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Related Experiment Videos

[Device for sampling and feeding under aseptic conditions]

V E Matveev, G E Skvortsov, A V Eĭromdzhants

    Antibiotiki
    |February 1, 1980
    PubMed
    Summary

    This study details a novel aseptic sampling and feeding device, ensuring sterility and preventing environmental contamination. A 10-minute sterilization cycle optimizes steam use and boosts production efficiency.

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    [Evaluation of the existing sterilization regimens for dishware and fluids by the autoclaving method].

    Antibiotiki·1980

    Area of Science:

    • Microbiology
    • Biotechnology
    • Process Engineering

    Context:

    • Maintaining aseptic conditions is critical in pharmaceutical and food production.
    • Existing methods may have limitations in ensuring complete sterility and preventing environmental contamination.
    • The need for efficient and reliable aseptic sampling and feeding systems is paramount.

    Purpose:

    • To describe the design and operating principle of a new device for aseptic sampling and feeding.
    • To validate the device's ability to maintain sterility and prevent product contamination.
    • To optimize the sterilization process for enhanced efficiency and reduced resource consumption.

    Summary:

    • The device ensures sterility of sampling and feeding components, preventing liquid contact with the environment.
    • Temperature field analysis validated the sterilization regime using the aseptic efficiency parameter.
    • A 10-minute sterilization period was established, reducing steam consumption.

    Impact:

    • The developed device enhances product safety and integrity in aseptic processing.
    • Optimized sterilization reduces operational costs and increases overall production efficiency.
    • This innovation contributes to improved standards in sterile manufacturing processes.

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