This white paper examines the fundamentals of vaping and in particular the process of converting a liquid into an aerosol and highlights the challenges of monitoring elemental contaminants in the vaping aerosol as opposed to the vaping liquid.
This webinar summary helps to dispel the myths about residual pesticide testing in cannabis and cannabinoid products.
This White Paper will examine all these potential sources of contamination and emphasize that testing of cannabis and cannabinoids through the entire growing and manufacturing process for a comprehensive suite of elemental contaminants is critically important to ensure these products are safe for consumers.
PerkinElmer has developed a completely new, fully automated sample preparation, reagent, and analytical workflow for pesticide testing.
Learn about challenges faced in cannabis testing labs, including financial pressures, instrument selection, building a robust quality system, and the complexities of method development.
Download this case study to discover how the cannabis testing lab Cambium Analytica were licensed and validated within three months.
Currently, medical marijuana pesticide residue analysis methods are poorly defined and challenging to develop due to matrix complexity and a long list of potential target analytes.
Many reports indicate that when the majority of testing laboratories are given identical samples, they return results with very little correlation.
Our approach in this white paper is try to balance these needs by giving recommendations that will exceed the public health protections in other industries, but not by more than is reasonable or necessary.
This paper presents data indicating that pesticide use is widespread in the Cannabis industry, and that pesticide residue on retail Cannabis products is often found at levels exceeding the allowable levels on any agricultural product.