Final answer:
The Pour plate method involves mixing the sample in liquid agar, pouring it into a Petri dish, and swirling to distribute the cells. The end result is the growth of bacterial colonies on the plate.
Step-by-step explanation:
The overall process for using the Pour plate method to isolate bacteria involves mixing the sample in liquid warm agar, pouring it into a sterile Petri dish, and swirling to ensure even distribution. This process is repeated for each serial dilution prepared. The resulting colonies are then counted to estimate the number of cells in the original sample.
The end result of using the Pour plate method is the growth of bacterial colonies on the agar plate. These colonies represent individual cells that have been successfully isolated and can be further analyzed or used for other purposes.