Final answer:
When cells from different developing organs are mixed, they initially form a mixed clump. However, through a process called cell sorting, the cells sort themselves out and adhere only to cells of the same type. This occurs due to cell adhesion and leads to the stabilization of the clump.
Step-by-step explanation:
When you disaggregate cells from two different developing organs and mix them, initially, they form a mixed clump. However, the cells soon sort themselves out so that each cell adheres only to cells of the same type. This process is called cell sorting. The clump stabilizes as the cells rearrange themselves into separate clusters based on their cell type.
This phenomenon occurs due to a process called cell adhesion. Cells have specific molecules on their surface that enable them to recognize and adhere to other cells with matching molecules. Through these adhesive interactions, cells sort themselves out into distinct groups.
For example, during embryonic development, the ectoderm cell layer eventually develops into organs such as the skin and nervous system, while the mesoderm cell layer develops into muscle tissues.