Sterilization Methods
This post is the kick off of a long discussion concerning the evolution of the different methods of sterilization that were developed over the years.
Sterilization by Heat
In this post we continue our discussion about the different sterilization methods available.
Steam
In order to understand why autoclaves are most commonly used for sterilization we need to understand its driving force - steam.
The Right Steam Does The Right Thing
What happens to steam when conditions along the way from the steam source to the chamber are not ideal and how these conditions can hamper the sterilization process yielding a less than desirable result?
EtO - Ethylene Oxide Sterilization
In this post we explore low temperature sterilization methods for heat sensitive and moisture sensitive loads.
Formaldehyde: More than Meets the Eye
Another low temperature method for sterilizing heat sensitive items is Formaldehyde sterilization. Here we discuss it.
Sterilization by Gamma Irradiation
Despite its negative connotation, radiation’s benefits and contemporary applications are many, such as in medicine, communication, and science.
How Does Filtration of Liquids in the Lab Work?
Filtration is an interesting sterilization method in laboratories. It’s the only method that uses force to separate rather than to kill.
Air Filtration in Autoclaves
In this post you’ll learn about air filtration, used as a way to protect the lab environment and lab staff from contamination.
Methods of Low-Temperature Sterilization: Ozone
Ozone can be used to sterilize heat and moisture-sensitive medical devices. Ozone, also known as trioxygen, is an inorganic molecule with the chemical formula O3.
Low Temperature Hydrogen Peroxide Plasma Sterilization
The last method of low temperature sterilization for us to explore is the method of hydrogen peroxide plasma sterilization.
Sterilization Methods Summary
We explored the different ways to kill or remove deadly bacteria, viruses, and harmful pathogens.
