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Learn more about helpful solutions for your Cannabis testing labs from Sartorius.
States that have passed laws permitting usage of medicinal and recreational cannabis products are also calling for rigorous testing of cannabis derivatives to ensure consumer safety.
Sartorius offers a variety of high-quality products that ensure most accurate test results and allow your testing lab to run smoothly at all times. Our products not only support you in performing super-fast determination of your samples’ moisture and weight, but also in the process of safely preparing of your samples for analytical or microbiological analysis.
Analysis of Aqueous Mobile Phase Sample Preparation and Filtration Steps in Cannabis Analytical Testing
The two-fold objective of this study was to 1) demonstrate that aqueous mobile phase preparations from purchased lab grade bottled water yielded comparable results to in-house prepared water (Sartorius Arium purified water Type 1 and Type 3) and that 2) using filters (Sartorius Minisart RC, SRP, NY & NY Plus, all 0.2 µm) yielded comparable results to unfiltered specimens under the same mobile phase conditions.
Application Note: Avoiding Contamination in Cannabis Quality Control Sample Preparation (In Partnership with Cannabis Science & Technology)
Patient and consumer safety is a critical factor during manufacturing of your products. In addition, false test results in product quality testing can lead to unnecessary scrapping of batches and product recalls. Good pipetting practices using filtered and pure pipette tips help ensure contamination-free pipetting to prevent contamination during sample preparation, ensuring true test results and patient and consumer safety.
Practical Selection Guide: Practical Tips for Choosing the Bottle-top Dispenser for Your Lab
Bottle-top dispensers are common tools found in various laboratories. They are used to safely dispense a set amount of liquid, ususally between 1 and 60 ml, from a bottle or a container to a receiving container. There are differences to consider, between makes and models, when chossing the most suitable one. Keep in mind: If your Cannabis testing procedure requires you to repeatedly portion out exact volumes of liquids involved, our bottle-top dispensers will give you a steady hand to ensure accurate and consistent results. Get to kow the points to consider for a bottle-top dispenser here.
Cannabis Testing: In-House Prepared Water as an Alternative to Bottled HPLC-Grade Water
In many testing laboratories, bottled HPLC-grade water is the standard when performing quantitative potency analysis for cannabinoids like THC (Tetrahydrocannabinol) or CBD (Cannabidiol). In-house produced water, on the other hand, may be qualitatively equivalent and also a more cost-effective alternative.
Chemical Resistance Chart of Pipette Tips
The chemical resistance is based on information provided by the manufacturer of the raw material. This table os for a general guidace amd does not guarantee the performance. The chemical resistance can be affected by concentration, temperature and lenght of exposure. The polyproylene (PP) products, including trays, racks and non-filtered tips are resistant to conditions used in standard autoclaving procedure: 121°C, 20 min, 1 bar/100 kPa.
Claristep Filtration System App Note
We tested the novel filter device Claristep® for the preparation of protein samples containing one of four different target molecules: an anti-malaria vaccine candidate, aviscuminum, interferon alfa-2B, or monoclonal antibody (mAb) P2G12. In comparison to the standard protocols for sample preparation prior to analysis by either reversed-phase or SEC HPLC, the Claristep® filter did not exhibit a significant difference in protein concentration if the target molecules were present with at least 1.0 g L-1. A significantly reduced product concentration was observed in the Claristep® filtered samples compared to the standard protocol for mAb P2G12 if the concentrations were lower. The protein adsorption to the filter material was well described by a Langmuir adsorption isotherm. Additionally, the Claristep® filters facilitated a rapid sample preparation with minimal volume losses.
Practical Selection Guide: How to Select a Mechanical Pipette
Widely used in laboratories of all kind, mechanical pipettes are long-lasting tools. Because they are used several hours a day, ergonomics and personal references - such as handling comfort - are important selection criteria. Other factors such as the applications, the laboratory workflow, required volume ranges, physical properties of the sample, and requirements for accuracy and precision also need to be considered when searching for the right pipette for the job.
HPLC Sample Prep in 4 steps (in partnership with LabManager)
High performance liquid chromatography (HPLC) is used for separation, identification and quantification of compounds in a sample. HPLC is a powerful, highly sensitive technique, and attemtion to detail during sample preparation helps to ensure quality results.
MA160 - In Three Steps To Right and Compliant Results
Sartorius moisture analyzers enable the devices to stop the measurement process automatically as soon as a constant sample weight is reached. Thus, it is no longer necessary to program a shut-off parameter. The MA160 moisture analyzer goes one step further with its integrated Method-Development Assistant which suggests a suitable temperature depending on the sample.
