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| Subjects listed in alphabetical order | ||||
| Subject | Pg. # | Subject | Pg. # | |
| Acetate analytes | 137 | Acetates | 137 | |
| Acetazolamide | 33 | Additive analysis | 393 | |
| Adsorption | 77 | Affinity chromatography | 517 | |
| Alcoholic beverages | 469 | Aliphatic carboxylic acids | 409 | |
| Alveolar cells | 33,72 | Amino acids | 207 | |
| Amphotericin B | 338 | Amyloglucosidase | 383 | |
| Analytical pyrolysis | 100 | Anion-exchange | 185 | |
| Anion-exchange monolithic support | 489 | Aroma analysis | 469 | |
| Aromogram | 307 | Arson | 297 | |
| Asphaltene | 1 | Astragaloside IV | 325 | |
| Atrazine | 399 | Automated | 95 | |
| Automobile paint analysis | 100 | Autosampler | 49 | |
| Subject | Pg. # | Subject | Pg. # | |
| Bioprocess | 489 | Bronchoalveolar lavage | 72 | |
| Bronchoalveolar lavage fluid | 33 | Bupleuri radix | 229 | |
| Bupleurum falcatum | 229 | Buspirone HCl | 151 | |
| Butanol | 521 | |||
| Subject | Pg # | Subject | Pg # | |
| Caffeine | 11 | Capillary column | 67,369 | |
| Capillary GC | 200 | Capillary GCÐMS | 377 | |
| Carbon dioxide | 91 | Carotenoid | 441 | |
| CE | 435 | Chiral | 450 | |
| Chiral AGP | 430 | Chiral assay | 435 | |
| Chiral GC | 95 | Chiral ligand-exchange chromatography | 207 | |
| Chloroquine | 435 | Chromatographic separation | 386 | |
| Cibacron Blue F3GA | 517 | Cigarette tobacco | 137 | |
| Cigarettes | 137 | Circular dichroism | 425 | |
| cis-4-Hexenoic acids | 307 | Clomipramine | 200 | |
| Clorazepate | 521 | Cola drinks | 11 | |
| Composite chromatographic peaks | 425 | Corn bran | 91 | |
| Cyclodextrin | 38,357 | Cyclodextrin capillary phases | 357 | |
| Subject | Pg # | Subject | Pg # | |
| Deasphalted oil | 1 | Deethyl chloroquine | 435 | |
| Dehydroepiandrosterone | 6 | Derivatization | 162,393 | |
| Derris | 174 | Diazepam | 521 | |
| Diltiazem | 521 | Direct-immersion-SPME | 528 | |
| Dichapetalum cymosum | 16 | Displacement chromatography | 185 | |
| Distribution | 95 | Drugs | 297 | |
| Subject | Pg # | Subject | Pg # | |
| Edible birdÕs nest | 27 | EI mass spectra | 329 | |
| Electrochemical detection | 11,545 | Electrodes | 11 | |
| Electron capture detector | 551 | Electrophoresis | 11,545 | |
| ELSD | 450 | ELS on-line system | 195 | |
| Enantiomers | 95 | Enhanced-fluidity liquids | 399 | |
| Environmental analysis | 409 | Erythrocyte | 545 | |
| Explosives | 297 | Extraction | 279 | |
| Subject | Pg # | Subject | Pg # | |
| Fermented cucumbers | 307 | Ferulate-phytosteril sters | 91 | |
| Filters | 77 | Fish tissue | 289 | |
| Flavonoids | 174 | Flavor isolation | 469 | |
| Flavors | 307 | Fluorescent scanning densitometry | 512 | |
| Fluoxetrine | 200 | Fluvoxamine | 200 | |
| Fragrance materials | 377 | |||
| Subject | Pg # | Subject | Pg # | |
| Gas oil | 512 | Gel-permeation chromatography | 551 | |
| GC | 1,27,49,55,67,117,129, 241,297,329,357,458,551 | GCÐMS | 27,137,289, 315,393,421 | |
| GCÐMSÐMS | 6 | Ginkgo biloba | 169 | |
| Ginkgolic acid | 169 | Glucose | 259 | |
| Glutathione | 545 | Glycerol | 259 | |
| Glycogen | 383 | Gradient elution | 185,503 | |
| Subject | Pg # | Subject | Pg # | |
| Headspace | 95,117 | Headspace analysis | 137 | |
| Headspace-SPME | 315,528 | Hemoglobin | 545 | |
| Herbicides | 211 | High-temperature high-resolution GC | 174,369 | |
| High-temperature simulated distillation | 1 | HPLC | 16,33,38,72,145, 162,189,211,229,246, 338,383,441,450 | |
| HPLCÐMS | 169 | HPLCÐMSÐMS | 441 | |
| HP-TLC | 512 | Human blood | 49 | |
| Human plasma | 33 | Hydrocarbon chain | 129 | |
| Hydroxycarboxylic acids | 409 | Hyphenated techniques | 393 | |
| Subject | Pg # | Subject | Pg # | |
| Iodixanol | 157 | Ion chromatography | 353 | |
| Ion-exchange chromatography | 61 | Ion-exclusion chromatography | 409 | |
| Isothermal separations | 157 | |||
| Subject | Pg # | Subject | Pg # | |
