Introduction to the Environmental Market
In this video, we discuss a brief introduction of the Environmental markets and the solutions we offer.
Analysis Routine
Analysis Routine features the latest application videos, recommended/trending applications, and content that can help lab managers boost productivity. Make routine work more efficient by keeping up with the latest analytical solutions with Analysis Routine.
Application Videos
Hot Applications
Recommended
User Benefits:
・MALDI-ISD enables simple and reliable sequencing of antisense nucleic acid.
・There is no need to interpret complicated MS/MS spectra, which saves labor and time.
・Nucleic acid therapeutics can be analyzed using a simple and affordable benchtop instrument.
Most Popular
Boost Productivity
-
Effcient Method Development by automated pH Screening with LabSolutions MD
Because the pH level of mobile phase can affect the retention time of ionic compounds, determining the optimal pH level is an important part for developing LC method. The pH screening requires preparing multiple mobile phases with different pH levels. However, preparing these mobile phases manually is not only a time-consuming process but also prone to the operator errors. Automated pH screening process improves the method development efficiency and also the reliability of analysis. This article describes an example of using LabSolutions MD, a dedicated software for supporting method development, to automate pH screening by varying the mobile phase pH from 2.5 to 8.5 to evaluate the optimal pH level for separating 12 small-molecule drugs.
-
Which Key UHPLC Characteristics Are Required for a High Throughput LC/MS Assay?
LC/MS/MS is one of the most powerful techniques for a quantitative assay due to its superior selectivity and sensitivity. For the laboratory to be efficient in sample throughput and have the ability to extract the most information possible from each sample, it is essential to consider certain characteristics of the front-end UHPLC system. This paper introduces some critical features, along with an advanced configuration, of a front-end UHPLC that enable higher throughput.
