Our portfolio includes ATCC vast collection of trusted microbial cultures including bacteria, viruses, yeast, fungi, protozoa, algae, along with microbial genome derived nucleic acids and other molecular tools.
Our portfolio includes ATCC vast collection of trusted microbial cultures including bacteria, viruses, yeast, fungi, protozoa, algae, along with microbial genome derived nucleic acids and other molecular tools.
Explore our diverse portfolio of protist strains and nucleic acids which includes:
Cultures are authenticated through both morphological and molecular strategies. The characterization process for submitted cultures encompasses tests for viability, purity, phenotypic characteristics, and genotypic analysis.
The ATCC virology collection boasts over 2,000 viruses and related reagents, covering animal viruses, plant viruses, and bacteriophages. Our seed stock approach guarantees that each ATCC preparation closely mirrors the original culture deposit.
With ongoing outbreaks of both established and emerging pathogens driving the demand for scientific progress, ATCC is dedicated to delivering top-quality biomaterials to enhance your research outcomes.
ATCC is a pioneer in microbial scientific innovation and a reliable source of microbiological materials, it is dedicated to broadening its collection of bacteria and archaea continuously, providing researchers with the clinically and environmentally pertinent strains essential for their groundbreaking research.
Our extensive array of authenticated strains includes bacteriophages, anaerobes, extremophiles, drug resistant bacteria, reporter labeled bacteria and microbe genomic and synthetic DNA, to facilitate research in microbiomes, quality control testing, infectious diseases, extremophile studies, and more.
The intricate nature of 16S rRNA community profiling and shotgun metagenomics methodologies introduces substantial obstacles in microbiome research, with potential biases at various stages of the microbiome workflow impacting data interpretation and reproducibility.
NGS Standards offer a solution to these issues, providing support from sample collection through to data analysis, allowing researchers to confidently optimize their varied research procedures. Using standards ensures data consistency and reproducibility across different runs, achieving agreement in microbiome research applications and analyses.
Our standards include: