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生物体的每一部分都是整体的缩影,称全息现象,它是生物体中普遍存在的一个规律,叫做生物全息律,相对独立的部分称全息元。生物全息律揭示了生物体部分与整体、部分与部分之间对立统一关系,赋予生物形态以全新的意义,已发展成为全息生物学。应用生物全息律原理,可作作物定位育种,提高作物产量。从全息元上选取与期望性状的全息元相对应部位的细胞群来繁殖后代,即取全息元的最佳部位留种,并在其后代中使其加强。例如,马铃薯块茎是全株的全息元,也是期望性状,与整体期望相对立的部位是块茎下端,选用块茎下端切块留种,可大大提高块茎产量,
Each part of the organism is a microcosm of the whole, called holographic phenomenon, it is a common law in organisms, called biological holographic law, the relatively independent part of the holographic element. Bio Holography reveals the unity of opposites between the organism part, the whole part, the part and the part, giving new meaning to biological morphology and has developed into holographic biology. Application of bio-holographic law, crop breeding can be targeted to improve crop yield. The holographic element is selected from the cell population corresponding to the holographic element of the desired trait to propagate the offspring, that is, the best part of the holographic element is planted and strengthened in its offspring. For example, the potato tuber is the holographic element of the whole plant, which is also the desired trait. The position opposite to the overall expectation is the lower end of tubers. Selecting the tubers to cut the seeds at the bottom of the tubers can greatly increase tuber yield,