American Type Culture Collection (ATCC) Logo American Type Culture Collection (ATCC) Logo Cart 0
  • Careers
  • Support

2026 Webinars

ecad stack +phase 30jul24-6.jpg Webinar

From Cell Selection to Safer Decisions: Human-Relevant Models for Predictive Toxicology

This webinar examines the role of primary cells and hTERT-immortalized primary cells in toxicology studies, highlighting how each model can be applied independently or integrated to strengthen testing strategies.

More
A color‑enhanced microscopic image shows tightly packed fat cells filled with clusters of orange and yellow lipid droplets. The polygon-shaped adipocytes appear swollen as the droplets occupy most of the internal space. Webinar

Standardizing In Vitro Human White and Brown Adipocyte Models: New Insights into Metabolism, Endocrine Function, and Obesity Studies

Discover how a well-characterized pair of immortalized human white and brown preadipocyte models can serve as valuable tools for advancing physiological, pharmacological, and genetic studies of adipocyte biology, metabolism, and energy regulation.

More
Round, iridescent, green-blue H1N1 (swine flu) virus with protrusions. Webinar

ATCC Influenza Resources: Advancing Science from Basic Research to Diagnostics, Surveillance, and Vaccines

In this webinar, ATCC experts will highlight recent advances in influenza diagnostics and discuss how authenticated reference materials help support assay development, validation, and diagnostic accuracy.

More
Light purple DNA strand. Webinar

Reproducible Science in the Digital Age

Reproducibility is one of the most urgent challenges in life science research. This webinar explores how the ATCC Genome Portal supports reproducible, data‑driven research by providing access to authenticated microbial and cell line genomic datasets for benchmarking, quality control, and discovery.

More
Gloved hands of young modern scientist preparing all the necessary equipment before carrying out new clinical experiment Webinar

Authenticating Translational ADME Reagents for Gold-Standard Science Using Quantitative Proteomic and Transcriptomic Profiling of Primary Cells: The Case Example of HepatoXcell™

This webinar will establish a rigorous framework for assessing the suitability of primary hepatocyte models for predictive pharmacokinetics, mechanistic toxicology, and broader NAM-aligned workflows.

More
Blue gloved hand holding a Microquant vial between forefinger and thumb on a black background Webinar

Innovating Microbial QC: How MicroQuant Transforms Speed, Accuracy, and Resource Efficiencies

This webinar will showcase how MicroQuant’s ready-to-use, quantitated microbial controls help QC labs streamline workflows, reduce variability, and achieve pharmacopeial compliance with confidence.

More
AK-240911-ATCC-PETRI-041-HR.jpg Webinar

Yarrowia lipolytica: A Versatile Non-Conventional Oleaginous Yeast for Biotechnology

Discover how Yarrowia lipolytica has transformed from a notorious butter and margarine spoilage organism into a cutting-edge platform for industrial biotechnology.

More
Bright blue balls lodge in a red, porous Middle East Respiratory syndrome coronavirus cluster. Webinar

Virus Culture: A Practical Overview

Learn practical, research‑ready strategies for culturing viruses with higher yield, greater consistency, and stronger experimental reliability.

More
AK-240911-ATCC-cGMP-026-HR.jpg Webinar

Getting Started with Cell Culture: Tools & Techniques for Success at the Bench

Build your cell culture skills with a practical introduction to the essential techniques, workflows, and contamination‑prevention strategies every new scientist needs to generate reliable, reproducible results.

More
Super-resolution image of a fixed hTERT-RPE1 cell in mitosis, showing the interaction between actin (magenta) and microtubules (red). The image is displayed as a maximum intensity projection from NSPARC stacks. Webinar

Toxicological Models Matter: Human Cell Strategies for ADME, DMPK, and Safety Workflows

This webinar explores how primary and hTERT-immortalized primary cells can be used individually or in combination within toxicology workflows.

More