Autor/Autorin: Patel Priyanka
Priyanka U. Patel,M.Pharm (Pharmaceutical Chemistry),INDIA"The Gains are instant for those willing to self audit and change"
This is encouraging from both practical and scientific view points; efficacy has often been proven over the centuries. Improvements in instrumentation, robotics and bioassay technology have increased the speed, resolution and sensitivity. The use of a commercially available elevated pressure HPLC system has been shown to be beneficial in the pharmaceutical development area.UPLC using 1.7µm particles and a properly holistically designed system provide significantly more resolution while reducing run time, and improve sensitivity for the analyses of many compounds. At a time when many scientists have reached separation barriers with conventional HPLC, UPLC presents the possibility to extend and expand the utility of chromatography. New UPLC technology in both chemistry and instrumentation boosts productivity by providing more information per unit of work as UPLC fulfils the promise of increased resolution, speed, and sensitivity predicted for liquid chromatography.
Priyanka U. Patel,M.Pharm (Pharmaceutical Chemistry),INDIA"The Gains are instant for those willing to self audit and change"
Über den Autor
M.PHARM (AYU). She got Gold-medal for getting 1st rank in the "Gujarat Ayurved University" in Jamnagar, Gujarat, India. She is working as Assistant Professor at Indubhai Patel College of Pharmacy & Research Center, Dharmaj. Her major field of research interests are herbal drug research, standardization of crude drugs and phytochemistry.
Klappentext
This is encouraging from both practical and scientific view points; efficacy has often been proven over the centuries. Improvements in instrumentation, robotics and bioassay technology have increased the speed, resolution and sensitivity. The use of a commercially available elevated pressure HPLC system has been shown to be beneficial in the pharmaceutical development area.UPLC using 1.7µm particles and a properly holistically designed system provide significantly more resolution while reducing run time, and improve sensitivity for the analyses of many compounds. At a time when many scientists have reached separation barriers with conventional HPLC, UPLC presents the possibility to extend and expand the utility of chromatography. New UPLC technology in both chemistry and instrumentation boosts productivity by providing more information per unit of work as UPLC fulfils the promise of increased resolution, speed, and sensitivity predicted for liquid chromatography.
