Physical product details

Details on all available ATCC® Microbiome Standards (MSA product line)

Denise Lynch avatar
Written by Denise Lynch
Updated over a week ago

ATCC® Microbiome Standards

ATCC Microbiome Reference Standards are mock microbial communities for use as controls — optimizing your metagenomics workflows and microbiome research. Currently, 19 ATCC Microbiome Standards are available and include analysis on One Codex.

More details available from ATCC »

     

Nucleic Acid (DNA) Products

ATCC MSA-1000™ - 10 Strain Even Mix Genomic Material

A mixture of nucleic acids isolated from ten (10) ATCC Genuine Cultures® and prepared with even relative abundance ratios. Order from ATCC »

  Example Analyses: 16S, WGS

ATCC MSA-1001™ - 10 Strain Staggered Mix Genomic Material

A mixture of nucleic acids isolated from ten (10) ATCC Genuine Cultures® and prepared with staggered relative abundance ratios. Order from ATCC »

  Example Analyses: 16S, WGS

ATCC MSA-1002™ - 20 Strain Even Mix Genomic Material

A mixture of nucleic acids isolated from twenty (20) ATCC Genuine Cultures® and prepared with even relative abundance ratios. Order from ATCC »

  Example Analyses: 16S, WGS

ATCC MSA-1003™ - 20 Strain Staggered Mix Genomic Material

A mixture of nucleic acids isolated from twenty (20) ATCC Genuine Cultures® and prepared with staggered relative abundance ratios. Order from ATCC »

  Example Analyses: 16S, WGS

ATCC MSA-1004™ - Oral Microbiome Genomic Material

A mixture of nucleic acids isolated from six (6) ATCC Genuine Cultures® and prepared with even relative abundance ratios. Order from ATCC »

ATCC MSA-1005™ - Skin Microbiome Genomic Material

A mixture of nucleic acids isolated from six (6) ATCC Genuine Cultures® and prepared with even relative abundance ratios. Order from ATCC »

ATCC MSA-1006™ - Gut Microbiome Genomic Material

A mixture of nucleic acids isolated from twelve (12) ATCC Genuine Cultures® and prepared with even relative abundance ratios. Order from ATCC »

ATCC MSA-1007™ - Vaginal Microbiome Genomic Material

A mixture of nucleic acids isolated from six (6) ATCC Genuine Cultures® and prepared with even relative abundance ratios. Order from ATCC »

ATCC MSA-3000™ - ABRF-MGRG 6 Strain Even Mix Genomic Material

ABRF mixture of nucleic acids isolated from six (6) ATCC Genuine Cultures® and prepared with even relative abundance ratios. Order from ATCC »

ATCC MSA-3001™ - ABRF-MGRG 10 Strain Even Mix Genomic Material

ABRF mixture of nucleic acids isolated from ten (10) ATCC Genuine Cultures® and prepared with even relative abundance ratios. Order from ATCC »

ATCC MSA-3002™ - ABRF-MGRG 10 Strain Staggered Mix Genomic Material

ABRF mixture of nucleic acids isolated from ten (10) ATCC Genuine Cultures® and prepared with staggered relative abundance ratios. Order from ATCC »

ATCC MSA-4000™ - Metagenomic Control Material for Pathogen Detection

A mixture of nucleic acids from 10 species (11 strains) isolated from ATCC Genuine Cultures® for clinically relevant pathogen detection. Order from ATCC »

     

Whole Cell Products

ATCC MSA-2002™ - 20 Strain Even Mix Whole Cell Material

A mixture of twenty (20) ATCC Genuine Cultures® prepared with even relative abundance ratios. Order from ATCC »

  Example Analyses: 16S, WGS

ATCC MSA-2003™ - 10 Strain Even Mix Whole Cell Material

A mixture of ten (10) ATCC Genuine Cultures® prepared with even relative abundance ratios. Order from ATCC »

  Example Analyses: 16S, WGS

ATCC MSA-2004™ - Oral Microbiome Whole Cell Material

A mixture of six (6) ATCC Genuine Cultures® prepared with even relative abundance ratios. Order from ATCC »

ATCC MSA-2005™ - Skin Microbiome Whole Cell Material

A mixture of six (6) ATCC Genuine Cultures® prepared with even relative abundance ratios. Order from ATCC »

ATCC MSA-2006™ - Gut Microbiome Whole Cell Material

A mixture of twelve (12) ATCC Genuine Cultures® prepared with even relative abundance ratios. Order from ATCC »

ATCC MSA-2007™ - Vaginal Microbiome Whole Cell Material

A mixture of six (6) ATCC Genuine Cultures® prepared with even relative abundance ratios. Order from ATCC »

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