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  • TechSheet - Small Airway Epithelial Cell Systems
    Technical Product Information Guide
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  • An Air-liquid Interface Culture System for Small Airway Epithelial Cells
    Our data demonstrate that SAEC can be differentiated in an ALI culture system that is capable of forming tight junctions, displaying cilia and secreting ASL. This system should facilitate more physiologically relevant studies of both normal SAEC and those from diseases, such as COPD and asthma.
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  • Modeling a 3D respiratory model with the Quasi Vivo® QV600 Fluidic Cell Culture System
    In this Technical Note, we provide detailed information of how the Quasi Vivo® QV600 System was set up for the ALI culture of normal human bronchial or small airway epithelial (NHBE, SAE) cells.
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  • Airway Cells Concentration Guide
    Tailored prmary cell media to accelerate your airway research
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  • Instructions - Airway Epithelial Cell Systems
    Instructions for Proper Use and Culture of Airway Epithelial Cells
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  • Primary Cells for Airway Research – Infographic
    Infographic showing how Lonza primary cells can aide in your airway research
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  • Primary cells and other tools for in vitro ADME-Tox
    CD-LI019_ADME-Tox_Product_listing_sec.pdf
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  • Basic Transfection Protocol for Neurons (SCN) - Nucleofector™ I/II/2b Device Series
    Instructions of use for transfection of small cell numbers of primary neurons with Nucleofector™ 1/2 Devices (incl. 1, 2b, 2N, 2S)
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  • Transfection Protocol for Mouse Neurons (SCN) - Nucleofector™ I/II/2b Device Series
    Instructions of use for transfection of small cell numbers of mouse hippocampal neurons with Nucleofector™ 1/2 Devices (incl. 1, 2b, 2N, 2S)
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  • Gene Expression Differences in Airway Epithelial Cells from Asthma or COPD Donors
    Access to diseased primary cells from patients diagnosed with COPD or asthma provides a convenient, biologically relevant model to assess genetic and in some cases phenotypic changes from normal, healthy donor tissues. In this study, we grew human bronchial epithelial (HBE) cells from normal, COPD-, and asthma-diagnosed human donor lung tissues in an air-liquid interface (ALI) model to assess potential phenotypic changes in vitro as well as provide a differentiated layer of cells to harvest for gene expression studies using the StellARray™ Gene Expression System.
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