Low Adsorption UPLC System ACQUITY Premier

Twenty years have passed since Waters launched the world's first ultra-high-performance liquid chromatograph (UPLC), and with the inclusion of <2.00> General Principles of Chromatography in the Japanese Pharmacopoeia, more people are becoming interested in speeding up LC analytical methods. On the other hand, we hear voices saying, "I understand the benefits, but it's difficult to adopt it for quality control methods in the current situation," and "I don't know what other applications there are besides adopting it for quality control methods." In this webinar, we will focus on the development of analytical methods among the various applications of high-speed and high-resolution analysis, explaining the transfer of analytical methods from UPLC to HPLC, points for column selection, and the differences between HPLC and UPLC systems.

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Due to the diversification and complexity of analysis targets, as well as changes in modalities, HPLC is required to have a higher level of robustness, reproducibility, flexibility, and convenience. Particularly in the analysis of compounds that are susceptible to metal influences, unpredictable sample loss can sometimes occur, making rapid and accurate data analysis difficult and potentially impairing operational efficiency. In this live webinar, we will introduce cases where the analysis results of samples that tend to adsorb metals have significantly improved by using the newly designed Arc Premier HPLC system and Premier columns, which reduce sample adsorption. By avoiding various risks associated with measuring adsorbent samples and improving data quality, we promote increased sample throughput, reduced analysis costs, and enhanced laboratory operational efficiency. Target Audience: - Those struggling with the measurement of samples that tend to adsorb metals - Those looking for low-adsorption LC systems and columns