mutation breeding

Current Status and Prospect of Plant Space Mutation Breeding

植物空间诱变育种的现状与展望

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Especially the content of Vc in tomatoes using space mutation breeding reached 71.72mg/ 100g, lycopene to 8.99mg/ 100g, they were nearly the 1.5 times than that of the CK.

尤其是航天育种番茄维生素C含量高达71.72mg/100g，几乎是原亲本番茄的1.5倍。番茄红素含量也达到8.99mg/100g，为原亲本的1.4倍多。

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The study of Chinese space mutation breeding is going ahead in the world.

我国空间诱变育种的研究工作走在世界的前列。

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The amylose contents of rice seeds in space mutation breeding programs could be rapidly screened and identified by NIRS model which was established in this study.

利用建立的近红外定量分析模型，实现了对水稻航天育种后代材料的快速筛选与鉴定。

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Mutation breeding of high tannase activity strains from Aspergillus niger

黑曲霉单宁酶高活性菌株的诱变选育

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Molecular Marker Technique in Space Mutation Breeding

空间诱变育种的分子标记技术

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Space mutation breeding is conducive to breeding new varieties of highly active components, and it is also one of the ways to innovate Chinese medicines germplasm resources efficiently.

太空诱变育种有利于选育出活性成分提高的黄芩新品种，是中药材种质资源创新的快捷有效的途径之一。

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Analysis and Evaluation on Nutritional Components of Tomato Via Space Mutation Breeding

航天诱变育种番茄营养成分分析及评价

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Studies on Irradiation and Space Mutation Breeding of Rice and Its Prospect in Hunan

湖南省水稻辐射与航天诱变育种研究及其展望

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Study of space mutation breeding in China

天地结合开展我国空间诱变育种研究

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Current status and perspective outlook of space induced mutation breeding in crop plants

作物航天育种研究现状与展望

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In this paper, the progress and achievements in space mutation breeding in the world were reviewed, and the planting technology suitable to new cultivars got by space mutation was analyzed and summarized in order to get higher yield, better trait and to develop agriculture persistently.

本文综述了国内有关航天育种及相关技术研究的成果，总结分析了温州市应用、推广航天育种新品种及配套栽培技术研究的成果，以期进一步促进温州市农作物增产，优化品质和农业可持续发展。

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Advance of New Techniques in Wheat Mutation Breeding

小麦诱变育种新技术研究进展

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Space mutation breeding technique and its applications in cucurbits breeding

空间诱变育种及其在瓜类上的应用

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Low energy ion beam has broad prospect in the applications of physical mutation breeding techniques.

低能离子束物理诱变育种技术有着广泛的应用前景.

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The superiority, method, program and technological process of space mutation breeding were discussed.

讨论了空间技术育种的优点 、 方法 、 程序和技术流程.

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The method, mechanism, characteristics and research survey of space mutation breeding technique were introduced.

介绍了空间诱变育种的方法、机理、特点及研究概况。

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The conception, method, mechanism, and research of space mutation breeding technique worldwide were introduced. The application and prospect of cucurbits breeding with space mutation technique were also discussed.

论述了空间诱变育种的概念、方法、机理、特点及国内外研究概况，并分析了空间诱变育种技术在瓜类育种上的应用，对其前景进行了展望。

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The tomatoes using space mutation breeding had high nutrition value.

说明航天育种番茄具有较高的营养价值。

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Space mutation of plant mutation breeding technology, a currently emerging technology, which uses the micro-gravity, high radiation environment of space unique to generate the new types, new characters, new genes.

空间诱变技术是当前植物诱变育种的新兴技术，是利用微重力、强辐射等空间独有的特殊环境使植物产生新类型、新性状、新基因的重要手段。

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Space mutation breeding in China has gained notable achievements and bred many new varieties ( lines ).

我国目前在航天诱变育种方面取得了显著的成就,培育出许多新品种 ( 系 ).

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Study on γ-irradiation and space in rice mutation breeding

水稻辐射与航天诱变育种技术研究

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The characteristics and research progress in mechanism of resistance variation of rice lines to blast by space mutation were reviewed. Additionally, the prospect of research on resistance to blast by rice space mutation breeding was discussed.

文章对水稻空间诱变稻瘟病抗性变异特点及空间诱变抗稻瘟病育种成果，以及空间诱变稻瘟病抗性变异机理的研究进展进行了综述，并对水稻空间诱变育种抗稻瘟病的研究前景进行了展望。

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Technique of mutation breeding in gladiola was studied by means of electron beam.

用电子束辐射唐菖蒲种球,研究唐菖蒲的诱变育种.

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Laser mutation breeding has been used to soybean in recent years and obtained many achievements.

激光诱变作为一种育种方法,具有操作简单、使用安全等优点,并且已经应用于大豆育种.

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Conclusion This study provided a new demonstration for space mutation breeding by recoverable satellite, and indicated that space mutation was an effective and new approach to agricultural crops breeding.

结论本研究为返回式卫星搭载处理的空间诱变育种提供了一个新的佐证，表明它是农作物育种的一条有效新途径。

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Ion Beam Bio-engineering technology is created by Chinese scientists first used in the biological effects of ion beam mutation breeding, cell processing and gene transfer has played an important role, which created the Ion Beam Bio-engineering precedent.

离子束生物工程技术是有我国科学家首先创立的，利用离子束生物效应在诱变育种、细胞加工和基因转移等方面发挥了重要的作用，由此开创了离子束生物工程学的先河。

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Calibration experiments for studying mechanism of space mutation breeding

用于空间诱变育种机理研究的标定实验

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A preliminary study on Space Mutation Breeding in Betula platyphylla

白桦航天诱变育种研究初报

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Research Progress and Prospect of Space Mutation Rice Breeding in Hunan

湖南水稻空间诱变育种研究进展及其展望

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