Which term is used to describe a medical procedure that uses steam under pressure for sterilization?

Which term is used to describe a medical procedure that uses steam under pressure for sterilization?

• A. Dry heat sterilization
• B. Chemical sterilization
• C. Autoclaving
• D. Radiation sterilization

Answer: (C)

The term that describes a medical procedure using steam under pressure for sterilization is autoclaving. This method involves placing instruments or materials inside a pressurized chamber that generates steam at high temperatures. The steam effectively penetrates the items being sterilized, killing bacteria, viruses, fungi, and spores. This process is widely used in healthcare settings due to its effectiveness in ensuring that surgical instruments and other medical devices are free from microorganisms. Other methods, while also used for sterilization, operate on different principles. Dry heat sterilization uses hot air that is free from moisture, chemical sterilization relies on chemical agents to eliminate pathogens, and radiation sterilization utilizes electromagnetic radiation to destroy DNA and other critical cellular structures. However, autoclaving stands out for its speed and reliability, making it the standard choice in many clinical environments.

The term that describes a medical procedure using steam under pressure for sterilization is autoclaving. This method involves placing instruments or materials inside a pressurized chamber that generates steam at high temperatures. The steam effectively penetrates the items being sterilized, killing bacteria, viruses, fungi, and spores. This process is widely used in healthcare settings due to its effectiveness in ensuring that surgical instruments and other medical devices are free from microorganisms.

Other methods, while also used for sterilization, operate on different principles. Dry heat sterilization uses hot air that is free from moisture, chemical sterilization relies on chemical agents to eliminate pathogens, and radiation sterilization utilizes electromagnetic radiation to destroy DNA and other critical cellular structures. However, autoclaving stands out for its speed and reliability, making it the standard choice in many clinical environments.