Effect of hydrogen/air flow rates and scan rate on the flame ionization detection response of phospholipids, and their qualitative and quantitative analysis by Iatroscan (Mark-6s) TLC-FID

摘要

The combined effect of scan speed, hydrogen and air flow rates on the flame ionization detection (FID) peak response of phospholipid classes has been studied to determine the optimum levels of these parameters. The phospholipid composition of different types of commercial lecithins, as well as lecithins combined with fish oils, has been analyzed by Iatroscan TLC-FID Mark-6s under optimized conditions.