Kameyama M
Department of Molecular and Cell Genetics, Faculty of Medicine, School of Life Sciences, Tottori University, Yonago Tottori, Japan.
Med Hypotheses. 2001 Sep;57(3):358-60. doi: 10.1054/mehy.2001.1349.
In this paper, as a curious example of Schrodinger's cat, quantum cellular biology describes the similarity between a 'Schrodinger's cat' and a 'Schrodinger's cat-like state' of a single cell made by the microcell fusion method. Mutations result from quantum processes involving molecules that cross over an energy barrier from one stable configuration to a different stable configuration. As we allow in principle for the aspects of this phenomena, this insight may suggest a new quantum cellular biology.
在本文中，作为薛定谔猫的一个奇特例子，量子细胞生物学描述了通过微细胞融合方法制备的单个细胞的“薛定谔猫”与“类薛定谔猫态”之间的相似性。突变源于量子过程，涉及分子跨越能垒从一种稳定构型转变为另一种稳定构型。由于我们原则上考虑了这种现象的各个方面，这一见解可能预示着一种新的量子细胞生物学。
