Sterilization is intended as the final result of a process which, thanks to
the advancement of technology, tends to guarantee the condition in
which the survival of microorganisms is highly unlikely. An object
population is considered sterile if one in a million objects is
contaminated.
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Sterilization is intended as the final result of a process which, thanks to
the advancement of technology, tends to guarantee the condition in
which the survival of microorganisms is highly unlikely. An object
population is considered sterile if one in a million objects is
contaminated. A material is defined sterile if the SAL (safety level of
sterility) is less than 10−6; that is, when the chances of finding a
microorganism are less than one in a million. The sterilization process
consists of the following phases: transport, decontamination /
disinfection, cleansing and washing, rinsing, drying, packaging,
sterilization by device (e.g. autoclave), traceability, and finally
removing the sterilized material in the place from which it was taken .
The various processes destroy microorganisms causing the lethal
alteration of some of their essential components; in particular,
sterilization determines the denaturation of proteins and nucleic acids
and the degradation of membrane and cell wall components. In each
practice, a “space” must be provided for the procedures and the
storage of sterile material. The ""space"" must provide for a flow
distinction between dirty and clean material. By law, the sterilization
procedure must be carried out ensuring the safety of the operator;
this occurs with the use of gloves, preferably scratch-resistant,
protective clothing and face protection devices from splashes of
contaminated substances, such as oral-nasal masks, protective
goggles or better protective shields.