Principles and Practices of High-Level Disinfection Quiz

Autoclaving is a method of sterilization, not disinfection.

This temperature range is effective for chemical sterilants in high-level disinfection.

High-level disinfection aims to remove or destroy all microorganisms except for bacterial spores.

The CDC offers guidelines and recommendations for high-level disinfection procedures in healthcare facilities.

Thorough cleaning of equipment is essential before high-level disinfection to ensure effectiveness.

The duration for soaking instruments should be as per the specific instructions provided by the manufacturer of the disinfectant.

Glutaraldehyde is a commonly used high-level disinfectant in healthcare settings.

A 60-minute exposure time is typically recommended for effective high-level disinfection with glutaraldehyde.

A 6% concentration of hydrogen peroxide is commonly recommended for high-level disinfection purposes.

Glutaraldehyde can be incompatible with many materials commonly found in healthcare settings, limiting its use.

High-level disinfection may not be appropriate for equipment that is sensitive to heat.

High-level disinfectants should be handled in well-ventilated areas to minimize exposure to potentially harmful fumes.

Both temperature and humidity can influence the effectiveness of high-level disinfection processes.

Automated systems for high-level disinfection help reduce the potential for human error during the process.

The EPA is responsible for regulating and registering high-level disinfectants in the United States.

Aeration helps to remove or neutralize residual disinfectant, making the equipment safe for use.

Skin irritation can occur as an adverse effect of exposure to glutaraldehyde during high-level disinfection procedures.