| 生物全息律与全息定域选种法 |
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| 引用本文： | 叶永在.生物全息律与全息定域选种法[J].福建农林大学学报(自然科学版),1984(4). |
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| 作者姓名： | 叶永在 |
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| 作者单位： | 福建农学院自然辩证法研究室 |
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| 摘 要： | 生物全息律是张颖清首次发现,它揭示了不同的生物体具有相同或相似的物质排布规律,即生物体每一相对独立部分在化学组成的模式和分布规律上与整体相同,是整体的成比例的缩小。全息定域选种法是生物全息律在农作物选种上的应用,根据种子在植株上的不同位置拟选择最强遗传势的种子繁衍后代,获得增产并防止品种退化。
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BIOHOLORHYTHM AND BIOHOLOSCOPE FOR THE PROCESS OF SPECIFIC SELECTION |
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| Abstract: | The exposition of bioholorhythm by Zhang Ying-qing in 1980 has drawn great interest among scientific. workers. Zhang was the first to make known the similar and dissimilar ordinance or arrangement of substances in different living organisms. In other words, any respective part of the living body is similar in chemical constituents model and the distribution of substances is practically in congruence with the whole organism. It is simply the miniature of the whole organism. Such discovery is very important in theory as well as in practice. Holoscopic selection process of species is the application of bioholorhythm for crop selection. Seeds of a crop plant grown on different locations or sites may be employed for the choice of most vigorous hereditary potential progeny. For further propagation, we not only prevent the degeneration but also increase the yield in a greater amount range of the species. |
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