology for maximum commercial utilization of the mutation technique. The knowledge generated so far on vegetatively propagated crops, especially on ornamental crops will work as a model system to prepare a complete technology package for future need-based planning of successful and accurate application of mutation techniques in the crop improvement program.  The article will provide an authoritative review account of many important basic aspects and technical advancements in mutation technology.
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