As a modular and flexible technique, HPTLCbased hyphenated systems can be designed by combining different approaches concerning chromatographic development systems and detectors in a sequential mode. A hyphenated procedure is reported that provides quantitative determination of the monoacylglycerides as a compound class in the BX sample as well as the BX composition profile, if so desired all obtained from a single plate
As a modular and flexible technique, HPTLCbased hyphenated systems can be designed by combining different approaches concerning chromatographic development systems and detectors in a sequential mode. A hyphenated procedure is reported that provides quantitative determination of the monoacylglycerides as a compound class in the BX sample as well as the BX composition profile, if so desired all obtained from a single plate