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Cannabis Testing Clear Filters

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Temperature control for botanical extraction and distillation

9 Mar 2020

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California and Oregon residual pesticide analysis using APCI with LC-MS/MS

9 Mar 2020

Product Brochures

Cannabis homogenizing packages from PRO Scientific

9 Mar 2020

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Quantitative analysis of 16 cannabinoids with complete baseline separation of Δ8 and Δ9-THC utilizing the Triple Quad LCMS-8050

8 Mar 2020

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Choosing the right instrumentation for cannabinoid analysis

5 Mar 2020

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Determining terpene profiles of cannabis strains using GC and GCxGC with high-performance TOFMS

5 Mar 2020

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Fast, low-solvent analysis of cannabinoids increases lab productivity and decreases solvent costs

25 Feb 2020

Product Brochures

Strata-X PRO: A rapid solid phase extraction solution

27 Jan 2020

Application Notes

Introduction to static headspace and headspace-trap

1 Jan 2020

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Introduction to SPME and SPME-trap

28 Nov 2019

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Introduction to high-capacity sorptive extraction

28 Nov 2019

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Multi-residue method for analyzing pesticides in cannabis using UPLC-MS/MS and APGS-MS/MS

18 Nov 2019

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UPLC separation for the analysis of cannabinoid content in cannabis flower and extracts

18 Nov 2019

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Avoiding contamination in cannabis quality control sample preparation

11 Nov 2019

Application Notes

Determination of the Oregon pesticide list in cannabis

5 Nov 2019

Case Studies

Building laboratory capacity to ensure cannabis safety, quality, and efficacy

5 Nov 2019

Application Notes

Analysis of residual pesticides and mycotoxins in cannabis to meet Californian regulations

5 Nov 2019

Application Notes

UPLC analysis of cannabinoid content in cannabis flower and extracts

5 Nov 2019

Product Brochures

Cannabis and Hemp testing

5 Nov 2019

Application Notes

Cannabis and hemp testing

5 Nov 2019

Case Studies

State-of-the-art instrumentation strengthens emerging cannabis testing and breeding applications

5 Nov 2019

Application Notes

How to achieve the lowest carryover across different injection platforms

30 Oct 2019

Product Brochures

The ACQUITY UPLC I-Class PLUS from Waters

29 Oct 2019

Product Brochures

The ACQUITY UPLC H-Class PLUS from Waters

28 Oct 2019

Scientific Posters

Common techniques in cannabis processing

15 Oct 2019

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Selected Filters:

Temperature control for botanical extraction and distillation

California and Oregon residual pesticide analysis using APCI with LC-MS/MS

Cannabis homogenizing packages from PRO Scientific

Quantitative analysis of 16 cannabinoids with complete baseline separation of Δ8 and Δ9-THC utilizing the Triple Quad LCMS-8050

Choosing the right instrumentation for cannabinoid analysis

Determining terpene profiles of cannabis strains using GC and GCxGC with high-performance TOFMS

Fast, low-solvent analysis of cannabinoids increases lab productivity and decreases solvent costs

Strata-X PRO: A rapid solid phase extraction solution

Introduction to static headspace and headspace-trap

Introduction to SPME and SPME-trap

Introduction to high-capacity sorptive extraction

Multi-residue method for analyzing pesticides in cannabis using UPLC-MS/MS and APGS-MS/MS

UPLC separation for the analysis of cannabinoid content in cannabis flower and extracts

Avoiding contamination in cannabis quality control sample preparation

Determination of the Oregon pesticide list in cannabis

Building laboratory capacity to ensure cannabis safety, quality, and efficacy

Analysis of residual pesticides and mycotoxins in cannabis to meet Californian regulations

UPLC analysis of cannabinoid content in cannabis flower and extracts

Cannabis and Hemp testing

Cannabis and hemp testing

State-of-the-art instrumentation strengthens emerging cannabis testing and breeding applications

How to achieve the lowest carryover across different injection platforms

The ACQUITY UPLC I-Class PLUS from Waters

The ACQUITY UPLC H-Class PLUS from Waters

Common techniques in cannabis processing

Resources

Resources FilterResources Filter

Search

Selected Filters:

Temperature control for botanical extraction and distillation

California and Oregon residual pesticide analysis using APCI with LC-MS/MS

Cannabis homogenizing packages from PRO Scientific

Quantitative analysis of 16 cannabinoids with complete baseline separation of Δ8 and Δ9-THC utilizing the Triple Quad LCMS-8050

Choosing the right instrumentation for cannabinoid analysis

Determining terpene profiles of cannabis strains using GC and GCxGC with high-performance TOFMS

Fast, low-solvent analysis of cannabinoids increases lab productivity and decreases solvent costs

Strata-X PRO: A rapid solid phase extraction solution

Introduction to static headspace and headspace-trap

Introduction to SPME and SPME-trap

Introduction to high-capacity sorptive extraction

Multi-residue method for analyzing pesticides in cannabis using UPLC-MS/MS and APGS-MS/MS

UPLC separation for the analysis of cannabinoid content in cannabis flower and extracts

Avoiding contamination in cannabis quality control sample preparation

Determination of the Oregon pesticide list in cannabis

Building laboratory capacity to ensure cannabis safety, quality, and efficacy

Analysis of residual pesticides and mycotoxins in cannabis to meet Californian regulations

UPLC analysis of cannabinoid content in cannabis flower and extracts

Cannabis and Hemp testing

Cannabis and hemp testing

State-of-the-art instrumentation strengthens emerging cannabis testing and breeding applications

How to achieve the lowest carryover across different injection platforms

The ACQUITY UPLC I-Class PLUS from Waters

The ACQUITY UPLC H-Class PLUS from Waters

Common techniques in cannabis processing

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