Minisart Syringe Filters for HPLC Sample Preparation
Sartorius Minisart® with a Polypropylene (PP) Housing are available in a choice of different membranes: Hydrophilic regenerated cellulose (RC), Nylon (PA) or Hydrophobic PTFE. The purpose of using them for sample preparation prior to analysis protect analytical equipment and columns. The Sartorius Minisart® filters remove particles from your samples without adding unwanted extractables or leachables.
Performance Comparison of Low Retention Pipette Tips From Various Manufacturers
Pipetting accuracy and precision are the key factors for successful experiments in the laboratory. The best pipetting performance is achieved, when the pipette and tip match perfectly with each other, and the tip being used is optimal for the liquid being transferred. This application note describes the comparison of various manufacturers' low retention tips, when handling liquids that can contain detergents. The results show that Sartorius Low Retention Tips ensure near complete recovery of the sample, when pipetting liquids of low surface tension. They secured also the best sample recovery amd the best chemical resistance.
Preparation of Standards - Easier than ever with Sartorius Cubis MSA Dosing System
Improving your HPLC Sample Preparation is easier than ever with the Sartorius Cubis® MSA Dosing System. The Cubis MSA individual system with Q-App software automatically corrects the solvent volume to the appropriate value, eliminating the need to reach the precise target weight. At the end of the procedure, the weight of the compound(s) and solvents is used to calculate the verified concentration(s) and the verified volume of the standard prepared.
Interview: Secrets to Success at a New Cannabis Testing Facility (In Partnership with Selectscience)
The team at Pure Labs Arizona attributes its robust and streamlined cannabis testing protocols to sound investment in cutting-edge technology and top-notch chemists
Addressing Complexities in Biopharmaceutical Analysis (in partnership with Biopharm International)
This booklet includes various topics about the complexities on the biopharmaceutical analysis
Analyzing Drinking Water by ICP MS for Heavy Metal Detection (in partnership with Laborpraxis)
Extremely sensitive analytical instruments capable of assaying analytes in the femtogram range have meanwhile become standard equipment in many laboratories. But their accuracy in analysis of drinking water is decisively influenced by the right choice of syringe filter unit.
How to Avoid Contamination in Pipetting
Preventing contamination in pipetting is paramount to achieving reliable results. It requires identification of the potential contamination mechanism in order that they can all be addressed. This paper addresses the three contamination types that originate from pipetting: Pipette-to-sample contamination, sample-to-pipette contamination, and sample-to-sample contamination. Keep in mind: If your testing procedure in your Cannabis environment requires you to repeatedly portion out exact volumes of liquids involved, our bottle-top dispensers will give you a steady hand to ensure accurate and consistent results.
How to Buy Water Purification Technology (in partnership with Selectscience)
This guide includes all key considerations to help you to choose the best water purification system for your applications. The operation of all laboratories requires water for use in applications from general cleaning procedures to sensitive analytical techniques. Water quality can significantly impact experimental results, so it is vital to have a reliable water purification system which provides the required quantity and purity of water for your applications.
Executive summary: Laboratory Water Preparation - Optimized (in partnership with LCGC)
Water is used for almost all applications on the laboratory. Impurities are found in all tap water and can have a negative effect on scientific analyses. This article explores the source of water impurities and how to optimize water purity to the standard needed for specific applications. It will demonstrate how to save resources by providing a theoretical and practical understanding of how to work most efficiently with a lab water system. Keep in mind: Water is used heavily for rinsing and dilution of samples to be tested. Furthermore, it is used for the preparation of certified reference materials within the calibration and testing of the instrumentation (GS-MS, HPLC) to evaluate the samples for contamination in the Cannabis testing process.
Signaling Substances Used in Plant Defense: HPLC-MS/MS Analysis of Jasmonates
Plants must be capable of responding to climatic fluctuations, diurnal rhythms, available supplies of water and nutrients, and insect attacks and infestations. To ensure such responses, plants need a network of regulating substances called phytohormones. In this article you can read a discussion of a highly sensitive analytical method for quantitative determination of phytohormones.
How to ensure your lab has the highest quality water for your experiments - More than just H20 - Water Quality in the Laboratory
Water is essential to life-sciences research, but for many scientists, the most thought given to this ubiquitious reagent is "how much of it do I need?" Because water is capable of acting as a solvent to many substances and capable of sustaining life, it can be easily contaminated. Even within a single laboratory, the water used in one experiment can differ from that used in another.
Ultrapure Water for HPLC Analysis — The Role of Ultrapure Water
The paper demonstrates that ultrapure water produced by arium pro VF can be readily and reliably used as mobile phase for HPLC analysis of water-soluble saccharides. Water is also used for the preparation of certified reference materials within the calibration and testing of the instrumentation (GS-MS, HPLC) to evaluate the samples for contamination in the Cannabis testing process.