ABSTRACT

Used routinely in drug control laboratories, forensic laboratories, and as a research tool, thin layer chromatography (TLC) plays an important role in pharmaceutical drug analyses. It requires less complicated or expensive equipment than other techniques, and has the ability to be performed under field conditions. Filling the need for an up-to-date

chapter 9|22 pages

^#.^t9: 2D Planar Chromatography

chapter 16|44 pages

^#.^t16: TLC of Anxiolytics and Sedatives

chapter 17|10 pages

^#.^t17: TLC of Morphine Analogs

chapter 19|4 pages

^#.^t19: TLC of Ergot Alkaloid Derivatives

chapter 21|38 pages

^#.^t21: TLC of Psychostimulants

chapter 22|12 pages

^#.^t22: TLC of Antiepileptics

chapter 24|10 pages

^#.^t24: TLC of Antiparkinsonians

chapter 28|14 pages

^#.^t28: TLC of Antithrombotics

chapter 29|6 pages

^#.^t29: TLC of Antihyperlipidemics

chapter 30|22 pages

^#.^t30: TLC of Spasmolytics

chapter 32|26 pages

^#.^t32: TLC of Neuromuscular Blockers

chapter 33|6 pages

^#.^t33: TLC of Antiulcers

chapter 34|4 pages

^#.^t34: TLC of Antiemetic Drugs

chapter 35|50 pages

^#.^t35: TLC of Steroids and Analogs

chapter 37|12 pages

^#.^t37: TLC of Prostaglandins

chapter 38|32 pages

^#.^t38: TLC of Diuretics

chapter 39|12 pages

^#.^t39: TLC of Antidiabetics

chapter 40|22 pages

^#.^t40: TLC of Antihistamines

chapter 42|8 pages

^#.^t42: TLC of Antiseptics

chapter 43|26 pages

^#.^t43: TLC of Sulfonamides

chapter 44|20 pages

^#.^t44: TLC of Quinolones

chapter 47|26 pages

^#.^t47: TLC of β-Lactam Antibiotics

chapter 48|38 pages

^#.^t48: TLC of Other Antibiotics