CARRYOVER MITIGATION USING NEEDLE WASH SOLVENT CHEMISTRY AND AUTOSAMPLER FEATURES OF A UPLC-MS SYSTEM

CARRYOVER MITIGATION USING NEEDLE WASH SOLVENT CHEMISTRY AND AUTOSAMPLER FEATURES OF A UPLC-MS SYSTEM Chris DesJardins, Zhimin Li, Patricia McConville Waters Corporation, Milford, Massachusetts INTRODUCTION The greater sensitivity provided by mass detection is driving a need for improved carryover mitigation…

ACQUITY UPLC I-Class PLUS WHAT SEPARATES YOU FROM EVERYONE ELSE COMPLEX CHALLENGES SOLVED Looking for answers to the most complex scientific challenges is what you do. Your research could lead to ground-breaking medicines, cleaner drinking water, or safer food. The…

T1530-09-52 Impact of Autosampler Design on Carryover Performance During Method Migration Authors: Nicole Kramer, Paula Hong Waters Corporation CONTACT INFORMATION: [email protected] PURPOSE Method migration or moving methods from one system to another can be challenging due to differences in design…

Application Note Instrument Considerations for Successful Adaptation of Amino Acid Analysis Methods Which Utilize Pre-Column Derivatization From an ACQUITY UPLC to an ACQUITY UPLC H-Class PLUS Binary System Jennifer Simeone, Paula Hong Waters Corporation Abstract Amino acid analysis (AAA) by…