ATCC’s Best Practices for Optimal Growth and Propagation of Bacteria and Bacteriophages
Discover the fundamentals of cultivating a wide variety of microorganisms and learn how to achieve ideal growth conditions.
MoreAccelerate Cancer Immunotherapy Screening with Immune Checkpoint Reporter Cells
In this webinar, ATCC scientists discuss the application of novel checkpoint reporter cell lines in gamma interferon stimulation assays and immune cell co-culture assays, and they share insights on how these cell lines can be adopted into checkpoint reporter assay workflows.
MoreStreamline Microbial QC Testing Using MicroQuant™ by ATCC
This webinar showcases ATCC's new line of precisely quantitated, single-use, rapidly rehydrating microbial reference strains.
MoreIntroducing a ‘Phase 0’ in Clinical Trials with Precise Organoid-based Disease Models
This webinar discusses the combined use of ATCC’s colorectal cancer (CRCs) organoids with an unbiased network-based approach to track, differentiate, and selectively target cancer stem cells (CSCs).
MoreAdvancements in Human Cell Line Cryopreservation for Assay-Ready Efficiency
Watch the presentation to learn about ATCC Assay Ready Cells, which can be used directly in cell-based assay from frozen without the need for additional cell culture or expansion.
MoreHigh-throughput Characterization of Fungal Pathogens and Monitoring Phenotypic Drift in Bacteria
This webinar demonstrates how ATCC is partnering with Biolog, Inc. to monitor phenotypic drift in bacterial strains as well as characterize WHO listed fungal pathogens.
MoreCultivating Diverse Microbes For Laboratory Study And Genetic Engineering
This webinar will explore Cultivarium's approach to identifying favorable growth conditions and functional genetic parts in diverse microbes with a focus on extremophilic bacteria.
MoreSpeed Your Preclinical Experiments with ATCC® Cell Line Land Quality ‘Omics Data
In this webinar, you will learn about a database housing comprehensive whole-transcriptome sequencing data for ATCC's cell lines.
MoreDoes all Disease Begin in the Gut? Monitoring the Barrier Function of an In Vitro Gut Mimic
Here we discuss incorporating ATCC cells into studies using a novel method to measure TEER in a complex gut model.
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Webinar
Taming Uncertainty: Reducing Animal By-Products in Cell Biology Workflows
Learn from an ATCC scientist about a modified ABP-free McCoy's 5A medium formulation and see data showing similar growth and viability characteristics of cells grown in both the original and the new medium formulation.
MoreIntegrating ATCC Authenticated Cell Lines into your CRISPR Gene Editing Workflows
In this webinar our experts will discuss points to consider when choosing cells for genome editing, including cell procurement, banking, authentication, and characterization. An EditCo scientist will then showcase the applications of the many genome editing workflows that they provide.
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Webinar
Bioluminescent Insights: Reporter Cell Lines in Checkpoint Inhibitor Therapeutic Development
Watch the presentation to hear ATCC scientists discuss the application of immune checkpoint reporter cell lines in gamma interferon stimulation assays and immune cell co-culture assays and share insights on how these cell lines can be adopted into checkpoint reporter assay workflows.
MoreNovel 3-D In Vitro Models for Studying Pancreatic Cancer Drug Response and Resistance
In this webinar, Dr. Walsh will discuss the methodologies and experimental approaches used to develop patient-derived organoids and isogenic primary cell lines as well as a method of recapitulating primary cell line cultures to organoids.
MoreGet to the Heart of Your Toxicological Studies with Immortalized Primary Cells
This webinar discusses how modified primary cells are effective tools that provide tissue-relevant results and reproducibility for any cell-based assay, including toxicology assays.
MoreATCC Cell Line Land: Reference-Quality RNAseq Data from Credible ATCC Cell Lines
In this webinar, an ATCC scientist will present a state-of-the-art digital platform that offers comprehensive whole-transcriptome sequencing data for ATCC's cell lines.
MoreThe Development of a Standard In Vitro Model for Studying Metabolic Diseases
This webinar shows how a well-characterized pair of immortalized BAT and WAT cells are anticipated to become important models for future physiological, pharmacological, and genetic studies of human adipocytes biology.
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