Application NotesHigh speed analysis of monosaccharides and disaccharides in soft drinks by ELSD-LT III
Application NotesEvaluating the performance of the LotusStream Gas-Liquid Separator for preparative supercritical fluid chromatography
Application NotesRobustness evaluation of the LCMS-8060NX with a newly-developed ion source, the IonFocus™ Unit
Application NotesAnalysis of the modification site of chemically modified antibodies using MALDImini-1
Application NotesQuantitative analysis of animal hair fibers using a benchtop MALDI-TOF mass spectrometer
Application NotesMeasurement of color, bitterness, and diacetyl content of beer using a UV-Vis spectrophotometer
Application NotesThe determination of 10 anions in EPA Method 300.1 using Shimadzu high-resolution ion chromatography
Application NotesUsing peak deconvolution of photodiode array data to attain faster, easier performance of EPA Method 8330B
Application NotesPerchlorate quantitation in drinking water using suppressed anion chromatography coupled with single quadrupole MS
Application NotesAnalysis of PFAS compounds in fish tissue using offline supercritical fluid extraction and LC-MS/MS
Application NotesIdentification and confirmation of ten common seized drugs utilizing an LCMS-2020 single quadrupole mass spectrometer
Application NotesHigh-resolution mass spectrometry and fluorescence detection using Restek’s Raptor Polar X Column and Protein Metrics’ Software Suite
Application NotesA guide to the novel Shimadzu GC-MS BFB tuning for the analysis of VOCs in environmental samples
Application NotesPerformance demonstration of a new GC-MS instrument and novel BFB tune for analysis of VOCs by EPA method 524.2
Application NotesPerformance demonstration of a modern GC-MS instrument and novel BFB tune for analysis of VOCs by EPA method 624.1 and 8260C
Application NotesSimultaneous GC-MS and FID analysis of blood alcohol content utilizing robotic autosampler for automated sample preparation
Application NotesDetermination of ethanol and isopropanol content in hand sanitizers using nitrogen carrier gas
Application NotesModifying AOAC method 996.06 for FAME analysis in foods: Faster throughput using hydrogen carrier gas
Application NotesQuantitative analysis of 16 cannabinoids with complete baseline separation of Δ8 and Δ9-THC utilizing the Triple Quad LCMS-8050
