Novel sample prep blend enables an average recovery of 75.6% for 48 pesticides and 4 mycotoxins whilst also removing purple pigmentation from cannabis samples.
The accurate detection of microbial contamination is key to protecting consumer safety and, helping to reduce the environmental burden of pesticide use in the cannabis industry.
Whether it is introduced at the cultivator, processor or manufacturer level, ETCH biotrace links a unique molecular tag to the cannabis plant that will survive conversion or extraction.
Achieving ISO/IEC 17025 accreditation is the pinnacle in third-party laboratory accreditation.
Ion mobility spectroscopy has the potential to be a suitable portable analysis technique that could be used in the field as itis small, portable, and simple to use.
The researchers behind the work were keen to point out that there is still little evidence to prove that the pathogens present in cannabis samples have directly led to infections in immunocompromised patients.
Examining a broad array of cannabinoids and terpenes reveals the inherent failings of commonly used cannabis classification systems.
This move fulfills the Ohio legislative mandate that an Ohio public college or university serve as a testing lab for the new medical cannabis program to promote public safety.
As the cannabis testing sector matures, attention continues to focus on enhancing analytical quality and meeting challenging new regulatory requirements.