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<h1>How is Gamma Sterilization Performed?</h1>
<p>Gamma irradiation sterilization involves exposing products to a radiation source, typically the Cobalt-60 isotope. As Cobalt-60 decays, it transforms into Nickel-60 while emitting gamma rays in the process. These gamma rays interact with the molecules within the object, causing ionization of the chemical bonds. This interaction alters the molecular structure of the material, often rendering it unrecognizable and incapable of supporting microbial life.</p>
<p>This method of sterilization offers several advantages over other forms of sterilization, such as ethylene oxide (EtO), boiling, or chemical treatments. However, it is not without its limitations. One notable characteristic of gamma irradiation is that it is considered a "cold process," as the temperature of the processed product does not significantly increase during treatment. Additionally, this procedure requires no chemicals and operates independently of pressure, temperature, or humidity, making it a versatile option for sterilization.</p>
<p>In summary, gamma sterilization is a highly effective method that utilizes radiation to achieve thorough disinfection, while maintaining the integrity of heat-sensitive materials.</p>

How Is Gamma Sterilization Performed

Publish Time：2024-08-23