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Technical Papers

  1. Medical Device Contamination

    Medical Device Contamination
    Medical Device Contamination
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  2. Personal eye Wash in the Workplace

    Personal eye Wash in the Workplace
    Personal eye Wash in the Workplace
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  3. H-B Instrument Liquid-In-Glass Thermometer FAQs (Frequently Asked Questions)

    H-B Instrument Liquid-In-Glass Thermometer FAQs (Frequently Asked Questions)
    H-B Instrument Liquid-In-Glass Thermometer FAQs (Frequently Asked Questions)

    Product Related Questions How do partial and total immersion liquid-in-glass thermometers differ? Liquid-in-glass thermometer can be used to measure atmospheric temperature, semi-solids, or liquids. The main difference between partial and total immersion thermometers is the application in which they should be used. If the depth of the test sample is shallow, a partial immersion thermometer is usually necessary.

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  4. Spinbar® magnetic Stirring Bar Guide

    Spinbar® magnetic Stirring Bar Guide
    Spinbar® magnetic Stirring Bar Guide

    Spinbar® magnetic Stirring Bar Shapes and Performance Whether mixing is needed in a 10mm cuvette, a 1.5ml vial, a beaker, or a 50 gallon drum, there is a Spinbar® magnetic stirring bar that can do the job. Bel-Art Products offers the most comprehensive selection of magnetic stirring bars on the planet.

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  5. Desiccators

    Desiccators
    Desiccators

    Desiccators are an economical and reliable way to assure dry, dust-free, and if necessary oxygen-free storage of humidity sensitive products, such as valuable reagents or electronics.

    Depending upon what you are storing, optimal conditions can be achieved by selecting the type of desiccator that is most suitable for your applications. the four basic types of desiccators are standard, automatic, gas purge and vacuum.

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  6. Cleaning and Sterilization Guide to Plastic Labware

    Cleaning and Sterilization Guide to Plastic Labware
    Cleaning and Sterilization Guide to Plastic Labware

     

    Scienceware® plastic labware is designed to provide many years of useful service under normal laboratory conditions. The physical properties and chemical resistance of the plastics used in the manufacture of Scienceware® plastic labware are provided for your convenience. In addition, the following recommendations for cleaning and sterilization of plastic labware are designed to ensure their continuous, effective performance.

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  7. Media Ingredients, Peptones & Hydrolysates

    Media Ingredients, Peptones & Hydrolysates
    Media Ingredients, Peptones & Hydrolysates

    Agar, Bacteriological Agar, Bacteriological is used as a solidifying agent in microbiological culture media where specifications include good clarity and relatively free of toxic inhibitors. Agar, Bacteriological was developed to address the needs of large scale commercial and industrial applications, where good quality is required at a competitive price. Agar, Bacteriological is useful in the biotech industry and clinical applications.

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  8. Media Components & Inoculation

    Media Components & Inoculation
    Media Components & Inoculation
    COMPONENTS Culture media are formulated to create appropriate environments for specific microorganisms. Some common media constituents include: Amino-Nitrogen Peptones, hydrolysates, infusions, and extracts are the main sources of nitrogen in culture media, and are essential for microorganism reproduction and metabolism.
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  9. Microorganism Growth Requirements

    Microorganism Growth Requirements
    Microorganism Growth Requirements

    To support microorganism growth in the laboratory, it is necessary to establish conditions that will permit organism reproduction. All microorganisms require the following to remain viable and grow on culture media:

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