Stool Samples
Catalyze Your Research With Fecal Microbiota Preparation BioSpecimens
OpenBiome provides stool samples derived from our Boston-based fecal microbiota transplantation (FMT) donors to advance non-clinical microbiome research. Fecal microbiota preparation biospecimens (FMP-BIO) are designed for researchers interested in developing biological tools from the bacteria found in human stool. They are ideal for use in humanized animal models and development of biomarker screening methods.
| Product Image | Product Name | Product Description |
|---|---|---|
 |
FMP-BIO: Glycerol Buffer Formulation (0.7 grams) | Stool samples comprising 0.7 grams of donor stool suspended in 1.5 milliliters of glycerol/saline buffer via the same process used to create investigational OpenBiome FMT treatments for C. difficile. Aliquots may be used in in vitro assays and in vivo applications (i.e. humanization, colonization, and competition experiments) with pre-clinical animal models. |
 |
FMP-BIO: Glycerol Buffer Formulation (0.4 grams) | Stool samples comprising 0.4 grams of donor stool suspended in 1.5 milliliters of glycerol/saline buffer via the same process used to create investigational OpenBiome FMT treatments for C. difficile. Aliquots may be used in in vitro assays and in vivo applications (i.e. humanization, colonization, and competition experiments) with pre-clinical animal models. |
 |
FMP-BIO: Glycerol Buffer Formulation (0.1 grams) | Stool samples comprising 0.1 grams of donor stool suspended in 1.5 milliliters of glycerol/saline buffer via the same process used to create OpenBiome investigational FMT treatments for C. difficile. Aliquots may be used in in vitro assays and in vivo applications (i.e. humanization, colonization, and competition experiments) with pre-clinical animal models. |
 |
FMP-BIO: Raw, flash-frozen formulation | Stool samples comprising approximately 0.7 grams of raw, flash-frozen donor stool. Aliquots may be used in in vitro assays and in vivo applications (i.e. humanization, colonization, and competition experiments) with pre-clinical animal models.
|