Confidence in Your Cannabis: Exploring New Horizons (Watch this Virtual Symposium On-Demand Here)Looking Closer at Inductively Coupled Plasma (ICP)Listen to Our Latest Podcast Episode to Learn More on the Research and Applications of Psychedelics

Topics

View More Analytical Methods Cannabidiol (CBD)Cannabinoids Cannabis Strains Chromatography Techniques Consensus Methods Contaminants Cultivation Edibles Extraction Gas Chromatography (GC)GC-MS Government Growers and Growing Quality Control and Quality Assurance (QA and QC)

Analytical MethodsCannabidiol (CBD)CannabinoidsCannabis StrainsChromatography TechniquesConsensus MethodsContaminantsCultivationEdiblesExtractionGas Chromatography (GC)GC-MSGovernmentGrowers and GrowingQuality Control and Quality Assurance (QA and QC)

News

Resources

Editorial Videos Sponsor Videos e-Learning Tools Events Products Blogs

Editorial VideosSponsor Videose-Learning ToolsEventsProductsBlogs

Columns Publications Webcasts App Notes

Podcasts

Editorial Podcasts Sponsored Podcasts Podcast Series

Editorial PodcastsSponsored PodcastsPodcast Series

Enews Magazine

EnewsMagazine

About Us
Advertise
Contact Us
Editorial Board
Editorial Information
Terms of Use
Privacy Policy
Do not sell my Information

Spotlight

Confidence in Your Cannabis: Exploring New Horizons (Watch this Virtual Symposium On-Demand Here)
Looking Closer at Inductively Coupled Plasma (ICP)
Listen to Our Latest Podcast Episode to Learn More on the Research and Applications of Psychedelics

TopicsSee All >

Analytical Methods
Cannabidiol (CBD)
Cannabinoids
Cannabis Strains
Chromatography Techniques
Consensus Methods
Contaminants
Cultivation
Edibles
Extraction
Gas Chromatography (GC)
GC-MS
Government
Growers and Growing
Quality Control and Quality Assurance (QA and QC)

About Us
Advertise
Contact Us
Editorial Board
Editorial Information
Terms of Use
Privacy Policy
Do not sell my Information

Comprehensive Strategy for Pesticides in Cannabis

Published on: March 20, 2018

Agilent Technologies

A pesticide screening and quantitation approach for 214 pesticide residues in cannabis. The methodology uses a single extraction and validated workflows using LC–MS/MS and GC–MS/MS.