Alabama Esthetician State Board Practice Exam

Binary fission is a type of asexual reproduction commonly observed in prokaryotic organisms, such as bacteria. During this process, a single parent cell divides to form two genetically identical cells. These resulting cells are referred to as daughter cells. The term "daughter cells" effectively highlights their origin from the original parent cell, emphasizing that they are the progeny resulting from the division.

The correct designation of these cells is important as it underscores their relationship to the parent cell and their independent existence once the fission process is complete. Each daughter cell inherits the genetic material from the parent, making them clones of one another.

In contrast, the other options do not accurately represent the newly formed cells in binary fission. "Parent cells" indicates the original cell, while "offspring cells" is a more general term that doesn't specifically refer to the context of binary fission. "Clone cells" may suggest genetic similarity, but it lacks the precise biological terminology used in cellular division. Thus, referring to the new cells as daughter cells provides clarity in understanding the process of cell division in the context of binary fission.