In the doctor's office, or at home, someone almost certainly performed a task called disinfection. Disinfection is the process of destroying and eliminating almost all of the microorganisms on inanimate objects and surfaces.
If that definition confused you then don't worry. I am 99.9% sure you intrinsically know what this actually means. For, if you've ever seen a commercial touting that a certain spray kills 99.9% of germs, then you were dealing with something called a disinfectant.
This disinfectant is sprayed on inanimate, or non-living, objects, such as windows, your kitchen's countertops, and the cabinets in a doctor's office, to eliminate virtually all living microorganisms on that object or surface.
The key thing to remember is that disinfectants do not eliminate all microorganisms and are used on inanimate, or non-living, objects. Furthermore, the amount and type of microorganism killed not only depends on the kind of organisms being targeted, such as a bacteria, viruses, or fungi, but also the type of disinfectant used.
That's because not all disinfectants can get every type of microorganism, and even the best disinfectants may not work very well if the temperature isn't just right, the concentration of the disinfectant is off, or there is a lot of dirt on the surface of the object that must be penetrated.
That's why prior to disinfecting something like a toy that was lying around outside, it's important to clean off any dirt and debris you can see with your naked eye prior to using a disinfectant that kills the microorganisms that you cannot see. Other factors, such as the type of surface being disinfected, the length of time the disinfectant is used for, and the way the disinfectant is applied may also influence its effectiveness.
As a morbid metaphor, you can compare the effectiveness of a disinfectant on a certain microorganism to the way a murderer (the disinfectant) may try to kill a person (the microorganism). For example, someone may try to kill a person by dropping them into the sea, far from shore, in the hopes that the person will drown. But if that person is a good swimmer, then that method of killing won't be as effective as frying that person to death instead. That's why you have to be careful in which disinfectant you use to kill a certain type of microorganism.
Finally, some disinfectants kill microorganisms outright while others simply inhibit their growth. If a disinfectant ends in the suffix -cidal, such as bactericidal, then it kills that type of microorganism. However, if it ends in the term -static, such as bacteriostatic, then it inhibits the growth of that microorganism. In the case of the latter, the bacteria will eventually die due to something like old age, and because they couldn't have children, theoretically no more bacteria should be left after a certain period of time.
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