What is what evidence shows that mitosis is a continuous process?

One piece of evidence that demonstrates mitosis is a continuous process is the presence of intermediate stages between the well-defined phases of mitosis. For example, researchers can observe cells in various stages of the cell cycle, indicating that there are transitional phases that lead from one phase of mitosis to the next.

Additionally, experiments using time-lapse imaging have shown that individual cells undergo mitosis in a continuous and uninterrupted manner. This continuous process can be observed by tracking the movement of chromosomes, the formation of the mitotic spindle, and the segregation of genetic material into daughter cells.

Furthermore, studies have shown that the proteins and enzymes involved in regulating mitosis work in a coordinated and sequential manner throughout the process. This coordination of events suggests that mitosis is a continuous process rather than a series of discrete steps.

Overall, the combination of observational studies, time-lapse imaging, and molecular analyses provide strong evidence that mitosis is a continuous and dynamic process in which cells divide in a coordinated and regulated fashion.