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The 36 pages that link to Sterilization, each with the reason it gives.

• PathogenRelated: Sterilization prevents viable pathogens from persisting on instruments and materials.

• Aseptic techniqueRelated: Sterilized instruments and materials begin aseptic procedures free of viable microorganisms.

• Joseph ListerRelated: Lister’s work helped make microbial control a central requirement for surgical instruments.

• Spontaneous generationRelated: Reliable sterilization let experimenters distinguish newly formed life from surviving contamination.

• ContaminationRelated: Sterilization is used when microbial contamination must be eliminated from equipment or materials.

• Infection controlRelated: Reusable instruments must be sterilized when they enter sterile tissue or the vascular system.

• Antiseptic surgeryRelated: Sterilizing instruments became a more complete way to control contamination than chemical treatment alone.

• Tomato pasteRelated: Commercial heat treatment helps make sealed tomato paste safe for storage.

• Surgical instrumentsRelated: Reusable instruments must be sterilized before they enter sterile operative fields.

• Lazzaro SpallanzaniRelated: Boiling broth was his method for testing whether life persisted after heating.

• Peracetic acidRelated: Peracetic acid systems can sterilize heat-sensitive medical devices.

• BiogenesisRelated: Its logic relies on controlling existing organisms that could reproduce in treated materials.

• Superheated steamRelated: Steam sterilization relies on moist heat; superheated steam is not equivalent to saturated sterilizing steam.

• Medical gloveRelated: Surgical gloves must be sterile before use in sterile procedures.

• FungicultureRelated: Sterile conditions prevent competitors from taking over nutrient-rich cultivation substrates.

• Biomedical and Dental MaterialsRelated: Sterilization must control contamination without damaging material properties.

• HijamaRelated: Sterile instruments reduce infection risk when the skin is incised.