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DonorPlex™ Pooled Donor Human Hepatocytes, 50 Donor, Mixed Gender
Catalog #: HUCS50P
Pooled 50-donor, mixed-gender human hepatocytes that are characterized for multiple CYP450, UGT, SULT, and transporter activities. Ideal for drug metabolite identification, characterization, and turnover kinetics.
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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.
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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.
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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.
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DonorPlexTM Pooled Donor Human Hepatocytes, 10 donor, mixed gender
Catalog #: HUCS10P
Pooled 10-donor, mixed-gender human hepatocytes that are characterized for multiple CYP450, UGT, SULT, and transporter activities. Ideal for drug metabolite identification, characterization, and turnover kinetics.
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.
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Instructions - QCL-1000™ Assay (English)Detailed instructions for performing the QCL-1000™ Endpoint Chromogenic LAL Assay
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PYROSTAR™ ES-F Series BrochureThe PYROSTAR™ ES-F series of reagents are endotoxin-specific and unreactive to β-D-Glucan
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QCL-1000™ Endpoint Chromogenic LAL Assay - Technical TipsThe Importance of Glass Tubes /The Problem with PlasticIncubation Method96-well Plates1 EU/ml Standard PreparationVortexing and Mixing Potential Endotoxin Contaminants
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Instructions – Water for Cell CultureData sheet WFI
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Troubleshooting Guide - Testing Oil Solutions with PYROGENT™ Gel Clot LAL AssayEndotoxins, due to their lipid character, tend to remain associated with oils and do not readily enter the aqueous phase of water-oil mixtures. This Tech Tip describes the use of a dispersing agent, PYROSPERSE™, to allow for dissociation of the endotoxin from the oils and for subsequent detection of endotoxin in the aqueous phase by the PYROGENT™ Gel Clot LAL Assay.
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Troubleshooting Guide - Endpoint Chromogenic LAL Assay Procedure (English)This is a step-by-step guide depicting how to perform the endpoint chromogenic LAL assay in a 96-well plate.
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Instructions - MycoZap™ Mycoplasma Elimination ReagentMycoZap™ Mycoplasma Elimination Reagent Instructions
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Endpoint Chromogenic Limulus Amebocyte Lysate (LAL) Assay Procedure Quick GuideThis is a step-by-step guide depicting how to perform the endpoint chromogenic LAL assay in a 96-well plate. (English)
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Overcoming Assay Inhibition or Enhancement Technical TipsOne of the most time-consuming aspects of endotoxin testing using Limulus Amebocyte Lysate (LAL) is pretreating samples to overcome assay inhibition and enhancement. All assays, independent of methodology, are standardized using endotoxin in water. Lonza offers three solutions for overcoming LAL testing inhibitions
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White-Paper LAL-vs-rFCLonza discusses the transistion From LAL to rFC Assays
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