Ipsita Debata, Smrutiranjan Nayak, Sakir Ahmed, Basanta Kumar Behera, Sourav Padhee
Evaluating a research methodology workshop among postgraduate students using Kirkpatrick's model
Journal of education and health promotion
metabolic flux analysis mfa aims revealing metabolic reaction rates complex biochemical network mfa uses input stable isotope labeling patterns intracellular metabolites elementary metabolic unit emu computational framework simulate metabolite labeling patterns network originally designed simulating mass isotopomer distributions mids ms1 level recently emu framework expanded simulate tandem mass spectrometry data tandem mass spectrometry emerged new experimental approach provide information positional isotope labeling metabolites therefore greatly improves precision mfa review discuss new emu framework accommodate tandem mass isotopomer distributions tmids data also analyze improvement mfa precision using tmid analysis shows combining mids parent daughter ions tmid mfa powerful using tmid alone