【摘要】 从马铃薯同一块茎的远心端与近基端切取重量相等的带芽眼薯块,成对种植于田间,单株收藏,分别称重由远心端和近基端薯块起源的单株块茎重,结果表明:起源于远心端单株的块茎产量超过起源于近基端单株的块茎产量。从同一株马铃薯地上茎的上部和基部及块茎远心端切取重量相同的组织进行抽提物层析,层析图大致相似,但地上茎的基部组织与块茎远心端组织的抽提物层析图更为相似。实验结果与生物全息观点吻合。更多还原

【Abstract】 <ABSTRACT> The bio-holographic law discovers holographic corresponding relation between one part and another and between a part and the whole body of an organism. Each region of the holographic unit has its corresponding region in the whole body or in other holograpic unit. The biological character of a region of the holographic unit is more aimilar to its corresponding region of the whole body or of the other hologra-phic unit. For example, the tuber of a potato is a holographic unit. The biological character of the tuber is more similar to its corresponding region of the whole plant.In other words, there is holographic corresponding relation between a tuber and the whole plant, i.e. we have got tubers from the whole plant and cut a tuber in two. One of two is on the lower region of the tuber, the other part is on the upper region of the tuber. The yield of the tuber on the plant from the buds that are on the lower region of a tuber is higher than the tuber on the plant from the buds that are on the upper region of same tuber. The correlation between the whole and the parts of a tuber sccords with the bio-holographic law.更多还原