ATCC has developed purified and quantitative cell line genomic DNA (qDNA) with known mutation allelic frequency and gene copy number, which can provide a reliable and more sustainable alternative to patient tissue-derived controls for oncology molecular diagnostic assays.

A comprehensive guide providing details and data on our AKT, BRAF, EGFR, ERK, FGFR, MET, MYC, PI3K, PTEN, and RAS genetic alteration cell panels.

With genome editing tools such as CRISPR/Cas9, ATCC has created isogenic cell lines with mutants of key oncogenes, which are ideal for identifying novel, personalized treatment regimens. Explore our resources.

ATCC provides an extensive array of authenticated and clinically relevant materials for evaluating limit of detection, inclusivity, and cross-reactivity.

The value of tumor cell lines, as research models and drug discovery tools, is greatly enhanced when there is an understanding of the underlying genetic abnormalities that drive their phenotype. ATCC has taken the first step for your research by annotating our tumor cell lines with gene mutation data from the Sanger Institute COSMIC database, and additional in-house testing.

ATCC Primary Cell Solutions is a system of matched components designed to boost growth, maximize functionality, and maintain normal morphology for each primary cell type. T

Tumor-derived cell lines matched to either normal or metastatic cell lines obtained from the same patient provide a valuable resource for cancer studies.

With nearly a century’s worth of expertise in biomaterials handling, storage, and authentication, ATCC has the credible tools needed to support your QC programs.

ATCC has made it a priority to provide researchers with the authenticated and fully characterized reference materials needed to support their research on Influenza virus.

ATCC has developed 4 quantitated synthetic molecular standards for Dengue virus (DENV) serotypes 1-4 for use as positive controls in qRT-PCR assays. Read this study to explore the development and application of these molecular standards.

In this study, ATCC designed and developed a quantitative synthetic molecular standard for Monkeypox virus to serve as a safe and reliable positive control material when conducting diagnostics assays.

In this application note, we describe the construction and application of ATCC Spike-in Standards as a tool for quantitative metagenomic analysis.