for the Cannabis Industry
When cultivating marijuana, the potential for bacterial or pathogenic contamination is omnipresent and can pose a severe health hazard at high levels of exposure. To ensure that safe microbial limits are practiced, Anresco recommends the following tests:
Aerobic Plate Count (APC)
The aerobic plate count is used as an indicator of the amount of bacteria on a given sample and is valuable in evaluating product quality. While the test is fairly generic and does not differentiate types of bacteria, large numbers of microorganisms can indicate unsanitary conditions.
Yeast and Mold Count
Yeasts and molds are common microbial adulterants that can cause deterioration and spoilage in a variety of different products. These contaminants thrive in moist environments and often produce toxic compounds called mycotoxins. When present in copious amounts, mycotoxins can be hazardous to human health (especially those who are immunocompromised) and cannot be destroyed through heating. The discovery of high levels of yeast and mold colonies can mean fungal spoilage, indicating such products should not be smoked/consumed.
When determining the bacterial safety of a product, testing for coliforms is a standard practice due to the difficulties of screening for each individual pathogen. Prevalent in the feces of warm-blooded animals, coliforms are not pathogenic themselves and rarely cause illness; however, they are strong indicators that other pathogenic organisms of fecal origin are present. The most common of these potential pathogens include Enterobacter, Fecal Coliform, and Escherichia Coli (commonly known as “E. Coli”).
Anresco can also perform the following tests:
Anresco follows microbial limits recommended by the American Herbal Pharmacopoeia (AHP):
|Total Aerobic Bacteria||Total Yeast & Mold||Total Coliforms||E. Coli and Salmonella|
|Flowers, Hash, Kief||105||104||103||Not detected in 1g|
|Edibles, Oils||105||104||103||Not detected in 1g|
|Concentrates, Wax||104||103||102||Not detected in 1g|
Please visit our Microbiology page to view other microbiological analyses not shown on this list.