| Subject | Pg # | Subject | Pg # | |
| Subject | Pg # | Subject | Pg # | |
| Lack-of-fit test | 189 | Lactic acid enantiomers | 207 | |
| Lanolin | 551 | LC | 151,255,430 | |
| LCÐatmospheric pressure ionizationÐMS | 255 | Lead complex SFEÐGC | 21 | |
| Least-squares regression | 189 | Linearity | 189 | |
| Local anaesthetics | 458 | Lonchocarpus urucu | 174 | |
| Lysozyme | 517 | |||
| Subject | Pg # | Subject | Pg # | |
| Marine muddy sediment | 55 | Mass-selective detection | 49,95 | |
| Membrane filters | 77 | Metal chelates | 21 | |
| Metal ions | 61 | Methanol | 117,259 | |
| Method validation | 189 | Methylenedioxymethamphetamine | 329 | |
| Micellar electrokinetic capillary chromatography | 345 | Micellar mobile phase | 521 | |
| Microwave distillation | 289 | Mineral oil | 377 | |
| Molybdenum complex SFEÐelectroanalysis | 21 | Monofluoroacetate | 16 | |
| Monofluoroacetic acid | 16 | Monolithic columns | 489 | |
| Monoses | 27 | MS | 49,55,255,441 | |
| Subject | Pg # | Subject | Pg # | |
| n-Alkane series | 67 | Neurosteroids | 6 | |
| Nevirapine | 246 | Nonaqueous reversed-phaseÐHPLC | 195 | |
| Subject | Pg # | Subject | Pg # | |
| Off-line coupling | 145 | Olfactometry | 307 | |
| Oligosaccharide chain | 27 | On-line analysis | 241,477 | |
| On-line coupling | 145 | On-line determination | 353 | |
| On-line monitoring | 489 | Open tubular capillary column | 496,517 | |
| Optical resolution | 430 | Organic acids | 489 | |
| Organic modifier | 503 | Oxidation | 162 | |
| Subject | Pg # | Subject | Pg # | |
| Packed-capillary reversed-phase LC | 157 | Packed column | 67 | |
| Paracentrotus lividus | 383 | Parts-per-trillion | 49 | |
| Pattern recognition | 100 | Peppermint oil | 95 | |
| Pesticides | 551 | Petroleum products | 393 | |
| Petroleum residuum | 1 | Pharmaceuticals | 521 | |
| Phenols | 211 | Photo-diode array | 151 | |
| Pickles | 307 | Plasma | 72 | |
| Polarimetric detection | 450 | Polycyclic aromatic hydrocarbons | 55,528 | |
| Polyelectrolytes | 185 | Poly(methacrylic acid) | 185 | |
| Poly(sodium methacrylate) | 185 | Porous graphitic carbon | 38 | |
| Pregnenolone | 6 | Preservatives | 345 | |
| Preserved fruits | 345 | Protein binding | 458 | |
| Pyrazinamide | 33 | |||
| Subject | Pg # | Subject | Pg # | |
| Quinazolone derivates | 430 | |||
| Subject | Pg # | Subject | Pg # | |
| Radix Astragali | 325 | Raisins | 145 | |
| Rat brain | 6 | Red blood cell | 545 | |
| Relative molar response | 129 | Refinery residual feed | 1 | |
| Refractive index detection | 259,383,450 | Residue | 297 | |
| Retention index detection | 512 | Retention mechanism | 38 | |
| Reversed-phase column chromatography | 33 | Reversed-phase HPLC | 535 | |
| Reversed-phase LC | 329 | Reversed-phase TLC | 145 | |
| Rifampin | 72 | Rosemary oil | 95 | |
| Rotenoids | 174 | RP-HPLC | 325,441,503 | |
| Subject | Pg # | Subject | Pg # | |
| Saikosaponin | 229 | Sample injection | 241 | |
| Sample pretreatment | 469 | Saponin | 229 | |
| Sea urchin gonads | 383 | Selective serotonin reuptake inhibitors | 200 | |
| Semivolatile compounds | 279 | SFE | 21 | |
| Simulation software | 386 | Simultaneous dual detection | 425 | |
| Sodium dodecyl sulfate | 521 | Soil sample | 528 | |
| SPE | 207,211,255,469 | Spearmint oil | 95 | |
| SPME | 49,55,95,109,117, 137,270,279,289,297, 307,315,377,458,528 | Stationary phase | 503 | |
| Steroids | 477 | Styrene | 315 | |
| Supercritical extraction | 1 | Supercritical fluid chromatography | 91 | |
| Supercritical fluid extraction | 91,477 | Supercritical fluids | 399 | |
| Sweeteners | 345 | Switching system | 241 | |
| Subject | Pg # | Subject | Pg # | |
| Tetrahydrofuran | 117 | Thermal conductivity detectors | 129 | |
| Thermodynamic | 38 | Titanium (IV) | 61 | |
| TLC-fourier infrared | 145 | trans-4-Hexenoic acids | 307 | |
| Transport detector | 483 | Triacylglycerols | 195 | |
| Trichoderma harzianum | ||||