September 27, 2023
Here, we explore how the different parameters in the Master Resolution Equation relate to Fs, and what that means for chromatographic experiments.
In this new interview series, we sit down with several speakers from 2023 Cannabis Science Conference events to learn about their expertise and backgrounds in the cannabis industry. Join us to learn more about Dr. Peter Grinspoon, Jini Glaros, Dr. Miyabe Shields, and Adam Jacques.
August 24, 2023
We finally present the Master Resolution Equation for chromatography, which combines all three measures of separation quality, and an understanding of these parameters will go a long way towards allowing you to rationally develop chromatographic methods.
See the program overview for the upcoming Cannabis Science Conference Fall in Providence, Rhode Island September 20-22nd.
June 20, 2023
Cannabis Science Conference Spring was held in Portland, Oregon from April 19-21, 2023. Here we provide a few highlights from the event.
May 19, 2023
A review of the concept of separation factors and a discussion on developing a method for measuring peak width including triangulation followed by the introduction of the concept of chromatographic resolution for a pair of peaks.
April 07, 2023
Part IV of this series discusses the capacity factor of chromatographic peaks to calculate separation factors, whose value tells us how well two peaks are or aren’t separated. We then introduce the reality of peak widths and how they impact separation quality.
March 03, 2023
Part III of this series will delve into understanding how to optimize methods for chromatographic separations, Smith will also introduce the concepts of capacity factor and selectivity.
February 01, 2023
Part II of this series looks at the mechanism via which molecules move through HPLC columns and leads us to a discussion on the equations used to characterize separations.
December 01, 2022
In part I in a new series of columns, we begin a discussion of the theory of chromatographic separations. Our goal is to derive equations that will help you better perform experiments to optimize your separations.