A specific detector for nitrogen and halogen compounds in TLC on coated quartz rods P. L. Patterson OriginalPaper Pages: 503 - 509
Determination of the phospholipid composition of trout gill by latroscan TLC/FID: Effect of thermal acclimation Jeffrey R. Hazel OriginalPaper Pages: 516 - 520
Calibration of the Iatroscan-Chromarod system for marine lipid class analyses C. C. ParrishR. G. Ackman OriginalPaper Pages: 521 - 530
Comparison of the thin layer chromatography/flame ionization detection system with other methods for the quantitative analysis of liver lipid contents in alcohol-fed rats and controls G. Ananda RaoDiana E. RileyEdward C. Larkin OriginalPaper Pages: 531 - 535
Quantitating heart lipids: Comparison of results obtained using the Iatroscan method with those from phosphorus and gas chromatographic techniques J. K. G. KramerE. R. FarnworthB. K. Thompson OriginalPaper Pages: 536 - 541
The use of the Iatroscan TH-10 analyzer to quantify total lipids in a variety of sample types and lipid classes in human gallbladder bile H. Rodger HarveyMark W. RiglerJohn S. Patton OriginalPaper Pages: 542 - 545
Quantitative class separation of coal liquids using thin-layer chromatography with flame lonization detection M. L. Selucky OriginalPaper Pages: 546 - 551
Quantitative determination of lipids and their constituents by the Chromarod TLC-FID system Toshihiro ItohMasamichi TanakaHiroshi Kaneko OriginalPaper Pages: 552 - 554
Quantitative analyses of methyl esters of fatty acid geometrical isomers, and of triglycerides differing in unsaturation, by the Iatroscan TLC/FID technique using AgNO3 impregnated rods J. L. SebedioT. E. FarquharsonR. G. Ackman OriginalPaper Pages: 555 - 560