In this study, functional RNA was quantitated by RT-qPCR using the GoTaq® Probe 1-Step RT-qPCR System after two different extraction methods. To enhance the pipetting accuracy and consistency, PIPETMAX was used to reduce pipetting errors inherent in manual methods.

Accurately quantify THC and metabolites for forensic purposes

Ginger is widely known for its use in flavoring foods and beverages, but it is also commonly used for medicinal, perfumery, and esthetic purposes. This app note shows how CPC can produce a high-quality standard of [6]-gingerol without the use of silica-based chromatography methods, such as FLASH and prep HPLC.

CPC is recognized as the preferred technology for the purification of high quality Δ-9-tetrahydrocannabinol (THC) and cannabidiol (CBD) for the pharmaceutical and food supplement markets. The objective of this app note was to test the high selectivity of CPC and assess its capability to purify a set of key compounds (THC, CBD, CBN and CBG) and enrich several minor cannabinoids (CBDV, CBCV and CBC).

Vanillin is the major component of natural vanilla, which is one of the most widely used flavoring materials worldwide. In this app note, an ethanolic crude extract of vanilla is used to show the capacity of the PLC 2050 system to work with different types of chromatographic columns.

As the drug resistance of malaria parasites increases, the development of innovative and effective antimalaria drugs is of high importance. In this app note, we describe how natural products provide a vast field of new lead structures that are effective in fighting the disease.

Custom manufactured oligonucleotides require additional purification steps after synthesis to separate the full?length products from contaminants. The GX-271 Oligo Purification System can be used to isolate, analyze, and desalt reagent-grade oligonucleotides in one continuous run. Learn how in this application note.

In this study, functional corn RNA was quantitated by RT-qPCR using the GoTaq® Probe 1-Step RT-qPCR System after two different extraction methods. To enhance the pipetting accuracy and consistency an automated pipetting assistant, PIPETMAX was used to reduce pipetting errors inherent in manual methods.

In this app note, PIPETMAX, an automated pipetting platform for maximizing reproducibility of biological sample preparation, was used to demonstrate the reproducibility and accuracy for a cell-based mechanistic toxicity profiling application.

Fermentation allows for the conversion of organic materials into relatively simple substances by using micro-organisms such as bacteria, Streptomyces, filamentous fungi, or yeast. In this app note, we demonstrate the added value of CPC at achieving an efficient separation from a fermentation broth in one step.