谷子杂种优势预测法,是中国科学院生物物理研究所和张家口地区坝下农科所,在协作研究杂种优势的线粒体互补作用中,发现匀浆互补现象而设计出来的。植物线粒体是植物细胞质中的细小颗粒,是细胞进行氧化作用产生能量的主要物质。线粒体的活性越强,作物生长发育就越好,因而以线粒体 Millet heterosis prediction method, is the Institute of Biophysics, Chinese Academy of Sciences and the Zhangjiakou area under the Agricultural Research Institute, collaborative research heterosis in mitochondrial complementarity, and found that the phenomenon of homogenization of complementary design. Plant mitochondria are tiny particles in plant cytoplasm that are the main substances that cells undergo oxidation to generate energy. The more mitochondrial activity, the better the crop growth and development, thus mitochondria