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Important Holiday Shipping Schedule Update


ATCC will be closed Wednesday, December 24, 2025 to Thursday, January 1, 2026. Please be advised  you can still submit orders for products during this time, but shipping will resume on Friday, January 2, 2026.


To ensure shipping before the ATCC holiday closing period, please reference the shipping schedule below:


  • Last shipping day for Domestic orders is Friday, December 19, 2025 (Room temperature items shipping only as no frozen item shipments on Fridays. Frozen/ dry ice shipments resumes January 2, 2026).

  • Last shipping day for International orders is Friday, December 12, 2025.

  • Shipping resumes January 2, 2026 for orders submitted after December 19, 2025.

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Fungal Nucleic Acids

Broken DNA helix made of purple balls.

Save time with ready-to-use fungal nucleic acids

Fungal research represents a gold mine of potential, with applications ranging from control reagents for quality control processes, pathogen detection, and assay development to the creation of products supporting the production of food and biofuels. To carry out some of these studies, you need fully authenticated nucleic acids. But the process of DNA extraction, preparation, and quality control is tedious and expensive. 

ATCC solves this problem by providing ready-to-use genomic DNA from well-characterized and authenticated fungal and yeast strains. Nucleic acids from ATCC Genuine Cultures can save you the time and expense of isolating DNA yourself.

With more than a century of experience as the premier global biological materials resource and standards organization, we can assure you that each preparation is fully authenticated and evaluated for integrity, purity, and quality using established techniques.

We’ll provide you with the high-quality tools you need, so you can focus on what’s important—your research. Explore our selection of nucleic acids below.

Watch our webinar to discover how to remove culturing from the equation

Purple, fragmented DNA double helix strand on a black background.

Data provenance in microbial genomics matters

Read the article to find out why

Nucleic Acids

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