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171-180 of 270 results
    SeaKem<sup class=reg>®</sup> GTG<sup class=reg>®</sup> Agarose
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    SeaKem® GTG® Agarose
    Catalog #: 50071

    SeaKem® GTG® Agarose, 25 g, ensures reliable digestion and ligation of recovered DNA fragments.

    EA
    eLearning: Working with Gel Clot
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    eLearning: Working with Gel Clot
    Catalog #: LAL-EL-3
    This module describes how to work with the gel clot assay, including calculation of the Maximum Valid Dilution (MVD), product validation and the Initial Qualification (IQ) assay.
    EA
    eLearning: Troubleshooting the BET
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    eLearning: Troubleshooting the BET
    Catalog #: LAL-EL-6
    This module explains different types of endotoxin test failures for gel clot and kinetic LAL assays, guides you through possible causes and suggests strategies to help avoid these issues.
    EA
    eLearning:  Understanding the BET
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    eLearning: Understanding the BET
    Catalog #: LAL-EL-2
    This introductory module introduces assay mechanisms, the basic assay requirements, the need for endotoxin controls and how Limulus Amebocyte Lysate (LAL) is made.
    EA
    eLearning: Overcoming Interference
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    eLearning: Overcoming Interference
    Catalog #: LAL-EL-5
    This module covers causes of interference by stage and type, inhibition vs. enhancement and proposes solutions for the different categories of interfering products.
    EA
    eLearning:  Introduction to Endotoxin
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    eLearning: Introduction to Endotoxin
    Catalog #: LAL-EL-1
    This module introduces the learner to endotoxin, the effects endotoxin can cause to the body, regulatory compliance and calculating acceptable endotoxin limits.
    EA
    DonorPlex<sup>TM</sup> Pooled Donor Human Hepatocytes, 10 Donor, Female
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    DonorPlexTM Pooled Donor Human Hepatocytes, 10 Donor, Female
    Catalog #: HUCS10PF
    Pooled 10-donor female only human hepatocytes that are characterized for multiple CYP450, UGT, SULT, and transporter activities. Ideal for drug metabolite identification, characterization, and turnover kinetics.
    AMP
    DonorPlex<sup>TM</sup> Pooled Donor Human Hepatocytes, 20 Donor, Female
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    DonorPlexTM Pooled Donor Human Hepatocytes, 20 Donor, Female
    Catalog #: HUCS20PF
    Pooled 20-donor, female only human hepatocytes that are characterized for multiple CYP450, UGT, SULT, and transporter activities. Ideal for drug metabolite identification, characterization, and turnover kinetics.
    AMP
    DonorPlex<sup>TM</sup> Pooled Donor Human Hepatocytes, 10 Donor, Male
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    DonorPlexTM Pooled Donor Human Hepatocytes, 10 Donor, Male
    Catalog #: HUCS10PM

    Pooled 10-donor, male human hepatocytes that are characterized for multiple CYP450, UGT, SULT, and transporter activities. Ideal for drug metabolite identification, characterization, and turnover kinetics.

    AMP
    DonorPlex<sup>TM</sup> Pooled Donor Human Hepatocytes, 20 Donor, Male
    Compare
    DonorPlexTM Pooled Donor Human Hepatocytes, 20 Donor, Male
    Catalog #: HUCS20PM

    Pooled 20-donor male only human hepatocytes that are characterized for multiple CYP450, UGT, SULT, and transporter activities. Ideal for drug metabolite identification, characterization, and turnover kinetics.

    AMP
1-10 of 129 results
  • Cell Culture in a Chemically Defined Environment
    Learn about benefits of moving to a serum-free and chemically defined T-cell culture process and discover best practices for achieving optimal results in the absence of serum.
  • eCHO® Basal Medium and eCHO® Feed Product Information
    Chemically defined serum-free CHO medium for fed-batch cell culturing
  • Scientific Poster
    Evaluation of AAV production in insect cells using chemically defined media
  • Instructions - HL-1™ Chemically Defined, Serum-free Media
    Detailed instructions how to use HL-1™ Chemically Defined Serum-free Medium
  • Cell Culture in a Chemically Defined Environment - Written Summary
    Learn about the benefits of moving to a serum-free and chemically defined T-cell culture process and discover best practices for achieving optimal results in the absence of serum.
  • A Serum-free Chemically Defined Medium for the Expansion of NHDF-Adult
    Traditionally, in vitro cell culture medium contains animal-derived products like serum, tissue extracts or hydrosylates. They are also a source of undesirable factors, such as endotoxin, and pose potential BSE risks. The undefined and variable nature of these components is a challenge in basic research and applied biomedical sciences. Lonza has developed a serum-free chemically defined, fibroblast growth medium, to propagate primary adult normal human dermal fibroblasts (NHDF).
  • A Novel Chemically Defined Medium Supports Superior Cross-platform T-cell Expansion
    This poster showcases how the chemically defined TheraPEAK® T-VIVO® Medium supports superior T-cell expansion across different platforms.
  • Validation of Growth Factors for Chemically Defined Manufacturing for Human Mesenchymal Stem Cells
    Scientific Poster Presentation
  • Validation of Cytokines for the Chemically Defined Manufacturing of Human CD34 Positive Hematopoietic Precursor Cells
    Lonza Poster
  • A Novel, Chemically Defined, Serum-Free Cell Culture Medium for Expansion of Transfected T Cells
    In this study, we present data generated with TheraPEAK® T-VIVO®, a novel, chemically defined, non-animal origin cell culture medium utilized to grow T cells in the absence of serum, before and after transfection with the Nucleofector® Technology.